pgBadger-
Global information
- Generated on Sun Jan 26 04:15:19 2025
- Log file: /project/archive/log/postgres/dbprd51/postgresql.log-20250125
- Parsed 216,723 log entries in 17s
- Log start from 2025-01-19 00:00:01 to 2025-01-25 23:59:50
-
Overview
Global Stats
- 388 Number of unique normalized queries
- 23,794 Number of queries
- 1d10h54m8s Total query duration
- 2025-01-19 00:07:49 First query
- 2025-01-25 23:59:50 Last query
- 4 queries/s at 2025-01-20 21:33:35 Query peak
- 1d10h54m8s Total query duration
- 0ms Prepare/parse total duration
- 0ms Bind total duration
- 1d10h54m8s Execute total duration
- 125 Number of events
- 10 Number of unique normalized events
- 81 Max number of times the same event was reported
- 0 Number of cancellation
- 70 Total number of automatic vacuums
- 186 Total number of automatic analyzes
- 0 Number temporary file
- 0 Max size of temporary file
- 0.00 B Average size of temporary file
- 16,818 Total number of sessions
- 54 sessions at 2025-01-24 19:00:42 Session peak
- 427d23h19m30s Total duration of sessions
- 36m38s Average duration of sessions
- 1 Average queries per session
- 7s471ms Average queries duration per session
- 36m31s Average idle time per session
- 16,818 Total number of connections
- 16 connections/s at 2025-01-20 10:23:39 Connection peak
- 2 Total number of databases
SQL Traffic
Key values
- 4 queries/s Query Peak
- 2025-01-20 21:33:35 Date
SELECT Traffic
Key values
- 4 queries/s Query Peak
- 2025-01-20 21:33:35 Date
INSERT/UPDATE/DELETE Traffic
Key values
- 2 queries/s Query Peak
- 2025-01-19 12:05:55 Date
Queries duration
Key values
- 1d10h54m8s Total query duration
Prepared queries ratio
Key values
- 0.00 Ratio of bind vs prepare
- 0.00 % Ratio between prepared and "usual" statements
General Activity
↑ Back to the top of the General Activity tableDay Hour Count Min duration Max duration Avg duration Latency Percentile(90) Latency Percentile(95) Latency Percentile(99) Jan 19 00 16 0ms 22m45s 1m26s 2s127ms 3s359ms 22m51s 01 33 0ms 3m14s 12s881ms 2s323ms 6s86ms 6m22s 02 20 0ms 4s318ms 2s336ms 3s908ms 4s740ms 8s99ms 03 27 0ms 6s533ms 1s971ms 3s840ms 6s359ms 10s177ms 04 25 0ms 13s86ms 2s982ms 2s424ms 4s929ms 31s563ms 05 64 0ms 22s68ms 3s799ms 15s161ms 28s219ms 1m8s 06 38 0ms 46s190ms 4s948ms 4s958ms 23s977ms 58s392ms 07 42 0ms 4m50s 22s225ms 2s905ms 9s270ms 14m17s 08 39 0ms 8s988ms 1s879ms 3s581ms 6s152ms 17s433ms 09 74 0ms 6s267ms 2s191ms 5s363ms 23s880ms 33s480ms 10 61 0ms 46s153ms 3s401ms 6s242ms 23s986ms 58s573ms 11 46 0ms 6s150ms 1s576ms 3s751ms 5s101ms 7s335ms 12 93 0ms 5s437ms 1s823ms 6s714ms 14s476ms 18s656ms 13 63 0ms 5s532ms 1s745ms 4s53ms 6s120ms 19s923ms 14 76 0ms 8m43s 17s497ms 23s939ms 1m 8m45s 15 82 0ms 22s149ms 2s379ms 5s316ms 11s13ms 1m10s 16 54 0ms 5s339ms 1s406ms 3s770ms 4s 6s786ms 17 71 0ms 8m48s 33s89ms 5s257ms 5m11s 17m34s 18 79 0ms 4m54s 14s778ms 15s621ms 1m2s 14m20s 19 54 0ms 20s888ms 1s692ms 2s923ms 3s600ms 20s888ms 20 57 0ms 10s328ms 1s774ms 3s138ms 4s923ms 23s28ms 21 88 0ms 12s246ms 1s710ms 5s551ms 8s276ms 13s382ms 22 54 0ms 8s437ms 1s681ms 3s658ms 6s182ms 8s437ms 23 141 0ms 8s766ms 1s609ms 12s366ms 21s893ms 29s635ms Jan 20 00 57 0ms 22m44s 25s515ms 3s828ms 6s875ms 22m50s 01 51 0ms 8s782ms 1s871ms 3s793ms 3s919ms 22s159ms 02 70 0ms 5s393ms 1s485ms 4s90ms 5s393ms 18s70ms 03 42 0ms 4s24ms 1s542ms 3s64ms 3s893ms 5s452ms 04 57 0ms 20s511ms 2s422ms 7s172ms 10s377ms 20s511ms 05 107 0ms 22s724ms 2s758ms 14s291ms 29s388ms 1m12s 06 108 0ms 46s108ms 2s378ms 11s34ms 16s917ms 1m1s 07 68 0ms 8m44s 25s76ms 7s984ms 18s475ms 17m28s 08 63 0ms 5s401ms 1s585ms 4s736ms 5s401ms 7s444ms 09 99 0ms 1m2s 2s394ms 7s639ms 17s412ms 1m2s 10 159 0ms 47s136ms 3s706ms 20s85ms 55s292ms 1m49s 11 157 0ms 4m10s 4s81ms 11s797ms 16s469ms 4m18s 12 182 0ms 4m58s 6s75ms 15s630ms 2m16s 5m9s 13 156 0ms 2m57s 3s408ms 12s519ms 15s576ms 3m 14 199 0ms 46s266ms 3s114ms 22s229ms 33s830ms 1m 15 181 0ms 21s445ms 2s642ms 14s501ms 17s619ms 29s705ms 16 171 0ms 4m6s 3s956ms 13s769ms 22s610ms 4m9s 17 173 0ms 5m19s 5s385ms 15s805ms 21s658ms 5m28s 18 225 0ms 8m50s 13s263ms 28s531ms 4m56s 27m29s 19 219 0ms 5m29s 4s209ms 20s139ms 32s48ms 5m35s 20 205 0ms 9m4s 12s889ms 23s824ms 1m7s 27m 21 241 0ms 4m22s 4s361ms 23s325ms 32s156ms 4m45s 22 230 0ms 1m21s 2s873ms 22s615ms 26s954ms 1m37s 23 218 0ms 4m56s 3s460ms 14s697ms 19s492ms 5m5s Jan 21 00 230 0ms 22m59s 11s669ms 19s163ms 4m32s 23m7s 01 277 1s16ms 2m35s 3s497ms 27s7ms 30s248ms 5m31s 02 217 1s3ms 1m17s 4s27ms 19s476ms 1m24s 2m26s 03 198 0ms 5m40s 7s102ms 19s659ms 4m58s 5m48s 04 206 1s2ms 17s879ms 2s339ms 17s413ms 22s36ms 35s482ms 05 239 0ms 5m25s 3s909ms 25s147ms 30s685ms 5m31s 06 238 0ms 46s484ms 2s839ms 32s6ms 49s757ms 1m14s 07 202 0ms 2m7s 3s343ms 19s848ms 36s1ms 2m18s 08 223 0ms 17s50ms 2s393ms 14s805ms 17s547ms 37s251ms 09 229 0ms 35s466ms 2s693ms 20s216ms 25s68ms 51s864ms 10 215 0ms 46s497ms 2s925ms 23s328ms 51s792ms 1m2s 11 196 0ms 14s56ms 2s214ms 14s283ms 16s301ms 28s35ms 12 209 0ms 4m5s 4s611ms 17s490ms 25s227ms 4m19s 13 254 0ms 22s862ms 2s189ms 20s456ms 32s36ms 38s128ms 14 233 1s25ms 4m53s 4s191ms 19s902ms 1m4s 5m6s 15 189 0ms 5m11s 4s3ms 16s920ms 19s603ms 5m17s 16 263 0ms 3m20s 2s900ms 30s132ms 40s532ms 3m27s 17 185 0ms 2m35s 2s918ms 14s383ms 23s37ms 2m54s 18 75 0ms 46s334ms 3s476ms 6s629ms 15s158ms 1m6s 19 45 0ms 4s147ms 1s762ms 3s895ms 4s685ms 5s592ms 20 44 0ms 3m18s 6s224ms 3s309ms 3s940ms 3m20s 21 105 0ms 32s767ms 2s218ms 13s175ms 23s548ms 32s767ms 22 122 0ms 8m51s 14s902ms 8s691ms 12s692ms 26m31s 23 301 0ms 4m24s 4s746ms 26s306ms 38s82ms 10m8s Jan 22 00 208 0ms 23m6s 12s711ms 20s543ms 2m10s 23m15s 01 232 0ms 6m12s 5s382ms 24s29ms 1m21s 6m22s 02 95 0ms 17s243ms 1s999ms 7s686ms 9s71ms 25s177ms 03 57 0ms 22s189ms 2s824ms 5s266ms 9s963ms 47s380ms 04 63 0ms 7s191ms 1s814ms 4s243ms 5s554ms 31s800ms 05 124 0ms 6s763ms 2s75ms 11s21ms 16s595ms 31s369ms 06 158 0ms 46s241ms 3s109ms 14s974ms 59s195ms 1m17s 07 204 0ms 18m5s 17s954ms 15s883ms 28s612ms 35m35s 08 223 0ms 19m2s 17s365ms 29s5ms 44s402ms 38m1s 09 167 0ms 21s223ms 2s401ms 14s279ms 17s607ms 22s366ms 10 173 0ms 46s435ms 3s47ms 14s560ms 28s728ms 1m 11 178 0ms 11m24s 6s115ms 13s673ms 16s494ms 11m46s 12 184 0ms 4m7s 3s614ms 12s731ms 14s561ms 4m21s 13 150 0ms 1m5s 2s916ms 14s781ms 19s963ms 1m10s 14 158 0ms 46s381ms 3s156ms 19s46ms 44s255ms 1m4s 15 150 0ms 6s190ms 2s175ms 9s808ms 12s410ms 16s809ms 16 153 0ms 3m18s 3s779ms 13s425ms 21s591ms 3m43s 17 152 0ms 4m11s 4s171ms 13s320ms 17s567ms 4m22s 18 190 0ms 4m53s 5s981ms 41s5ms 1m10s 4m55s 19 174 0ms 4m43s 6s905ms 19s596ms 3m49s 4m49s 20 159 0ms 1m24s 2s954ms 15s417ms 21s846ms 1m34s 21 191 0ms 51s81ms 2s497ms 14s37ms 18s131ms 55s403ms 22 189 0ms 54s704ms 3s107ms 20s501ms 31s432ms 59s947ms 23 170 0ms 42s40ms 2s972ms 16s960ms 32s73ms 45s539ms Jan 23 00 166 0ms 23m1s 20s19ms 20s89ms 5m20s 23m9s 01 184 1s 24s348ms 2s320ms 14s339ms 16s289ms 28s966ms 02 165 0ms 1m4s 2s862ms 16s272ms 18s822ms 1m9s 03 191 1s14ms 8m44s 5s510ms 17s861ms 24s493ms 8m49s 04 176 0ms 4m42s 4s410ms 22s894ms 26s636ms 4m45s 05 222 0ms 21s198ms 2s483ms 19s21ms 28s220ms 47s726ms 06 205 0ms 14m42s 27s718ms 44s376ms 13m22s 57m25s 07 161 0ms 3m3s 3s878ms 11s807ms 23s55ms 3m5s 08 148 0ms 25s369ms 2s522ms 12s415ms 18s156ms 57s273ms 09 183 0ms 2m57s 3s449ms 16s915ms 20s911ms 3m2s 10 162 0ms 46s417ms 3s246ms 19s760ms 25s83ms 1m1s 11 152 0ms 6m11s 6s814ms 15s751ms 26s527ms 6m24s 12 125 0ms 22s533ms 2s563ms 10s32ms 11s57ms 34s7ms 13 126 0ms 8m45s 7s239ms 11s146ms 19s491ms 8m46s 14 152 0ms 4m54s 5s627ms 24s648ms 55s787ms 4m57s 15 108 0ms 10s884ms 2s512ms 9s304ms 12s637ms 23s985ms 16 183 0ms 17s344ms 2s654ms 16s826ms 17s701ms 42s935ms 17 136 0ms 2m40s 3s745ms 11s190ms 13s926ms 2m45s 18 142 0ms 46s654ms 3s122ms 14s480ms 17s529ms 1m10s 19 114 0ms 4m43s 5s842ms 16s440ms 24s94ms 4m43s 20 124 0ms 6m16s 6s420ms 12s523ms 18s68ms 6m23s 21 139 0ms 1m14s 3s208ms 13s545ms 17s792ms 1m18s 22 149 0ms 8s489ms 2s244ms 10s920ms 11s701ms 13s490ms 23 160 0ms 4m20s 5s210ms 12s197ms 14s568ms 4m26s Jan 24 00 115 0ms 23m5s 14s328ms 9s876ms 12s254ms 23m11s 01 144 0ms 10s998ms 2s252ms 10s641ms 15s813ms 16s736ms 02 145 0ms 1m22s 2s992ms 16s254ms 20s139ms 1m25s 03 148 0ms 21s578ms 2s940ms 21s12ms 27s971ms 32s116ms 04 158 0ms 3m29s 3s692ms 13s37ms 16s783ms 3m41s 05 230 0ms 10s788ms 2s600ms 22s274ms 31s683ms 38s394ms 06 155 0ms 46s830ms 3s357ms 21s405ms 52s578ms 1m1s 07 154 0ms 19s908ms 2s807ms 13s411ms 18s359ms 59s982ms 08 149 0ms 13s350ms 2s638ms 10s440ms 14s846ms 59s552ms 09 136 0ms 2m50s 3s239ms 8s474ms 10s367ms 2m55s 10 173 0ms 46s855ms 2s907ms 17s729ms 29s477ms 1m4s 11 167 0ms 4m24s 3s878ms 13s606ms 16s210ms 4m24s 12 156 0ms 22s832ms 2s457ms 13s380ms 16s818ms 29s573ms 13 128 0ms 1m5s 2s651ms 11s592ms 13s859ms 1m16s 14 136 0ms 17m47s 11s143ms 14s472ms 46s505ms 17m52s 15 144 0ms 10s456ms 2s205ms 10s571ms 12s600ms 16s161ms 16 130 0ms 21s749ms 2s536ms 11s853ms 16s745ms 29s160ms 17 161 0ms 3m21s 3s725ms 15s472ms 19s781ms 3m21s 18 158 0ms 4m7s 4s858ms 17s472ms 1m5s 4m9s 19 138 0ms 1m16s 3s219ms 13s514ms 15s413ms 1m30s 20 168 0ms 17m51s 10s114ms 21s355ms 31s702ms 18m 21 139 0ms 10s836ms 2s399ms 9s977ms 14s762ms 23s183ms 22 129 0ms 3m48s 6s933ms 12s337ms 3m7s 3m57s 23 166 0ms 21s775ms 2s413ms 13s793ms 15s674ms 56s514ms Jan 25 00 134 0ms 23m1s 13s905ms 20s6ms 46s353ms 23m21s 01 151 0ms 22s529ms 3s288ms 15s700ms 39s855ms 46s346ms 02 156 0ms 6s243ms 2s170ms 10s561ms 15s779ms 32s315ms 03 133 0ms 15s916ms 2s316ms 12s472ms 15s916ms 19s203ms 04 105 0ms 3m43s 4s306ms 9s563ms 13s923ms 3m49s 05 151 0ms 5m21s 6s62ms 18s287ms 41s629ms 5m51s 06 138 0ms 3m28s 3s839ms 11s512ms 15s567ms 3m32s 07 85 0ms 15s913ms 2s944ms 8s579ms 15s816ms 26s666ms 08 122 0ms 4m10s 4s373ms 9s308ms 11s906ms 4m19s 09 108 0ms 2m57s 4s659ms 12s255ms 34s45ms 2m59s 10 118 0ms 16s92ms 2s416ms 12s507ms 16s92ms 17s548ms 11 91 0ms 3m11s 4s732ms 9s111ms 25s144ms 3m16s 12 118 0ms 4m10s 4s527ms 10s620ms 12s92ms 4m14s 13 125 0ms 6m9s 5s376ms 11s723ms 15s185ms 6m9s 14 121 0ms 18s941ms 2s552ms 11s395ms 13s298ms 41s216ms 15 111 0ms 3m44s 4s524ms 12s87ms 13s432ms 3m49s 16 125 0ms 2m7s 3s923ms 14s311ms 21s958ms 2m14s 17 100 0ms 1m14s 3s371ms 10s8ms 11s688ms 1m14s 18 142 0ms 4m7s 6s845ms 54s679ms 1m10s 4m46s 19 142 0ms 24m16s 36s677ms 2m6s 7m33s 25m12s 20 121 0ms 11s180ms 2s573ms 12s903ms 17s296ms 24s266ms 21 130 0ms 40s931ms 2s914ms 13s260ms 16s960ms 40s931ms 22 117 0ms 3m56s 6s139ms 13s135ms 41s628ms 3m59s 23 118 0ms 6s444ms 2s241ms 9s41ms 10s511ms 20s756ms Day Hour SELECT COPY TO Average Duration Latency Percentile(90) Latency Percentile(95) Latency Percentile(99) Jan 19 00 14 0 1m38s 1s152ms 1s445ms 22m45s 01 33 0 12s881ms 1s255ms 2s323ms 6m22s 02 20 0 2s336ms 2s395ms 3s908ms 8s99ms 03 27 0 1s971ms 1s252ms 3s840ms 10s177ms 04 25 0 2s982ms 1s245ms 2s424ms 31s563ms 05 60 0 3s906ms 2s730ms 15s161ms 1m8s 06 28 10 4s948ms 2s316ms 4s958ms 41s137ms 07 41 0 22s687ms 1s428ms 2s905ms 25s408ms 08 38 0 1s843ms 1s441ms 2s891ms 7s1ms 09 73 0 2s175ms 2s722ms 5s363ms 23s880ms 10 51 10 3s401ms 3s710ms 7s497ms 56s8ms 11 45 0 1s536ms 2s304ms 2s737ms 7s335ms 12 91 0 1s787ms 3s944ms 6s470ms 15s624ms 13 63 0 1s745ms 2s587ms 4s53ms 11s692ms 14 66 10 17s497ms 5s337ms 23s939ms 8m43s 15 82 0 2s379ms 3s923ms 5s316ms 12s726ms 16 53 0 1s370ms 2s552ms 3s646ms 4s 17 71 0 33s89ms 3s600ms 5s257ms 14m40s 18 69 10 14s778ms 5s370ms 15s621ms 1m6s 19 54 0 1s692ms 2s634ms 2s923ms 4s147ms 20 57 0 1s774ms 2s557ms 3s138ms 10s328ms 21 88 0 1s710ms 4s808ms 5s551ms 8s678ms 22 54 0 1s681ms 2s595ms 3s658ms 7s530ms 23 140 0 1s606ms 5s3ms 12s366ms 21s893ms Jan 20 00 56 0 25s867ms 2s782ms 3s828ms 9s954ms 01 51 0 1s871ms 2s862ms 3s793ms 22s159ms 02 70 0 1s485ms 3s707ms 4s90ms 18s70ms 03 42 0 1s542ms 2s484ms 3s64ms 5s452ms 04 57 0 2s422ms 2s869ms 7s172ms 16s981ms 05 104 0 2s763ms 3s115ms 14s291ms 53s953ms 06 98 10 2s378ms 5s345ms 9s719ms 55s762ms 07 68 0 25s76ms 4s972ms 7s984ms 8m45s 08 63 0 1s585ms 3s331ms 4s736ms 6s620ms 09 99 0 2s394ms 4s810ms 7s639ms 31s734ms 10 149 10 3s706ms 11s941ms 20s85ms 57s103ms 11 156 0 4s87ms 9s208ms 11s797ms 40s669ms 12 182 0 6s75ms 11s837ms 15s630ms 3m59s 13 156 0 3s408ms 9s611ms 12s519ms 25s36ms 14 191 8 3s114ms 14s533ms 22s229ms 35s610ms 15 180 0 2s639ms 12s185ms 14s501ms 21s445ms 16 171 0 3s956ms 10s46ms 13s769ms 25s875ms 17 173 0 5s385ms 11s414ms 15s805ms 3m56s 18 215 10 13s263ms 16s706ms 31s15ms 6m58s 19 219 0 4s209ms 12s885ms 20s139ms 1m50s 20 205 0 12s889ms 15s404ms 23s824ms 8m18s 21 239 0 4s377ms 14s137ms 21s257ms 4m24s 22 229 0 2s871ms 14s910ms 22s615ms 26s954ms 23 218 0 3s460ms 12s40ms 14s697ms 20s65ms Jan 21 00 229 0 11s693ms 12s587ms 19s163ms 9m3s 01 277 0 3s497ms 17s555ms 27s7ms 31s698ms 02 217 0 4s27ms 18s161ms 19s476ms 1m24s 03 197 0 7s122ms 12s411ms 19s659ms 5m35s 04 205 0 2s333ms 10s563ms 17s413ms 25s271ms 05 236 0 3s926ms 15s493ms 25s147ms 35s249ms 06 228 10 2s839ms 16s157ms 32s6ms 55s361ms 07 202 0 3s343ms 13s591ms 19s848ms 38s605ms 08 222 0 2s389ms 12s372ms 14s805ms 25s357ms 09 228 0 2s690ms 16s210ms 20s216ms 31s626ms 10 205 10 2s925ms 12s242ms 23s328ms 52s75ms 11 196 0 2s214ms 11s266ms 14s283ms 17s261ms 12 209 0 4s611ms 13s65ms 17s490ms 3m48s 13 254 0 2s189ms 12s881ms 20s456ms 34s521ms 14 222 10 4s195ms 15s854ms 21s595ms 56s231ms 15 189 0 4s3ms 10s551ms 16s920ms 42s745ms 16 263 0 2s900ms 17s683ms 30s132ms 1m14s 17 185 0 2s918ms 9s800ms 14s383ms 25s279ms 18 65 10 3s476ms 5s637ms 7s713ms 55s751ms 19 45 0 1s762ms 2s887ms 3s895ms 4s936ms 20 44 0 6s224ms 2s452ms 3s309ms 3m20s 21 105 0 2s218ms 6s169ms 13s175ms 25s898ms 22 121 0 15s9ms 6s590ms 8s691ms 24s2ms 23 301 0 4s746ms 18s646ms 26s306ms 4m40s Jan 22 00 207 0 12s744ms 11s497ms 20s543ms 11m23s 01 232 0 5s382ms 15s271ms 24s29ms 4m48s 02 95 0 1s999ms 4s688ms 7s686ms 20s855ms 03 57 0 2s824ms 2s592ms 5s266ms 24s939ms 04 63 0 1s814ms 2s654ms 4s243ms 7s699ms 05 120 0 2s71ms 7s72ms 8s309ms 29s807ms 06 148 10 3s109ms 9s568ms 14s974ms 56s274ms 07 204 0 17s954ms 11s423ms 15s883ms 18m14s 08 222 0 17s429ms 13s102ms 29s5ms 17m49s 09 167 0 2s401ms 9s696ms 14s279ms 17s720ms 10 163 10 3s47ms 10s687ms 14s560ms 55s439ms 11 177 0 6s129ms 10s657ms 13s673ms 21s983ms 12 183 0 3s615ms 11s943ms 12s731ms 16s516ms 13 150 0 2s916ms 10s600ms 14s781ms 21s816ms 14 148 10 3s156ms 11s518ms 20s264ms 41s256ms 15 150 0 2s175ms 8s709ms 9s808ms 16s473ms 16 153 0 3s779ms 9s641ms 13s425ms 24s303ms 17 152 0 4s171ms 11s198ms 13s320ms 19s376ms 18 180 10 5s981ms 12s854ms 41s5ms 4m8s 19 174 0 6s905ms 12s599ms 19s596ms 3m52s 20 159 0 2s954ms 11s536ms 15s417ms 23s549ms 21 191 0 2s497ms 10s586ms 14s37ms 37s483ms 22 189 0 3s107ms 13s676ms 20s501ms 58s807ms 23 169 0 2s974ms 12s210ms 16s960ms 36s452ms Jan 23 00 165 0 20s104ms 12s184ms 20s89ms 17m54s 01 184 0 2s320ms 11s220ms 14s339ms 24s411ms 02 165 0 2s862ms 12s248ms 16s272ms 25s187ms 03 191 0 5s510ms 14s397ms 17s861ms 58s642ms 04 176 0 4s410ms 10s866ms 22s894ms 53s421ms 05 218 0 2s488ms 13s129ms 19s21ms 41s238ms 06 195 10 27s718ms 16s583ms 41s472ms 14m45s 07 161 0 3s878ms 10s399ms 11s807ms 1m4s 08 148 0 2s522ms 9s463ms 12s415ms 24s581ms 09 183 0 3s449ms 11s766ms 16s915ms 23s876ms 10 152 10 3s246ms 11s405ms 19s760ms 55s393ms 11 152 0 6s814ms 11s343ms 15s751ms 4m13s 12 124 0 2s568ms 8s22ms 10s32ms 18s64ms 13 126 0 7s239ms 8s655ms 11s146ms 1m18s 14 143 9 5s627ms 12s291ms 24s648ms 56s635ms 15 107 0 2s504ms 7s95ms 9s304ms 16s44ms 16 183 0 2s654ms 12s525ms 16s826ms 21s886ms 17 136 0 3s745ms 8s185ms 11s190ms 53s570ms 18 132 10 3s122ms 9s283ms 14s480ms 55s709ms 19 113 0 5s866ms 7s995ms 16s440ms 1m31s 20 124 0 6s420ms 8s299ms 12s523ms 2m24s 21 139 0 3s208ms 9s689ms 13s545ms 24s190ms 22 149 0 2s244ms 9s701ms 10s920ms 12s650ms 23 159 0 5s222ms 9s545ms 12s197ms 4m10s Jan 24 00 114 0 14s402ms 8s601ms 9s876ms 12s726ms 01 144 0 2s252ms 8s900ms 10s641ms 16s644ms 02 144 0 2s995ms 10s232ms 16s254ms 20s388ms 03 148 0 2s940ms 11s194ms 21s12ms 30s74ms 04 158 0 3s692ms 8s85ms 13s37ms 57s383ms 05 226 0 2s607ms 14s793ms 22s274ms 38s363ms 06 145 10 3s357ms 12s425ms 21s405ms 56s824ms 07 154 0 2s807ms 10s683ms 13s411ms 22s222ms 08 149 0 2s638ms 8s770ms 10s440ms 40s969ms 09 136 0 3s239ms 7s633ms 8s474ms 14s936ms 10 163 10 2s907ms 9s473ms 17s729ms 41s257ms 11 167 0 3s878ms 11s825ms 13s606ms 16s809ms 12 156 0 2s457ms 10s738ms 13s380ms 17s922ms 13 128 0 2s651ms 6s933ms 11s592ms 16s358ms 14 126 10 11s143ms 11s39ms 14s472ms 56s641ms 15 143 0 2s197ms 8s420ms 10s571ms 12s770ms 16 130 0 2s536ms 8s471ms 11s853ms 28s389ms 17 160 0 3s727ms 11s726ms 15s472ms 19s825ms 18 148 10 4s858ms 11s486ms 17s472ms 1m27s 19 138 0 3s219ms 8s770ms 13s514ms 51s102ms 20 168 0 10s114ms 10s837ms 21s355ms 3m36s 21 139 0 2s399ms 9s343ms 9s977ms 15s482ms 22 129 0 6s933ms 9s107ms 12s337ms 3m28s 23 166 0 2s413ms 9s176ms 13s793ms 25s93ms Jan 25 00 132 0 14s44ms 9s64ms 20s6ms 1m46s 01 151 0 3s288ms 9s638ms 15s700ms 45s700ms 02 154 0 2s166ms 9s198ms 10s561ms 18s162ms 03 133 0 2s316ms 7s691ms 12s472ms 17s409ms 04 105 0 4s306ms 6s744ms 9s563ms 15s203ms 05 145 0 6s216ms 7s361ms 18s287ms 4m23s 06 137 0 3s843ms 7s939ms 11s512ms 28s570ms 07 84 0 2s954ms 6s252ms 8s579ms 20s465ms 08 122 0 4s373ms 7s696ms 9s308ms 12s590ms 09 108 0 4s659ms 7s611ms 12s255ms 59s634ms 10 117 0 2s422ms 6s894ms 12s507ms 17s114ms 11 91 0 4s732ms 6s514ms 9s111ms 27s482ms 12 118 0 4s527ms 8s362ms 10s620ms 21s991ms 13 125 0 5s376ms 8s920ms 11s723ms 17s492ms 14 121 0 2s552ms 7s957ms 11s395ms 17s658ms 15 111 0 4s524ms 7s364ms 12s87ms 15s162ms 16 125 0 3s923ms 11s968ms 14s311ms 22s4ms 17 100 0 3s371ms 7s857ms 10s8ms 24s303ms 18 116 26 6s845ms 16s9ms 41s327ms 1m11s 19 93 49 36s677ms 59s675ms 2m2s 24m53s 20 120 1 2s573ms 8s713ms 12s903ms 17s296ms 21 130 0 2s914ms 9s36ms 13s260ms 20s180ms 22 117 0 6s139ms 7s779ms 13s135ms 2m36s 23 117 0 2s242ms 6s125ms 8s645ms 13s905ms Day Hour INSERT UPDATE DELETE COPY FROM Average Duration Latency Percentile(90) Latency Percentile(95) Latency Percentile(99) Jan 19 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Jan 20 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Jan 21 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Jan 22 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Jan 23 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Jan 24 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Jan 25 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Day Hour Prepare Bind Bind/Prepare Percentage of prepare Jan 19 00 0 14 14.00 0.00% 01 0 33 33.00 0.00% 02 0 20 20.00 0.00% 03 0 27 27.00 0.00% 04 0 25 25.00 0.00% 05 0 64 64.00 0.00% 06 0 32 32.00 0.00% 07 0 59 59.00 0.00% 08 0 58 58.00 0.00% 09 0 74 74.00 0.00% 10 0 51 51.00 0.00% 11 0 46 46.00 0.00% 12 0 93 93.00 0.00% 13 0 63 63.00 0.00% 14 0 66 66.00 0.00% 15 0 82 82.00 0.00% 16 0 54 54.00 0.00% 17 0 71 71.00 0.00% 18 0 69 69.00 0.00% 19 0 54 54.00 0.00% 20 0 57 57.00 0.00% 21 0 88 88.00 0.00% 22 0 54 54.00 0.00% 23 0 141 141.00 0.00% Jan 20 00 0 55 55.00 0.00% 01 0 51 51.00 0.00% 02 0 70 70.00 0.00% 03 0 42 42.00 0.00% 04 0 57 57.00 0.00% 05 0 106 106.00 0.00% 06 0 113 113.00 0.00% 07 0 73 73.00 0.00% 08 0 68 68.00 0.00% 09 0 99 99.00 0.00% 10 0 160 160.00 0.00% 11 0 191 191.00 0.00% 12 0 184 184.00 0.00% 13 0 168 168.00 0.00% 14 0 208 208.00 0.00% 15 0 177 177.00 0.00% 16 0 175 175.00 0.00% 17 0 184 184.00 0.00% 18 0 215 215.00 0.00% 19 0 219 219.00 0.00% 20 0 205 205.00 0.00% 21 0 241 241.00 0.00% 22 0 230 230.00 0.00% 23 0 218 218.00 0.00% Jan 21 00 0 230 230.00 0.00% 01 0 277 277.00 0.00% 02 0 217 217.00 0.00% 03 0 198 198.00 0.00% 04 0 206 206.00 0.00% 05 0 239 239.00 0.00% 06 0 234 234.00 0.00% 07 0 221 221.00 0.00% 08 0 244 244.00 0.00% 09 0 249 249.00 0.00% 10 0 210 210.00 0.00% 11 0 203 203.00 0.00% 12 0 215 215.00 0.00% 13 0 260 260.00 0.00% 14 0 226 226.00 0.00% 15 0 189 189.00 0.00% 16 0 288 288.00 0.00% 17 0 189 189.00 0.00% 18 0 65 65.00 0.00% 19 0 45 45.00 0.00% 20 0 44 44.00 0.00% 21 0 105 105.00 0.00% 22 0 122 122.00 0.00% 23 0 301 301.00 0.00% Jan 22 00 0 207 207.00 0.00% 01 0 232 232.00 0.00% 02 0 95 95.00 0.00% 03 0 57 57.00 0.00% 04 0 63 63.00 0.00% 05 0 124 124.00 0.00% 06 0 160 160.00 0.00% 07 0 214 214.00 0.00% 08 0 226 226.00 0.00% 09 0 167 167.00 0.00% 10 0 171 171.00 0.00% 11 0 184 184.00 0.00% 12 0 190 190.00 0.00% 13 0 161 161.00 0.00% 14 0 159 159.00 0.00% 15 0 164 164.00 0.00% 16 0 173 173.00 0.00% 17 0 181 181.00 0.00% 18 0 180 180.00 0.00% 19 0 174 174.00 0.00% 20 0 159 159.00 0.00% 21 0 191 191.00 0.00% 22 0 189 189.00 0.00% 23 0 170 170.00 0.00% Jan 23 00 0 165 165.00 0.00% 01 0 184 184.00 0.00% 02 0 165 165.00 0.00% 03 0 191 191.00 0.00% 04 0 176 176.00 0.00% 05 0 222 222.00 0.00% 06 0 207 207.00 0.00% 07 0 168 168.00 0.00% 08 0 149 149.00 0.00% 09 0 184 184.00 0.00% 10 0 152 152.00 0.00% 11 0 152 152.00 0.00% 12 0 125 125.00 0.00% 13 0 129 129.00 0.00% 14 0 145 145.00 0.00% 15 0 111 111.00 0.00% 16 0 183 183.00 0.00% 17 0 136 136.00 0.00% 18 0 132 132.00 0.00% 19 0 114 114.00 0.00% 20 0 124 124.00 0.00% 21 0 139 139.00 0.00% 22 0 149 149.00 0.00% 23 0 160 160.00 0.00% Jan 24 00 0 114 114.00 0.00% 01 0 144 144.00 0.00% 02 0 145 145.00 0.00% 03 0 148 148.00 0.00% 04 0 158 158.00 0.00% 05 0 230 230.00 0.00% 06 0 145 145.00 0.00% 07 0 154 154.00 0.00% 08 0 166 166.00 0.00% 09 0 142 142.00 0.00% 10 0 166 166.00 0.00% 11 0 167 167.00 0.00% 12 0 156 156.00 0.00% 13 0 132 132.00 0.00% 14 0 130 130.00 0.00% 15 0 144 144.00 0.00% 16 0 130 130.00 0.00% 17 0 161 161.00 0.00% 18 0 148 148.00 0.00% 19 0 138 138.00 0.00% 20 0 168 168.00 0.00% 21 0 139 139.00 0.00% 22 0 129 129.00 0.00% 23 0 166 166.00 0.00% Jan 25 00 0 133 133.00 0.00% 01 0 152 152.00 0.00% 02 0 156 156.00 0.00% 03 0 133 133.00 0.00% 04 0 105 105.00 0.00% 05 0 151 151.00 0.00% 06 0 138 138.00 0.00% 07 0 85 85.00 0.00% 08 0 122 122.00 0.00% 09 0 108 108.00 0.00% 10 0 118 118.00 0.00% 11 0 91 91.00 0.00% 12 0 118 118.00 0.00% 13 0 125 125.00 0.00% 14 0 121 121.00 0.00% 15 0 111 111.00 0.00% 16 0 125 125.00 0.00% 17 0 100 100.00 0.00% 18 0 116 116.00 0.00% 19 0 93 93.00 0.00% 20 0 120 120.00 0.00% 21 0 130 130.00 0.00% 22 0 117 117.00 0.00% 23 0 118 118.00 0.00% Day Hour Count Average / Second Jan 19 00 76 0.02/s 01 76 0.02/s 02 104 0.03/s 03 83 0.02/s 04 91 0.03/s 05 99 0.03/s 06 84 0.02/s 07 79 0.02/s 08 79 0.02/s 09 86 0.02/s 10 85 0.02/s 11 85 0.02/s 12 76 0.02/s 13 80 0.02/s 14 86 0.02/s 15 75 0.02/s 16 80 0.02/s 17 79 0.02/s 18 82 0.02/s 19 76 0.02/s 20 84 0.02/s 21 85 0.02/s 22 79 0.02/s 23 92 0.03/s Jan 20 00 80 0.02/s 01 93 0.03/s 02 86 0.02/s 03 78 0.02/s 04 81 0.02/s 05 104 0.03/s 06 84 0.02/s 07 82 0.02/s 08 85 0.02/s 09 88 0.02/s 10 226 0.06/s 11 108 0.03/s 12 105 0.03/s 13 93 0.03/s 14 100 0.03/s 15 105 0.03/s 16 98 0.03/s 17 102 0.03/s 18 126 0.04/s 19 120 0.03/s 20 125 0.03/s 21 114 0.03/s 22 107 0.03/s 23 103 0.03/s Jan 21 00 113 0.03/s 01 132 0.04/s 02 131 0.04/s 03 110 0.03/s 04 105 0.03/s 05 148 0.04/s 06 125 0.03/s 07 134 0.04/s 08 118 0.03/s 09 120 0.03/s 10 117 0.03/s 11 104 0.03/s 12 112 0.03/s 13 108 0.03/s 14 123 0.03/s 15 100 0.03/s 16 132 0.04/s 17 93 0.03/s 18 82 0.02/s 19 77 0.02/s 20 74 0.02/s 21 87 0.02/s 22 96 0.03/s 23 130 0.04/s Jan 22 00 106 0.03/s 01 102 0.03/s 02 86 0.02/s 03 82 0.02/s 04 79 0.02/s 05 96 0.03/s 06 106 0.03/s 07 101 0.03/s 08 137 0.04/s 09 91 0.03/s 10 97 0.03/s 11 101 0.03/s 12 111 0.03/s 13 102 0.03/s 14 100 0.03/s 15 95 0.03/s 16 97 0.03/s 17 103 0.03/s 18 108 0.03/s 19 113 0.03/s 20 105 0.03/s 21 89 0.02/s 22 117 0.03/s 23 123 0.03/s Jan 23 00 115 0.03/s 01 117 0.03/s 02 113 0.03/s 03 94 0.03/s 04 101 0.03/s 05 130 0.04/s 06 113 0.03/s 07 99 0.03/s 08 96 0.03/s 09 105 0.03/s 10 99 0.03/s 11 100 0.03/s 12 104 0.03/s 13 92 0.03/s 14 122 0.03/s 15 93 0.03/s 16 102 0.03/s 17 84 0.02/s 18 90 0.03/s 19 98 0.03/s 20 103 0.03/s 21 106 0.03/s 22 105 0.03/s 23 107 0.03/s Jan 24 00 91 0.03/s 01 95 0.03/s 02 107 0.03/s 03 106 0.03/s 04 97 0.03/s 05 140 0.04/s 06 110 0.03/s 07 100 0.03/s 08 114 0.03/s 09 105 0.03/s 10 117 0.03/s 11 101 0.03/s 12 91 0.03/s 13 119 0.03/s 14 109 0.03/s 15 100 0.03/s 16 92 0.03/s 17 100 0.03/s 18 97 0.03/s 19 94 0.03/s 20 101 0.03/s 21 87 0.02/s 22 92 0.03/s 23 112 0.03/s Jan 25 00 90 0.03/s 01 98 0.03/s 02 95 0.03/s 03 97 0.03/s 04 85 0.02/s 05 113 0.03/s 06 93 0.03/s 07 103 0.03/s 08 94 0.03/s 09 91 0.03/s 10 85 0.02/s 11 88 0.02/s 12 92 0.03/s 13 96 0.03/s 14 94 0.03/s 15 98 0.03/s 16 95 0.03/s 17 86 0.02/s 18 101 0.03/s 19 90 0.03/s 20 91 0.03/s 21 83 0.02/s 22 87 0.02/s 23 96 0.03/s Day Hour Count Average Duration Average idle time Jan 19 00 76 30m49s 30m31s 01 76 30m28s 30m22s 02 104 23m27s 23m26s 03 83 29m48s 29m47s 04 91 26m44s 26m43s 05 99 23m59s 23m56s 06 84 28m18s 28m16s 07 79 30m40s 30m28s 08 79 31m37s 31m36s 09 86 29m5s 29m3s 10 85 27m53s 27m51s 11 85 28m9s 28m9s 12 76 31m14s 31m12s 13 80 30m31s 30m30s 14 86 28m21s 28m5s 15 75 29m8s 29m5s 16 80 30m46s 30m45s 17 79 30m56s 30m27s 18 82 30m1s 29m47s 19 76 30m51s 30m50s 20 84 29m25s 29m24s 21 85 26m40s 26m38s 22 79 30m28s 30m27s 23 92 26m30s 26m28s Jan 20 00 80 29m14s 28m56s 01 93 26m6s 26m5s 02 86 28m51s 28m49s 03 78 30m36s 30m36s 04 81 30m41s 30m40s 05 104 23m26s 23m23s 06 84 27m12s 27m9s 07 82 29m30s 29m10s 08 85 29m43s 29m42s 09 88 27m4s 27m1s 10 226 10m58s 10m55s 11 108 22m7s 22m1s 12 103 23m28s 23m17s 13 95 25m15s 25m9s 14 100 21m54s 21m48s 15 102 23m44s 23m39s 16 98 25m22s 25m15s 17 99 23m48s 23m39s 18 129 20m2s 19m39s 19 120 18m32s 18m24s 20 125 19m54s 19m33s 21 114 19m1s 18m52s 22 107 23m53s 23m47s 23 103 23m15s 23m8s Jan 21 00 113 21m30s 21m6s 01 132 18m34s 18m27s 02 131 19m16s 19m9s 03 110 21m26s 21m13s 04 105 23m18s 23m13s 05 148 16m28s 16m22s 06 125 19m8s 19m2s 07 134 18m52s 18m47s 08 118 19m51s 19m47s 09 120 19m55s 19m50s 10 117 21m16s 21m10s 11 103 22m37s 22m32s 12 110 21m52s 21m43s 13 108 20m51s 20m46s 14 123 20m 19m52s 15 100 23m15s 23m7s 16 132 19m13s 19m8s 17 94 27m27s 27m21s 18 83 33m48s 33m45s 19 78 35m16s 35m15s 20 74 31m41s 31m38s 21 87 26m47s 26m44s 22 96 26m23s 26m4s 23 130 19m4s 18m53s Jan 22 00 105 22m48s 22m23s 01 103 23m25s 23m13s 02 86 28m28s 28m26s 03 82 29m18s 29m16s 04 79 28m42s 28m41s 05 96 25m44s 25m42s 06 106 22m40s 22m35s 07 101 1d4h44m27s 1d4h43m51s 08 137 18m29s 18m1s 09 91 26m45s 26m40s 10 97 24m20s 24m14s 11 100 23m24s 23m13s 12 111 20m33s 20m27s 13 102 24m15s 24m11s 14 100 23m35s 23m30s 15 95 25m41s 25m38s 16 97 25m31s 25m25s 17 103 23m41s 23m35s 18 108 22m11s 22m 19 114 49m8s 48m58s 20 107 1h21m16s 1h21m12s 21 90 31m17s 31m12s 22 117 21m31s 21m26s 23 123 19m1s 18m56s Jan 23 00 115 21m41s 21m12s 01 117 20m10s 20m6s 02 113 21m44s 21m40s 03 94 25m46s 25m35s 04 101 23m55s 23m47s 05 130 18m17s 18m13s 06 113 21m37s 20m47s 07 99 25m32s 25m26s 08 96 24m59s 24m56s 09 105 23m19s 23m13s 10 98 24m18s 24m13s 11 100 22m41s 22m30s 12 104 22m40s 22m37s 13 92 25m10s 25m 14 121 20m59s 20m52s 15 93 25m32s 25m29s 16 102 24m28s 24m23s 17 84 27m45s 27m38s 18 90 27m33s 27m28s 19 99 30m5s 29m59s 20 104 27m1s 26m53s 21 106 21m 20m56s 22 105 23m3s 23m 23 107 22m51s 22m43s Jan 24 00 91 26m27s 26m9s 01 95 24m48s 24m44s 02 107 23m20s 23m16s 03 105 22m49s 22m45s 04 98 24m40s 24m34s 05 140 17m40s 17m35s 06 110 21m20s 21m15s 07 100 23m50s 23m46s 08 112 22m44s 22m41s 09 105 23m16s 23m12s 10 116 19m4s 19m 11 101 23m23s 23m16s 12 91 26m31s 26m26s 13 118 4h1m18s 4h1m15s 14 109 22m43s 22m29s 15 100 24m1s 23m58s 16 92 25m18s 25m14s 17 100 24m17s 24m11s 18 97 25m34s 25m26s 19 97 40m52s 40m48s 20 102 29m 28m43s 21 87 25m51s 25m47s 22 92 26m44s 26m34s 23 112 21m13s 21m9s Jan 25 00 90 27m9s 26m48s 01 98 25m1s 24m56s 02 95 25m24s 25m21s 03 97 25m15s 25m11s 04 85 28m 27m55s 05 113 22m28s 22m20s 06 93 26m38s 26m32s 07 103 23m19s 23m17s 08 94 25m57s 25m51s 09 91 24m26s 24m20s 10 85 28m19s 28m15s 11 88 27m49s 27m44s 12 92 24m30s 24m24s 13 96 26m8s 26m1s 14 94 25m51s 25m48s 15 98 23m59s 23m54s 16 95 25m29s 25m24s 17 86 28m25s 28m21s 18 100 23m31s 23m22s 19 90 26m15s 25m17s 20 92 26m52s 26m49s 21 83 28m1s 27m56s 22 87 27m8s 27m 23 96 25m11s 25m9s -
Connections
Established Connections
Key values
- 16 connections Connection Peak
- 2025-01-20 10:23:39 Date
Connections per database
Key values
- ctdprd51 Main Database
- 16,818 connections Total
Connections per user
Key values
- pubeu Main User
- 16,818 connections Total
-
Sessions
Simultaneous sessions
Key values
- 54 sessions Session Peak
- 2025-01-24 19:00:42 Date
Histogram of session times
Key values
- 11,808 1800000-3600000ms duration
Sessions per database
Key values
- ctdprd51 Main Database
- 16,818 sessions Total
Sessions per user
Key values
- pubeu Main User
- 16,818 sessions Total
Sessions per host
Key values
- 10.12.5.37 Main Host
- 16,818 sessions Total
Host Count Total Duration Average Duration 10.12.5.122 33 137d8h16m49s 4d3h53m14s 10.12.5.37 6,213 56d17h18m53s 13m8s 10.12.5.38 2,625 55d22h42m43s 30m41s 10.12.5.39 2,583 55d23h16m8s 31m12s 10.12.5.40 3 5s349ms 1s783ms 10.12.5.45 2,665 55d23h53m41s 30m15s 10.12.5.46 2,631 56d45m58s 30m40s 192.168.201.14 1 8h42m32s 8h42m32s 192.168.201.18 7 1d19h29m15s 6h12m45s 192.168.201.6 6 7d16h30m34s 1d6h45m5s ::1 51 2h22m48s 2m48s -
Checkpoints / Restartpoints
Checkpoints Buffers
Key values
- 168,069 buffers Checkpoint Peak
- 2025-01-22 22:46:53 Date
- 1619.962 seconds Highest write time
- 0.004 seconds Sync time
Checkpoints Wal files
Key values
- 74 files Wal files usage Peak
- 2025-01-20 01:16:40 Date
Checkpoints distance
Key values
- 2,361.89 Mo Distance Peak
- 2025-01-20 01:16:40 Date
Checkpoints Activity
↑ Back to the top of the Checkpoint Activity tableDay Hour Written buffers Write time Sync time Total time Jan 19 00 6,226 681.63s 0.003s 681.722s 01 237 23.822s 0.002s 23.852s 02 158 16.007s 0.002s 16.039s 03 1,777 178.057s 0.003s 178.144s 04 242 24.422s 0.002s 24.453s 05 304 30.632s 0.002s 30.662s 06 639 64.088s 0.003s 64.118s 07 750 75.31s 0.002s 75.394s 08 1,557 156.132s 0.006s 156.164s 09 895 89.734s 0.002s 89.765s 10 109,043 1,657.462s 0.004s 1,657.782s 11 467 46.956s 0.003s 46.986s 12 1,403 140.712s 0.003s 140.755s 13 1,745 174.953s 0.003s 174.983s 14 172 17.403s 0.003s 17.434s 15 4,776 478.303s 0.003s 478.408s 16 224 22.615s 0.002s 22.643s 17 278 28.027s 0.002s 28.057s 18 192 19.416s 0.002s 19.447s 19 380 38.137s 0.003s 38.167s 20 165 16.609s 0.001s 16.625s 21 55,641 1,654.491s 0.005s 1,654.976s 22 8,279 829.035s 0.004s 829.205s 23 2,740 274.563s 0.003s 274.594s Jan 20 00 1,025 102.752s 0.001s 102.783s 01 123,557 2,242.084s 0.005s 2,243.122s 02 2,873 287.902s 0.002s 287.931s 03 2,769 277.474s 0.003s 277.555s 04 55,948 2,014.201s 0.004s 2,014.677s 05 293 29.535s 0.003s 29.565s 06 1,624 162.736s 0.004s 162.781s 07 145,119 1,637.787s 0.002s 1,638.218s 08 564 56.675s 0.002s 56.706s 09 48,249 1,640.134s 0.003s 1,640.565s 10 4,769 477.852s 0.003s 477.952s 11 1,044 104.794s 0.004s 104.825s 12 673 67.514s 0.003s 67.55s 13 756 75.968s 0.003s 76.052s 14 856 85.868s 0.003s 85.898s 15 502 50.483s 0.002s 50.513s 16 491 49.272s 0.002s 49.304s 17 636 63.88s 0.004s 63.912s 18 673 67.608s 0.003s 67.64s 19 599 60.07s 0.003s 60.152s 20 56,391 1,664.907s 0.004s 1,665.383s 21 1,024 102.566s 0.003s 102.648s 22 664 66.703s 0.003s 66.734s 23 525 52.669s 0.004s 52.7s Jan 21 00 3,209 344.187s 0.003s 344.271s 01 6,539 654.705s 0.004s 654.827s 02 620 62.306s 0.002s 62.336s 03 453 45.454s 0.002s 45.484s 04 1,825 182.922s 0.003s 183.004s 05 637 63.921s 0.002s 63.951s 06 867 87.008s 0.003s 87.091s 07 778 78.128s 0.003s 78.158s 08 888 89.026s 0.003s 89.056s 09 1,554 155.857s 0.004s 155.9s 10 460 46.21s 0.002s 46.228s 11 59,656 2,295.992s 0.005s 2,296.537s 12 797 80.016s 0.004s 80.047s 13 1,128 113.096s 0.004s 113.127s 14 629 63.11s 0.002s 63.139s 15 500 50.294s 0.002s 50.373s 16 1,219 122.104s 0.003s 122.135s 17 1,142 114.475s 0.003s 114.507s 18 8,914 892.553s 0.004s 892.724s 19 306 30.819s 0.003s 30.849s 20 1,292 129.558s 0.002s 129.601s 21 1,474 147.698s 0.003s 147.73s 22 593 59.57s 0.003s 59.651s 23 5,530 553.898s 0.004s 554.116s Jan 22 00 84,086 1,834.713s 0.006s 1,834.797s 01 454 45.663s 0.002s 45.693s 02 6,412 641.955s 0.004s 642.068s 03 167 16.901s 0.002s 16.93s 04 291 29.331s 0.002s 29.361s 05 4,693 470.016s 0.003s 470.436s 06 41,855 1,655.231s 0.003s 1,655.308s 07 660 66.333s 0.002s 66.364s 08 579 58.172s 0.002s 58.202s 09 392 39.367s 0.002s 39.395s 10 712 71.491s 0.003s 71.522s 11 726 72.927s 0.002s 72.956s 12 1,477 148.039s 0.003s 148.083s 13 761 76.414s 0.002s 76.445s 14 512 51.455s 0.002s 51.486s 15 862 86.451s 0.003s 86.53s 16 477 47.956s 0.002s 47.985s 17 874 87.618s 0.002s 87.647s 18 578 58.095s 0.002s 58.125s 19 438 44.056s 0.003s 44.087s 20 616 61.789s 0.003s 61.867s 21 521 52.382s 0.002s 52.413s 22 168,204 1,633.579s 0.003s 1,634.07s 23 793 79.426s 0.002s 79.457s Jan 23 00 4,358 493.647s 0.004s 493.739s 01 5,948 595.613s 0.003s 595.727s 02 266 26.74s 0.001s 26.755s 03 65,156 2,238.271s 0.006s 2,238.842s 04 721 72.282s 0.002s 72.312s 05 695 69.689s 0.003s 69.721s 06 1,177 118.147s 0.002s 118.227s 07 875 87.767s 0.003s 87.798s 08 583 58.583s 0.002s 58.613s 09 737 73.901s 0.002s 73.93s 10 5,581 559.032s 0.002s 559.132s 11 593 59.596s 0.002s 59.626s 12 661 66.331s 0.003s 66.359s 13 958 96.146s 0.004s 96.177s 14 1,009 101.3s 0.002s 101.377s 15 805 80.714s 0.003s 80.745s 16 437 43.964s 0.002s 43.994s 17 640 64.287s 0.002s 64.319s 18 640 64.203s 0.002s 64.232s 19 788 79.115s 0.003s 79.146s 20 622 62.505s 0.003s 62.584s 21 5,905 591.158s 0.003s 591.259s 22 721 72.406s 0.002s 72.437s 23 540 54.159s 0.003s 54.239s Jan 24 00 4,993 513.053s 0.003s 513.138s 01 363 36.549s 0.002s 36.578s 02 53,344 1,848.591s 0.004s 1,849.085s 03 3,657 366.366s 0.003s 366.459s 04 4,731 473.726s 0.003s 474.196s 05 60,120 2,178.276s 0.003s 2,178.409s 06 2,157 216.165s 0.003s 216.241s 07 532 53.48s 0.004s 53.511s 08 547 54.942s 0.002s 54.984s 09 343 34.46s 0.001s 34.475s 10 9,193 920.651s 0.004s 920.789s 11 868 87.138s 0.003s 87.168s 12 1,968 197.339s 0.004s 197.418s 13 630 63.219s 0.003s 63.249s 14 827 83.069s 0.003s 83.1s 15 510 51.273s 0.002s 51.303s 16 401 40.258s 0.002s 40.336s 17 538 54.107s 0.002s 54.135s 18 5,186 519.406s 0.002s 519.506s 19 338 33.954s 0.002s 33.984s 20 486 48.878s 0.003s 48.907s 21 587 59.003s 0.003s 59.033s 22 524 52.595s 0.003s 52.627s 23 382 38.443s 0.002s 38.474s Jan 25 00 2,497 250.304s 0.003s 250.379s 01 431 43.375s 0.002s 43.406s 02 4,795 480.376s 0.003s 480.478s 03 79,458 1,632.812s 0.003s 1,633.229s 04 476 47.858s 0.003s 47.888s 05 557 55.88s 0.002s 55.91s 06 506 50.779s 0.002s 50.808s 07 342 34.441s 0.002s 34.47s 08 47,991 1,634.94s 0.003s 1,635.36s 09 488 48.98s 0.002s 49.009s 10 475 47.739s 0.002s 47.77s 11 432 43.465s 0.003s 43.543s 12 425 42.648s 0.002s 42.678s 13 326 32.817s 0.002s 32.846s 14 3,892 389.882s 0.003s 389.97s 15 349 35.136s 0.002s 35.165s 16 318 31.924s 0.002s 31.953s 17 431 43.33s 0.003s 43.36s 18 578 58.607s 0.003s 58.636s 19 477 47.959s 0.002s 47.991s 20 74,236 1,629.054s 0.003s 1,629.085s 21 557 55.951s 0.002s 55.981s 22 505 50.766s 0.003s 50.846s 23 422 42.366s 0.002s 42.395s Day Hour Added Removed Recycled Synced files Longest sync Average sync Jan 19 00 0 0 1 73 0.001s 0.002s 01 0 0 0 34 0.001s 0.002s 02 0 0 0 27 0.001s 0.002s 03 0 0 1 39 0.001s 0.002s 04 0 0 0 32 0.001s 0.002s 05 0 0 0 37 0.001s 0.002s 06 0 0 0 86 0.001s 0.002s 07 0 0 1 131 0.001s 0.002s 08 0 0 0 138 0.001s 0.002s 09 0 0 1 76 0.001s 0.001s 10 0 0 22 65 0.001s 0.003s 11 0 0 0 37 0.001s 0.002s 12 0 0 1 35 0.001s 0.002s 13 0 0 0 41 0.001s 0.002s 14 0 0 0 20 0.001s 0.002s 15 0 0 3 41 0.001s 0.002s 16 0 0 0 22 0.001s 0.002s 17 0 0 0 26 0.001s 0.002s 18 0 0 0 21 0.001s 0.002s 19 0 0 0 23 0.001s 0.002s 20 0 0 0 19 0.001s 0.001s 21 0 0 36 61 0.001s 0.003s 22 0 0 5 53 0.001s 0.002s 23 0 0 0 46 0.001s 0.002s Jan 20 00 0 0 1 24 0.001s 0.001s 01 0 0 79 102 0.001s 0.003s 02 0 0 0 47 0.001s 0.002s 03 0 0 1 42 0.001s 0.002s 04 0 0 37 47 0.001s 0.002s 05 0 0 0 33 0.001s 0.002s 06 0 0 1 107 0.001s 0.002s 07 0 0 33 95 0.001s 0.002s 08 0 0 0 137 0.001s 0.002s 09 0 0 33 53 0.001s 0.002s 10 0 0 2 90 0.001s 0.002s 11 0 0 0 150 0.001s 0.002s 12 0 0 0 118 0.001s 0.002s 13 0 0 1 113 0.001s 0.002s 14 0 0 0 124 0.002s 0.002s 15 0 0 0 29 0.001s 0.002s 16 0 0 0 65 0.001s 0.002s 17 0 0 0 79 0.001s 0.002s 18 0 0 0 28 0.001s 0.002s 19 0 0 1 28 0.001s 0.002s 20 0 0 37 48 0.001s 0.002s 21 0 0 1 32 0.001s 0.002s 22 0 0 0 27 0.001s 0.002s 23 0 0 0 21 0.001s 0.002s Jan 21 00 0 0 1 80 0.001s 0.002s 01 0 0 4 60 0.001s 0.002s 02 0 0 0 50 0.001s 0.002s 03 0 0 0 37 0.001s 0.002s 04 0 0 1 47 0.001s 0.002s 05 0 0 0 37 0.001s 0.002s 06 0 0 1 91 0.001s 0.002s 07 0 0 0 124 0.001s 0.002s 08 0 0 0 130 0.001s 0.002s 09 0 0 1 139 0.001s 0.002s 10 0 0 0 64 0.001s 0.001s 11 0 0 38 168 0.001s 0.003s 12 0 0 0 122 0.001s 0.002s 13 0 0 0 177 0.001s 0.002s 14 0 0 0 115 0.001s 0.002s 15 0 0 1 23 0.001s 0.002s 16 0 0 0 132 0.001s 0.002s 17 0 0 0 73 0.001s 0.002s 18 0 0 5 61 0.001s 0.002s 19 0 0 0 29 0.001s 0.002s 20 0 0 1 33 0.001s 0.002s 21 0 0 0 43 0.001s 0.002s 22 0 0 1 24 0.001s 0.002s 23 0 29 6 43 0.001s 0.002s Jan 22 00 0 0 4 103 0.001s 0.002s 01 0 0 0 34 0.001s 0.002s 02 0 0 4 56 0.001s 0.002s 03 0 0 0 22 0.001s 0.002s 04 0 0 0 27 0.001s 0.002s 05 0 0 30 40 0.001s 0.002s 06 0 0 1 95 0.001s 0.002s 07 0 0 0 152 0.001s 0.002s 08 0 0 0 74 0.001s 0.002s 09 0 0 0 59 0.001s 0.002s 10 0 0 0 124 0.001s 0.002s 11 0 0 0 73 0.001s 0.002s 12 0 0 1 73 0.001s 0.002s 13 0 0 0 124 0.001s 0.002s 14 0 0 0 105 0.001s 0.002s 15 0 0 1 202 0.001s 0.002s 16 0 0 0 68 0.001s 0.002s 17 0 0 0 106 0.001s 0.002s 18 0 0 0 37 0.001s 0.002s 19 0 0 0 20 0.001s 0.002s 20 0 0 1 31 0.001s 0.002s 21 0 0 0 34 0.001s 0.002s 22 0 0 38 42 0.001s 0.002s 23 0 0 0 39 0.001s 0.002s Jan 23 00 0 0 2 76 0.001s 0.002s 01 0 0 4 54 0.001s 0.002s 02 0 0 0 18 0.001s 0.001s 03 0 0 40 87 0.002s 0.003s 04 0 0 0 43 0.001s 0.002s 05 0 0 0 35 0.001s 0.002s 06 0 0 1 87 0.001s 0.002s 07 0 0 0 140 0.001s 0.002s 08 0 0 0 76 0.001s 0.002s 09 0 0 0 68 0.001s 0.002s 10 0 0 3 50 0.001s 0.002s 11 0 0 0 35 0.001s 0.002s 12 0 0 0 40 0.001s 0.002s 13 0 0 0 145 0.001s 0.002s 14 0 0 1 183 0.001s 0.002s 15 0 0 0 131 0.001s 0.002s 16 0 0 0 26 0.001s 0.002s 17 0 0 0 33 0.001s 0.002s 18 0 0 0 41 0.001s 0.002s 19 0 0 0 29 0.001s 0.002s 20 0 0 1 34 0.002s 0.002s 21 0 0 3 38 0.001s 0.002s 22 0 0 0 34 0.001s 0.002s 23 0 0 1 24 0.001s 0.002s Jan 24 00 0 0 1 75 0.001s 0.002s 01 0 0 0 37 0.001s 0.002s 02 0 0 35 60 0.001s 0.002s 03 0 0 2 51 0.001s 0.002s 04 0 0 34 53 0.001s 0.002s 05 0 0 8 68 0.001s 0.002s 06 0 0 1 47 0.001s 0.002s 07 0 0 0 35 0.001s 0.002s 08 0 0 0 74 0.001s 0.002s 09 0 0 0 51 0.001s 0.001s 10 0 0 5 239 0.001s 0.003s 11 0 0 0 30 0.001s 0.002s 12 0 0 1 51 0.001s 0.002s 13 0 0 0 123 0.001s 0.002s 14 0 0 0 140 0.001s 0.002s 15 0 0 0 31 0.001s 0.002s 16 0 0 1 24 0.001s 0.002s 17 0 0 0 27 0.001s 0.002s 18 0 0 3 43 0.001s 0.002s 19 0 0 0 20 0.001s 0.002s 20 0 0 0 31 0.001s 0.002s 21 0 0 0 23 0.001s 0.002s 22 0 0 0 31 0.001s 0.002s 23 0 0 0 23 0.001s 0.002s Jan 25 00 0 0 1 74 0.001s 0.002s 01 0 0 0 40 0.001s 0.002s 02 0 0 3 49 0.001s 0.002s 03 0 0 32 49 0.001s 0.002s 04 0 0 0 33 0.001s 0.002s 05 0 0 0 37 0.001s 0.002s 06 0 0 0 31 0.001s 0.002s 07 0 0 0 29 0.001s 0.002s 08 0 0 32 38 0.001s 0.002s 09 0 0 0 31 0.001s 0.002s 10 0 0 0 33 0.001s 0.002s 11 0 0 1 38 0.001s 0.002s 12 0 0 0 30 0.001s 0.002s 13 0 0 0 23 0.001s 0.002s 14 0 0 2 43 0.001s 0.002s 15 0 0 0 22 0.001s 0.002s 16 0 0 0 20 0.001s 0.002s 17 0 0 0 28 0.001s 0.002s 18 0 0 0 40 0.001s 0.002s 19 0 0 0 29 0.001s 0.002s 20 0 0 0 24 0.001s 0.002s 21 0 0 0 23 0.001s 0.002s 22 0 0 1 28 0.001s 0.002s 23 0 0 0 22 0.001s 0.002s Day Hour Count Avg time (sec) Jan 19 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Jan 20 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Jan 21 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Jan 22 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Jan 23 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Jan 24 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Jan 25 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Day Hour Mean distance Mean estimate Jan 19 00 10,877.00 kB 18,152.50 kB 01 575.00 kB 14,906.50 kB 02 329.00 kB 12,146.50 kB 03 5,674.00 kB 10,794.00 kB 04 518.50 kB 9,655.00 kB 05 857.50 kB 7,948.50 kB 06 1,008.00 kB 6,601.00 kB 07 2,497.00 kB 5,779.50 kB 08 4,701.00 kB 6,148.00 kB 09 5,105.00 kB 6,814.00 kB 10 123,396.67 kB 333,233.67 kB 11 1,170.00 kB 255,710.50 kB 12 4,196.50 kB 207,935.00 kB 13 2,611.00 kB 168,931.00 kB 14 381.00 kB 136,908.00 kB 15 23,588.00 kB 113,328.00 kB 16 482.50 kB 93,935.50 kB 17 697.00 kB 76,220.00 kB 18 458.00 kB 61,826.50 kB 19 677.00 kB 50,200.00 kB 20 854.00 kB 42,915.00 kB 21 196,906.33 kB 531,892.67 kB 22 33,127.00 kB 412,446.00 kB 23 8,199.50 kB 337,253.00 kB Jan 20 00 8,366.00 kB 288,486.00 kB 01 424,009.33 kB 1,094,516.67 kB 02 9,485.00 kB 844,608.50 kB 03 11,465.00 kB 686,317.00 kB 04 301,035.50 kB 611,706.00 kB 05 774.00 kB 497,017.50 kB 06 3,821.50 kB 403,072.00 kB 07 276,657.00 kB 524,851.00 kB 08 1,630.00 kB 425,412.50 kB 09 263,454.50 kB 499,682.50 kB 10 17,629.00 kB 408,073.50 kB 11 2,640.50 kB 330,968.50 kB 12 1,517.50 kB 268,461.50 kB 13 1,695.00 kB 217,746.50 kB 14 2,510.00 kB 176,841.00 kB 15 1,145.50 kB 143,483.50 kB 16 1,196.00 kB 116,447.00 kB 17 1,640.00 kB 94,634.00 kB 18 1,201.00 kB 76,889.50 kB 19 1,581.00 kB 62,585.00 kB 20 309,730.50 kB 586,070.00 kB 21 2,342.50 kB 475,166.00 kB 22 1,759.50 kB 385,255.50 kB 23 1,405.50 kB 312,335.50 kB Jan 21 00 10,831.00 kB 254,971.00 kB 01 29,466.00 kB 209,869.00 kB 02 1,743.50 kB 172,632.50 kB 03 1,095.50 kB 140,089.00 kB 04 7,021.00 kB 114,776.50 kB 05 1,788.00 kB 93,296.00 kB 06 1,612.50 kB 75,882.00 kB 07 2,198.50 kB 61,871.50 kB 08 2,353.50 kB 50,559.50 kB 09 4,226.50 kB 41,625.50 kB 10 2,422.00 kB 35,974.00 kB 11 206,676.67 kB 374,008.00 kB 12 1,823.50 kB 430,378.00 kB 13 2,878.00 kB 349,115.00 kB 14 1,664.00 kB 283,160.00 kB 15 1,276.50 kB 229,617.00 kB 16 3,241.00 kB 186,512.00 kB 17 2,507.00 kB 151,614.50 kB 18 40,831.50 kB 129,392.50 kB 19 951.00 kB 106,220.50 kB 20 4,246.50 kB 86,845.00 kB 21 4,004.50 kB 71,042.00 kB 22 1,582.50 kB 57,872.50 kB 23 25,295.00 kB 49,600.00 kB Jan 22 00 296,732.00 kB 559,327.00 kB 01 1,242.00 kB 453,457.00 kB 02 31,671.00 kB 370,725.00 kB 03 500.50 kB 303,010.50 kB 04 799.00 kB 245,587.00 kB 05 23,725.50 kB 201,350.00 kB 06 225,063.50 kB 425,997.00 kB 07 1,938.00 kB 345,436.00 kB 08 1,379.50 kB 280,072.00 kB 09 973.50 kB 227,072.50 kB 10 1,603.00 kB 184,197.00 kB 11 1,652.00 kB 149,514.00 kB 12 4,617.00 kB 121,986.00 kB 13 2,109.50 kB 99,184.00 kB 14 1,427.50 kB 80,639.00 kB 15 2,510.50 kB 65,718.50 kB 16 1,388.00 kB 53,558.00 kB 17 2,208.00 kB 43,790.50 kB 18 1,525.50 kB 35,793.00 kB 19 1,152.50 kB 29,215.00 kB 20 1,352.50 kB 23,904.00 kB 21 1,282.50 kB 19,611.50 kB 22 313,001.50 kB 593,504.50 kB 23 1,832.50 kB 481,093.00 kB Jan 23 00 15,358.50 kB 392,186.50 kB 01 29,705.50 kB 323,750.50 kB 02 842.00 kB 276,161.00 kB 03 219,251.00 kB 549,236.67 kB 04 1,622.50 kB 424,409.00 kB 05 1,147.50 kB 343,954.50 kB 06 1,861.50 kB 278,972.00 kB 07 1,777.00 kB 226,305.00 kB 08 1,034.00 kB 183,501.00 kB 09 1,123.00 kB 148,884.00 kB 10 24,049.50 kB 125,163.00 kB 11 933.50 kB 101,543.50 kB 12 1,335.00 kB 82,525.50 kB 13 1,997.00 kB 67,184.00 kB 14 1,750.50 kB 54,762.50 kB 15 1,730.50 kB 44,663.50 kB 16 934.50 kB 36,395.00 kB 17 1,082.00 kB 29,669.00 kB 18 1,027.50 kB 24,238.50 kB 19 990.50 kB 19,823.50 kB 20 1,381.00 kB 16,314.00 kB 21 30,066.00 kB 56,171.50 kB 22 1,302.00 kB 45,727.00 kB 23 1,163.00 kB 37,274.50 kB Jan 24 00 10,251.00 kB 31,992.50 kB 01 720.00 kB 26,213.00 kB 02 289,031.00 kB 533,383.00 kB 03 13,446.00 kB 435,332.50 kB 04 21,095.50 kB 354,839.00 kB 05 323,744.50 kB 575,217.50 kB 06 6,906.50 kB 468,654.00 kB 07 925.00 kB 380,333.00 kB 08 1,291.50 kB 308,280.50 kB 09 1,629.00 kB 263,083.00 kB 10 26,765.00 kB 220,966.33 kB 11 2,060.50 kB 169,828.50 kB 12 5,382.00 kB 138,603.50 kB 13 1,336.00 kB 112,587.00 kB 14 1,673.00 kB 91,523.50 kB 15 1,237.00 kB 74,357.00 kB 16 936.00 kB 60,431.50 kB 17 1,149.00 kB 49,150.50 kB 18 25,029.50 kB 46,723.50 kB 19 934.50 kB 38,023.00 kB 20 1,168.50 kB 31,021.50 kB 21 1,086.00 kB 25,324.50 kB 22 1,356.50 kB 20,751.50 kB 23 1,015.00 kB 17,027.00 kB Jan 25 00 7,695.50 kB 15,209.50 kB 01 745.50 kB 12,520.00 kB 02 23,579.50 kB 43,878.50 kB 03 256,954.50 kB 487,507.00 kB 04 825.00 kB 395,033.50 kB 05 1,459.00 kB 320,211.00 kB 06 1,334.50 kB 259,680.00 kB 07 806.00 kB 210,497.50 kB 08 261,058.50 kB 495,026.00 kB 09 1,082.50 kB 401,170.50 kB 10 1,509.00 kB 325,190.00 kB 11 1,051.00 kB 263,672.00 kB 12 993.00 kB 213,743.50 kB 13 760.50 kB 173,295.00 kB 14 15,362.50 kB 141,985.00 kB 15 844.50 kB 116,466.50 kB 16 798.00 kB 94,491.50 kB 17 987.00 kB 76,726.50 kB 18 1,521.00 kB 62,373.50 kB 19 1,110.50 kB 50,774.00 kB 20 887.00 kB 41,311.50 kB 21 944.00 kB 33,640.00 kB 22 1,308.50 kB 27,469.00 kB 23 1,062.50 kB 22,477.50 kB -
Temporary Files
Size of temporary files
Key values
- 0 Temp Files size Peak
- Date
Size of temporary files (5 minutes period)
NO DATASET
Number of temporary files
Key values
- 0 per second Temp Files Peak
- Date
Number of temporary files (5 minutes period)
NO DATASET
Temporary Files Activity
↑ Back to the top of the Temporary Files Activity tableDay Hour Count Total size Average size Jan 19 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 Jan 20 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 Jan 21 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 Jan 22 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 Jan 23 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 Jan 24 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 Jan 25 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 -
Vacuums
Vacuums / Analyzes Distribution
Key values
- 26.39 sec Highest CPU-cost vacuum
Table pub2.term_set_enrichment_agent
Database ctdprd51 - 2025-01-22 22:11:46 Date
- 0 sec Highest CPU-cost analyze
Table
Database ctdprd51 - Date
Average Autovacuum Duration
Key values
- 26.39 sec Highest CPU-cost vacuum
Table pub2.term_set_enrichment_agent
Database ctdprd51 - 2025-01-22 22:11:46 Date
Analyzes per table
Key values
- pubc.log_query (168) Main table analyzed (database ctdprd51)
- 186 analyzes Total
Vacuums per table
Key values
- pubc.log_query (56) Main table vacuumed on database ctdprd51
- 70 vacuums Total
Index Buffer usage Skipped WAL usage Table Vacuums scans hits misses dirtied pins frozen records full page bytes ctdprd51.pubc.log_query 56 36 52,566 0 7,392 0 3,288 11,734 1,155 8,977,255 ctdprd51.pub2.term_set_enrichment 3 0 15,479 0 6,672 0 0 7,580 6 476,941 ctdprd51.pg_toast.pg_toast_2619 3 3 10,408 0 2,696 0 30,436 8,031 2,545 1,418,007 ctdprd51.pub2.term_set_enrichment_agent 3 0 664,540 0 282,526 0 0 331,955 13 19,692,572 ctdprd51.pg_toast.pg_toast_486223 2 0 52 0 0 0 0 2 0 376 ctdprd51.pg_catalog.pg_statistic 1 1 772 0 192 0 119 521 182 680,332 ctdprd51.pub2.term_comp 1 0 190 0 31 0 0 27 2 11,500 ctdprd51.pub2.term_comp_agent 1 0 1,451 0 58 0 0 681 2 50,086 Total 70 40 745,458 1,546 299,567 0 33,843 360,531 3,905 31,307,069 Tuples removed per table
Key values
- pubc.log_query (21431) Main table with removed tuples on database ctdprd51
- 31771 tuples Total removed
Index Tuples Pages Table Vacuums scans removed remain not yet removable removed remain ctdprd51.pubc.log_query 56 36 21,431 609,909 190,010 0 25,457 ctdprd51.pg_toast.pg_toast_2619 3 3 9,877 49,807 0 0 37,776 ctdprd51.pg_catalog.pg_statistic 1 1 463 3,195 0 0 418 ctdprd51.pub2.term_set_enrichment 3 0 0 2,166,551 0 0 35,899 ctdprd51.pg_toast.pg_toast_486223 2 0 0 0 0 0 0 ctdprd51.pub2.term_comp 1 0 0 4,632 0 0 44 ctdprd51.pub2.term_comp_agent 1 0 0 151,582 0 0 1,272 ctdprd51.pub2.term_set_enrichment_agent 3 0 0 139,034,836 0 0 1,579,943 Total 70 40 31,771 142,020,512 190,010 0 1,680,809 Pages removed per table
Key values
- unknown (0) Main table with removed pages on database unknown
- 0 pages Total removed
Pages removed per tables
NO DATASET
Table Number of vacuums Index scans Tuples removed Pages removed ctdprd51.pub2.term_set_enrichment 3 0 0 0 ctdprd51.pg_toast.pg_toast_486223 2 0 0 0 ctdprd51.pg_toast.pg_toast_2619 3 3 9877 0 ctdprd51.pg_catalog.pg_statistic 1 1 463 0 ctdprd51.pub2.term_comp 1 0 0 0 ctdprd51.pub2.term_comp_agent 1 0 0 0 ctdprd51.pubc.log_query 56 36 21431 0 ctdprd51.pub2.term_set_enrichment_agent 3 0 0 0 Total 70 40 31,771 0 Autovacuum Activity
↑ Back to the top of the Autovacuum Activity tableDay Hour VACUUMs ANALYZEs Jan 19 00 0 4 01 0 3 02 0 1 03 0 1 04 0 2 05 0 2 06 0 1 07 0 3 08 0 1 09 0 1 10 0 1 11 0 1 12 0 1 13 0 0 14 0 0 15 0 1 16 0 0 17 0 1 18 0 0 19 0 1 20 0 1 21 0 0 22 0 1 23 0 2 Jan 20 00 0 2 01 0 1 02 0 1 03 0 1 04 0 0 05 0 1 06 0 2 07 0 0 08 0 1 09 0 3 10 0 2 11 0 1 12 0 0 13 0 1 14 0 1 15 0 1 16 0 0 17 0 1 18 0 0 19 0 1 20 0 1 21 0 1 22 0 1 23 0 0 Jan 21 00 0 3 01 0 7 02 0 2 03 0 1 04 0 1 05 0 2 06 0 2 07 0 1 08 0 1 09 0 1 10 0 1 11 0 1 12 0 1 13 0 1 14 0 0 15 0 1 16 0 1 17 0 1 18 0 0 19 0 0 20 0 0 21 0 0 22 0 0 23 0 2 Jan 22 00 0 3 01 0 2 02 0 1 03 0 0 04 0 1 05 0 1 06 0 1 07 0 0 08 0 1 09 0 1 10 0 0 11 0 1 12 0 0 13 0 1 14 0 0 15 0 1 16 0 0 17 0 0 18 0 1 19 0 0 20 0 1 21 0 0 22 0 1 23 0 1 Jan 23 00 0 2 01 0 3 02 0 4 03 0 3 04 0 3 05 0 2 06 0 1 07 0 1 08 0 1 09 0 0 10 0 1 11 0 1 12 0 0 13 0 1 14 0 0 15 0 1 16 0 0 17 0 1 18 0 0 19 0 0 20 0 1 21 0 0 22 0 1 23 0 0 Jan 24 00 0 2 01 0 4 02 0 2 03 0 3 04 0 4 05 0 2 06 0 1 07 0 3 08 0 1 09 0 1 10 0 1 11 0 0 12 0 1 13 0 1 14 0 0 15 0 1 16 0 0 17 0 2 18 0 0 19 0 0 20 0 1 21 0 0 22 0 1 23 0 0 Jan 25 00 0 2 01 0 4 02 0 4 03 0 2 04 0 2 05 0 4 06 0 2 07 0 0 08 0 1 09 0 1 10 0 1 11 0 0 12 0 1 13 0 0 14 0 1 15 0 0 16 0 1 17 0 0 18 0 0 19 0 1 20 0 0 21 0 0 22 0 1 23 0 0 - 26.39 sec Highest CPU-cost vacuum
-
Locks
Locks by types
Key values
- unknown Main Lock Type
- 0 locks Total
Most frequent waiting queries (N)
Rank Count Total time Min time Max time Avg duration Query NO DATASET
Queries that waited the most
Rank Wait time Query NO DATASET
-
Queries
Queries by type
Key values
- 23,408 Total read queries
- 379 Total write queries
Queries by database
Key values
- unknown Main database
- 19,036 Requests
- 1d4h14m17s (unknown)
- Main time consuming database
Queries by user
Key values
- unknown Main user
- 40,918 Requests
User Request type Count Duration edit Total 2 2s161ms select 2 2s161ms editeu Total 18 4m9s select 18 4m9s postgres Total 108 54m20s copy to 108 54m20s pubc Total 2 3s340ms select 2 3s340ms pubeu Total 10,234 14h44m50s cte 35 1m52s select 10,199 14h42m57s qaeu Total 79 3m40s cte 17 56s987ms select 62 2m43s unknown Total 40,918 2d13h34m59s copy to 707 6h46m26s cte 101 3m58s others 9 53s549ms select 40,101 2d6h43m41s Duration by user
Key values
- 2d13h34m59s (unknown) Main time consuming user
User Request type Count Duration edit Total 2 2s161ms select 2 2s161ms editeu Total 18 4m9s select 18 4m9s postgres Total 108 54m20s copy to 108 54m20s pubc Total 2 3s340ms select 2 3s340ms pubeu Total 10,234 14h44m50s cte 35 1m52s select 10,199 14h42m57s qaeu Total 79 3m40s cte 17 56s987ms select 62 2m43s unknown Total 40,918 2d13h34m59s copy to 707 6h46m26s cte 101 3m58s others 9 53s549ms select 40,101 2d6h43m41s Queries by host
Key values
- unknown Main host
- 51,361 Requests
- 3d5h22m6s (unknown)
- Main time consuming host
Queries by application
Key values
- unknown Main application
- 23,743 Requests
- 1d10h29m13s (unknown)
- Main time consuming application
Number of cancelled queries
Key values
- 0 per second Cancelled query Peak
- 2025-01-20 03:24:03 Date
Number of cancelled queries (5 minutes period)
NO DATASET
-
Top Queries
Histogram of query times
Key values
- 23,650 1000-10000ms duration
Slowest individual queries
Rank Duration Query 1 24m16s COPY pub2.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) TO stdout;[ Date: 2025-01-25 19:45:03 ]
2 23m59s COPY pub1.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) TO stdout;[ Date: 2025-01-25 19:01:02 ]
3 23m6s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-22 00:23:08 ]
4 23m5s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-24 00:23:07 ]
5 23m1s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-23 00:23:03 ]
6 23m1s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-25 00:23:02 ]
7 22m59s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-21 00:23:00 ]
8 22m45s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-19 00:22:46 ]
9 22m44s /* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();[ Date: 2025-01-20 00:22:45 ]
10 19m2s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-22 08:30:29 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
11 18m44s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-22 08:30:17 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
12 18m5s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-22 07:22:03 - Bind query: yes ]
13 17m51s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-24 20:20:32 - Bind query: yes ]
14 17m48s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-22 07:21:35 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
15 17m47s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-24 14:20:37 - Bind query: yes ]
16 17m45s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-23 00:32:51 - Bind query: yes ]
17 17m44s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-22 08:29:22 - Bind query: yes ]
18 17m42s SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2025-01-22 07:21:35 - Bind query: yes ]
19 14m42s SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;[ Date: 2025-01-23 06:24:00 - Bind query: yes ]
20 14m38s SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;[ Date: 2025-01-23 06:23:56 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
Time consuming queries (N)
Rank Total duration Times executed Min duration Max duration Avg duration Query 1 11h59m53s 399 1s335ms 19m2s 1m48s select phenotypeterm.nm gonm, phenotypeterm.nm_html gonmhtml, phenotypeterm.acc_txt goacc, phenotypeterm.id goid, diseaseterm.nm diseasenm, diseaseterm.acc_txt diseaseacc, diseaseterm.acc_db_cd diseaseaccdbcd, diseaseterm.id diseaseid, via_gene_qty genenetworkcount, via_chem_qty chemnetworkcount, indirect_reference_qty referencecount, count(*) over () fullrowcount from phenotype_term pt inner join term phenotypeterm on pt.phenotype_id = phenotypeterm.id inner join term diseaseterm on pt.term_id = diseaseterm.id where phenotypeterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?) and diseaseterm.object_type_id = ? order by chemnetworkcount desc, genenetworkcount desc limit ?;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Jan 19 01 2 6m22s 3m11s 06 1 3s491ms 3s491ms 07 3 14m17s 4m45s 08 1 3s300ms 3s300ms 13 1 2s492ms 2s492ms 14 2 17m27s 8m43s 17 6 37m21s 6m13s 18 3 14m19s 4m46s Jan 20 07 3 26m11s 8m43s 08 1 1s706ms 1s706ms 10 3 6s934ms 2s311ms 11 1 4m10s 4m10s 12 7 11m2s 1m34s 13 3 3m1s 1m 14 3 5s409ms 1s803ms 15 2 5s97ms 2s548ms 16 4 4m11s 1m2s 17 3 8m55s 2m58s 18 7 31m23s 4m29s 19 5 6m57s 1m23s 20 5 26m43s 5m20s 21 8 8m58s 1m7s 22 4 9s948ms 2s487ms 23 2 4m58s 2m29s Jan 21 00 7 13m34s 1m56s 01 9 5m26s 36s269ms 02 3 1m20s 26s888ms 03 4 16m 4m 04 2 3s873ms 1s936ms 05 3 5m31s 1m50s 06 2 4s944ms 2s472ms 07 2 2m9s 1m4s 08 4 9s657ms 2s414ms 09 8 18s538ms 2s317ms 10 3 5s307ms 1s769ms 11 2 3s198ms 1s599ms 12 5 7m56s 1m35s 13 4 7s836ms 1s959ms 14 3 4m56s 1m38s 15 2 5m14s 2m37s 16 3 3m24s 1m8s 17 1 2m35s 2m35s 20 1 3m18s 3m18s 22 3 26m23s 8m47s 23 5 14m28s 2m53s Jan 22 00 4 2m15s 33s863ms 01 4 11m3s 2m45s 05 1 1s728ms 1s728ms 07 5 53m40s 10m44s 08 8 55m43s 6m57s 10 3 5s613ms 1s871ms 11 3 7s28ms 2s342ms 12 6 4m19s 43s218ms 15 2 5s253ms 2s626ms 16 2 3m20s 1m40s 17 4 4m20s 1m5s 18 5 9m5s 1m49s 19 7 13m38s 1m56s 20 2 4s159ms 2s79ms 21 3 5s158ms 1s719ms 22 1 3s271ms 3s271ms 23 2 4s412ms 2s206ms Jan 23 00 3 26m7s 8m42s 01 3 5s276ms 1s758ms 02 1 2s435ms 2s435ms 03 4 8m51s 2m12s 04 3 4m46s 1m35s 05 4 8s208ms 2s52ms 06 2 3s801ms 1s900ms 07 5 3m10s 38s147ms 08 1 1s518ms 1s518ms 09 5 3m4s 36s904ms 10 3 5s620ms 1s873ms 11 4 10m28s 2m37s 12 1 2s414ms 2s414ms 13 5 10m9s 2m1s 14 2 4m56s 2m28s 15 5 10s923ms 2s184ms 16 2 6s344ms 3s172ms 17 4 3m33s 53s273ms 18 2 5s254ms 2s627ms 19 5 6m9s 1m13s 20 4 8m9s 2m2s 21 2 5s386ms 2s693ms 22 3 7s155ms 2s385ms 23 4 8m31s 2m7s Jan 24 00 1 1s715ms 1s715ms 02 2 1m24s 42s52ms 03 2 3s509ms 1s754ms 04 5 3m38s 43s720ms 05 3 7s505ms 2s501ms 06 3 50s331ms 16s777ms 07 1 1s649ms 1s649ms 10 1 3s361ms 3s361ms 11 2 4m26s 2m13s 12 2 4s502ms 2s251ms 14 3 17m52s 5m57s 15 2 5s145ms 2s572ms 17 2 3m23s 1m41s 18 6 5m36s 56s103ms 19 2 1m18s 39s254ms 20 6 21m37s 3m36s 21 1 3s239ms 3s239ms 22 6 10m9s 1m41s 23 2 4s543ms 2s271ms Jan 25 00 4 1m52s 28s143ms 02 2 4s971ms 2s485ms 03 2 4s499ms 2s249ms 04 2 3m46s 1m53s 05 5 9m45s 1m57s 06 3 3m31s 1m10s 07 2 5s75ms 2s537ms 08 5 4m17s 51s519ms 09 2 2m59s 1m29s 10 3 7s341ms 2s447ms 11 2 3m13s 1m36s 12 3 4m15s 1m25s 14 1 1s697ms 1s697ms 15 1 3m44s 3m44s 16 2 2m9s 1m4s 18 3 4m13s 1m24s 19 3 6s690ms 2s230ms 20 1 1s800ms 1s800ms 22 4 7m14s 1m48s 23 2 3s196ms 1s598ms [ User: pubeu - Total duration: 2h16m53s - Times executed: 76 ]
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 08:30:29 Duration: 19m2s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 08:30:17 Duration: 18m44s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 07:22:03 Duration: 18m5s Bind query: yes
2 4h13m2s 5,119 1s 7s472ms 2s965ms select distinct associatedterm.nm || ? || o.cd || ? || associatedterm.nm_html || ? || associatedterm.acc_txt || ? || associatedterm.acc_db_cd as associatedterm, associatedterm.id associatedtermid, ptr.ixn_id ixnid, associatedterm.object_type_id || ? || associatedterm.nm_sort associatedtermnmsort, coalesce(associatedterm.secondary_nm, ?) casrn, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotype, phenotypeterm.id phenotypeid, ( select string_agg(distinct taxonterm.nm || ? || ? || ? || taxonterm.nm_html || ? || taxonterm.acc_txt || ? || taxonterm.acc_db_cd || ? || coalesce(taxonterm.secondary_nm, ?), ?)) as taxonterms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || ia.level_seq || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, count(distinct taxonterm.nm) taxoncount, i.ixn_prose_html ixnprosehtml, i.ixn_prose_txt ixnprose, i.sort_txt ixnsort, ( select string_agg(distinct r.acc_txt, ?)) as references, count(distinct ptr.reference_id) refcount, pt.indirect_term_qty inferredcount, count(*) over () fullrowcount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedterm on ptr.term_id = associatedterm.id inner join term phenotypeterm on ptr.phenotype_id = phenotypeterm.id left outer join term taxonterm on ptr.taxon_id = taxonterm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedterm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyterm on ia.anatomy_id = anatomyterm.id where associatedterm.id = any (array (( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?))) and ptr.term_object_type_id = ? group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort limit ?;Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Jan 19 02 1 1s886ms 1s886ms 09 6 16s347ms 2s724ms 10 1 3s249ms 3s249ms 11 1 6s150ms 6s150ms 14 3 18s706ms 6s235ms 17 1 1s12ms 1s12ms 18 3 8s101ms 2s700ms 21 3 14s360ms 4s786ms 22 2 6s60ms 3s30ms Jan 20 05 6 15s809ms 2s634ms 07 1 1s33ms 1s33ms 08 1 1s893ms 1s893ms 09 1 5s970ms 5s970ms 10 32 1m28s 2s750ms 11 39 1m50s 2s832ms 12 52 2m39s 3s60ms 13 30 1m22s 2s743ms 14 60 3m13s 3s232ms 15 56 2m51s 3s57ms 16 51 2m9s 2s533ms 17 47 2m15s 2s888ms 18 59 2m48s 2s859ms 19 55 2m26s 2s671ms 20 48 2m15s 2s822ms 21 45 2m27s 3s286ms 22 54 2m48s 3s119ms 23 47 1m57s 2s508ms Jan 21 00 53 2m19s 2s633ms 01 54 2m32s 2s824ms 02 53 2m43s 3s91ms 03 51 2m24s 2s824ms 04 46 2m27s 3s212ms 05 53 2m40s 3s36ms 06 36 1m42s 2s850ms 07 50 2m26s 2s935ms 08 47 2m7s 2s718ms 09 56 2m57s 3s176ms 10 41 2m5s 3s53ms 11 53 2m15s 2s564ms 12 49 2m30s 3s74ms 13 43 2m10s 3s36ms 14 56 2m42s 2s900ms 15 47 2m19s 2s961ms 16 22 1m9s 3s173ms 17 24 1m23s 3s482ms 18 7 28s687ms 4s98ms 19 3 7s479ms 2s493ms 20 1 1s364ms 1s364ms 21 6 16s133ms 2s688ms 22 15 44s44ms 2s936ms 23 36 1m59s 3s326ms Jan 22 00 34 1m57s 3s453ms 01 44 2m27s 3s346ms 02 8 17s532ms 2s191ms 04 1 2s144ms 2s144ms 05 12 41s668ms 3s472ms 06 35 1m50s 3s165ms 07 41 2m8s 3s129ms 08 27 1m13s 2s732ms 09 46 2m9s 2s821ms 10 45 2m20s 3s112ms 11 36 1m51s 3s95ms 12 37 1m50s 2s985ms 13 40 2m16s 3s416ms 14 37 1m37s 2s626ms 15 39 1m35s 2s454ms 16 41 1m51s 2s725ms 17 42 2m5s 2s977ms 18 43 2m6s 2s939ms 19 55 2m57s 3s218ms 20 33 1m27s 2s661ms 21 42 2m 2s868ms 22 48 2m35s 3s245ms 23 45 1m54s 2s545ms Jan 23 00 34 1m35s 2s820ms 01 48 2m8s 2s683ms 02 44 2m8s 2s909ms 03 43 2m14s 3s122ms 04 50 2m18s 2s777ms 05 47 2m14s 2s865ms 06 55 2m25s 2s638ms 07 49 2m36s 3s192ms 08 45 2m9s 2s881ms 09 47 2m35s 3s302ms 10 41 1m54s 2s801ms 11 41 2m25s 3s554ms 12 39 2m4s 3s199ms 13 40 2m9s 3s237ms 14 37 1m38s 2s651ms 15 37 1m43s 2s808ms 16 55 2m34s 2s809ms 17 43 1m48s 2s522ms 18 41 2m10s 3s192ms 19 38 2m5s 3s315ms 20 32 1m27s 2s743ms 21 40 2m12s 3s312ms 22 41 1m47s 2s620ms 23 38 1m39s 2s616ms Jan 24 00 27 1m23s 3s77ms 01 31 1m26s 2s799ms 02 41 2m3s 3s14ms 03 36 1m44s 2s889ms 04 39 1m45s 2s710ms 05 43 2m15s 3s147ms 06 29 1m14s 2s566ms 07 44 2m18s 3s158ms 08 40 1m51s 2s798ms 09 35 1m32s 2s655ms 10 32 1m28s 2s751ms 11 43 2m6s 2s944ms 12 22 1m10s 3s195ms 13 29 1m7s 2s334ms 14 37 2m5s 3s402ms 15 33 1m37s 2s949ms 16 33 1m34s 2s874ms 17 42 2m10s 3s101ms 18 40 2m1s 3s45ms 19 41 2m11s 3s218ms 20 29 1m34s 3s261ms 21 42 1m58s 2s811ms 22 30 1m28s 2s954ms 23 36 1m52s 3s133ms Jan 25 00 32 1m27s 2s729ms 01 35 2m19s 3s991ms 02 35 1m30s 2s583ms 03 34 1m40s 2s956ms 04 29 1m15s 2s590ms 05 34 1m21s 2s399ms 06 40 1m45s 2s625ms 07 29 1m30s 3s121ms 08 32 1m33s 2s921ms 09 25 1m8s 2s743ms 10 30 1m25s 2s859ms 11 31 1m45s 3s408ms 12 31 1m31s 2s966ms 13 42 2m13s 3s180ms 14 30 1m36s 3s218ms 15 40 2m15s 3s394ms 16 34 1m50s 3s237ms 17 27 1m37s 3s627ms 18 45 2m23s 3s181ms 19 33 1m45s 3s195ms 20 27 1m5s 2s442ms 21 41 2m18s 3s379ms 22 33 1m36s 2s930ms 23 33 1m32s 2s811ms [ User: pubeu - Total duration: 52m26s - Times executed: 1034 ]
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:54 Duration: 7s472ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2089310'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:52 Duration: 7s24ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:45 Duration: 6s906ms Database: ctdprd51 User: pubeu Bind query: yes
3 2h48m51s 3,797 1s 6s652ms 2s668ms select e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, ( select string_agg(distinct stressorterm.nm || ? || ( select cd from object_type where id = stressorterm.object_type_id) || ? || stressorterm.nm_html || ? || stressorterm.acc_txt || ? || stressorterm.acc_db_cd, ?)) as stressoragents, ( select string_agg(distinct coalesce(receptorterm.nm, ?) || ? || coalesce(( select cd from object_type where id = receptorterm.object_type_id), ?) || ? || coalesce(receptorterm.nm_html, ?) || ? || coalesce(receptorterm.acc_txt, ?) || ? || coalesce(receptorterm.acc_db_cd, ?) || ? || receptor.description, ?)) as receptors, ( select string_agg(distinct country.nm, ?)) as studycountries, ( select string_agg(distinct location.locality_txt, ?)) as localities, ( select string_agg(distinct event.medium_nm || ? || coalesce(event.medium_term_acc_txt, ?), ?)) as assaymediums, ( select string_agg(distinct exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd, ?)) as assayedmarkers, ( select string_agg(distinct diseaseterm.nm || ? || ( select cd from object_type where id = diseaseterm.object_type_id) || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd, ?)) as diseases, ( select string_agg(distinct phenotypeterm.nm || ? || ( select cd from object_type where id = phenotypeterm.object_type_id) || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd, ?)) as phenotypes, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, re.author_summary summary, count(*) over () fullrowcount from exposure e inner join reference r on e.reference_id = r.id inner join exp_stressor stressor on e.exp_stressor_id = stressor.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join term receptorterm on receptor.term_id = receptorterm.id left outer join exp_event event on e.exp_event_id = event.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join exp_event_location location on e.exp_event_id = location.exp_event_id left outer join country on location.country_id = country.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id inner join reference_exp re on e.reference_id = re.reference_id left outer join exp_study_factor expstudyfactor on re.id = expstudyfactor.reference_exp_id where e.reference_id = any (array ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like ?) and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressoragents limit ?;Times Reported Time consuming queries #3
Day Hour Count Duration Avg duration Jan 19 01 2 6s680ms 3s340ms 05 2 5s9ms 2s504ms 06 2 5s606ms 2s803ms 09 12 26s948ms 2s245ms 10 1 3s262ms 3s262ms 19 1 3s18ms 3s18ms 21 2 2s360ms 1s180ms 22 1 1s101ms 1s101ms 23 3 13s753ms 4s584ms Jan 20 01 1 3s425ms 3s425ms 05 11 24s925ms 2s265ms 08 1 1s322ms 1s322ms 09 2 3s482ms 1s741ms 10 20 58s446ms 2s922ms 11 24 1m4s 2s687ms 12 31 1m11s 2s308ms 13 35 1m40s 2s863ms 14 42 1m47s 2s562ms 15 33 1m28s 2s689ms 16 47 2m8s 2s743ms 17 42 1m39s 2s379ms 18 45 2m3s 2s751ms 19 38 1m34s 2s490ms 20 33 1m30s 2s737ms 21 31 1m30s 2s910ms 22 42 1m55s 2s760ms 23 37 1m34s 2s540ms Jan 21 00 30 1m19s 2s648ms 01 33 1m30s 2s740ms 02 43 1m54s 2s669ms 03 31 1m26s 2s789ms 04 40 1m36s 2s418ms 05 36 1m32s 2s577ms 06 33 1m27s 2s639ms 07 27 1m20s 2s991ms 08 37 1m49s 2s968ms 09 37 1m44s 2s822ms 10 34 1m36s 2s826ms 11 32 1m24s 2s637ms 12 35 1m32s 2s651ms 13 31 1m29s 2s878ms 14 38 1m51s 2s939ms 15 37 1m34s 2s540ms 16 22 57s758ms 2s625ms 17 19 45s932ms 2s417ms 18 6 19s103ms 3s183ms 19 2 6s549ms 3s274ms 20 1 1s890ms 1s890ms 21 16 40s188ms 2s511ms 22 18 45s520ms 2s528ms 23 26 1m2s 2s400ms Jan 22 00 28 1m9s 2s490ms 01 25 1m1s 2s469ms 02 9 29s166ms 3s240ms 04 1 1s195ms 1s195ms 05 5 8s835ms 1s767ms 06 19 43s646ms 2s297ms 07 30 1m13s 2s461ms 08 36 1m42s 2s848ms 09 39 1m41s 2s602ms 10 30 1m19s 2s637ms 11 22 55s540ms 2s524ms 12 42 1m41s 2s409ms 13 19 53s581ms 2s820ms 14 29 1m20s 2s771ms 15 27 1m21s 3s24ms 16 26 1m9s 2s667ms 17 26 1m3s 2s442ms 18 32 1m14s 2s313ms 19 23 1m9s 3s5ms 20 24 1m6s 2s773ms 21 45 1m51s 2s479ms 22 30 1m9s 2s305ms 23 36 1m32s 2s568ms Jan 23 00 38 1m40s 2s645ms 01 28 1m20s 2s857ms 02 37 1m32s 2s505ms 03 38 1m31s 2s398ms 04 30 1m13s 2s457ms 05 32 1m33s 2s925ms 06 36 1m31s 2s548ms 07 31 1m23s 2s707ms 08 24 58s323ms 2s430ms 09 41 1m50s 2s701ms 10 27 1m11s 2s656ms 11 37 1m38s 2s671ms 12 26 1m9s 2s687ms 13 27 1m10s 2s626ms 14 34 1m35s 2s809ms 15 22 1m7s 3s50ms 16 35 1m37s 2s791ms 17 40 1m41s 2s533ms 18 27 1m17s 2s864ms 19 26 1m8s 2s650ms 20 32 1m17s 2s430ms 21 23 1m 2s643ms 22 31 1m23s 2s684ms 23 21 56s882ms 2s708ms Jan 24 00 21 56s167ms 2s674ms 01 26 1m15s 2s917ms 02 24 1m11s 2s980ms 03 27 1m13s 2s733ms 04 31 1m25s 2s761ms 05 36 1m44s 2s897ms 06 24 1m6s 2s772ms 07 20 49s954ms 2s497ms 08 27 1m6s 2s481ms 09 20 41s993ms 2s99ms 10 30 1m31s 3s61ms 11 27 1m17s 2s853ms 12 27 1m15s 2s800ms 13 21 53s723ms 2s558ms 14 21 57s433ms 2s734ms 15 23 1m1s 2s686ms 16 24 1m10s 2s941ms 17 37 1m53s 3s55ms 18 24 54s199ms 2s258ms 19 25 1m9s 2s775ms 20 44 1m54s 2s591ms 21 22 58s941ms 2s679ms 22 26 1m22s 3s171ms 23 27 1m13s 2s728ms Jan 25 00 21 1m3s 3s7ms 01 29 1m18s 2s718ms 02 22 1m3s 2s904ms 03 20 52s173ms 2s608ms 04 28 1m9s 2s476ms 05 22 58s868ms 2s675ms 06 24 1m1s 2s550ms 07 17 47s674ms 2s804ms 08 28 1m25s 3s38ms 09 26 1m7s 2s611ms 10 31 1m18s 2s527ms 11 11 23s510ms 2s137ms 12 33 1m24s 2s545ms 13 32 1m26s 2s701ms 14 36 1m28s 2s463ms 15 22 58s575ms 2s662ms 16 28 1m6s 2s365ms 17 22 56s908ms 2s586ms 18 26 1m13s 2s820ms 19 26 1m9s 2s669ms 20 27 1m29s 3s329ms 21 36 1m31s 2s551ms 22 17 35s599ms 2s94ms 23 28 1m20s 2s861ms [ User: pubeu - Total duration: 32m47s - Times executed: 734 ]
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:14:11 Duration: 6s652ms Bind query: yes
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:26:20 Duration: 6s471ms Bind query: yes
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:26:06 Duration: 6s440ms Bind query: yes
4 2h40m44s 7 22m44s 23m6s 22m57s select maint_query_logs_archive ();Times Reported Time consuming queries #4
Day Hour Count Duration Avg duration Jan 19 00 1 22m45s 22m45s Jan 20 00 1 22m44s 22m44s Jan 21 00 1 22m59s 22m59s Jan 22 00 1 23m6s 23m6s Jan 23 00 1 23m1s 23m1s Jan 24 00 1 23m5s 23m5s Jan 25 00 1 23m1s 23m1s -
/* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();
Date: 2025-01-22 00:23:08 Duration: 23m6s
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/* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();
Date: 2025-01-24 00:23:07 Duration: 23m5s
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/* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();
Date: 2025-01-23 00:23:03 Duration: 23m1s
5 1h28m53s 3,687 1s410ms 1s706ms 1s446ms select coalesce(d.abbr_display, d.nm_display) nm # ?, d.description # ?, coalesce(d.abbr, d.nm) anchor # ?, get_homepage_url (d.id) url # ? from db d # ? where d.id in (# ? select l.db_id # ? from db_link l # ? where l.type_cd = ? # ? and l.object_type_id = ?) # ? order by ?;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Jan 19 05 2 2s906ms 1s453ms 07 5 7s237ms 1s447ms 08 13 18s717ms 1s439ms 09 26 37s496ms 1s442ms 10 28 40s577ms 1s449ms 11 27 39s21ms 1s445ms 12 27 38s891ms 1s440ms 13 27 39s238ms 1s453ms 14 27 38s934ms 1s442ms 15 27 38s951ms 1s442ms 16 27 38s828ms 1s438ms 17 28 40s408ms 1s443ms 18 27 38s933ms 1s441ms 19 26 37s675ms 1s449ms 20 28 40s222ms 1s436ms 21 27 39s37ms 1s445ms 22 26 37s484ms 1s441ms 23 28 40s418ms 1s443ms Jan 20 00 28 40s335ms 1s440ms 01 27 38s765ms 1s435ms 02 27 38s859ms 1s439ms 03 27 39s83ms 1s447ms 04 27 39s17ms 1s445ms 05 29 41s806ms 1s441ms 06 23 33s141ms 1s440ms 07 20 28s860ms 1s443ms 08 24 34s632ms 1s443ms 09 26 37s646ms 1s447ms 10 5 7s275ms 1s455ms 11 8 11s575ms 1s446ms 12 8 11s729ms 1s466ms 13 7 10s225ms 1s460ms 14 8 11s570ms 1s446ms 15 6 8s715ms 1s452ms 16 3 4s328ms 1s442ms 17 8 11s581ms 1s447ms 18 2 2s901ms 1s450ms 19 5 7s266ms 1s453ms 20 8 11s721ms 1s465ms 21 5 7s270ms 1s454ms 22 35 50s937ms 1s455ms 23 33 47s670ms 1s444ms Jan 21 00 33 47s646ms 1s443ms 01 31 44s855ms 1s446ms 02 39 56s504ms 1s448ms 03 38 55s105ms 1s450ms 04 32 46s385ms 1s449ms 05 32 46s271ms 1s445ms 06 31 45s56ms 1s453ms 07 26 37s596ms 1s446ms 08 26 37s623ms 1s447ms 09 16 23s144ms 1s446ms 10 29 42s137ms 1s453ms 11 30 43s409ms 1s446ms 12 34 49s213ms 1s447ms 13 32 46s374ms 1s449ms 14 35 50s695ms 1s448ms 15 34 49s290ms 1s449ms 16 20 29s316ms 1s465ms 17 27 38s792ms 1s436ms 18 29 41s839ms 1s442ms 19 28 40s260ms 1s437ms 20 28 40s272ms 1s438ms 21 27 38s976ms 1s443ms 22 31 44s705ms 1s442ms 23 30 43s466ms 1s448ms Jan 22 00 22 31s796ms 1s445ms 01 34 49s430ms 1s453ms 02 31 44s535ms 1s436ms 03 26 37s502ms 1s442ms 04 28 40s325ms 1s440ms 05 28 40s364ms 1s441ms 06 25 36s235ms 1s449ms 07 33 47s861ms 1s450ms 08 33 48s166ms 1s459ms 09 36 51s858ms 1s440ms 10 29 41s954ms 1s446ms 11 28 40s419ms 1s443ms 12 29 42s196ms 1s455ms 13 29 41s996ms 1s448ms 14 25 36s149ms 1s445ms 15 24 34s630ms 1s442ms 16 25 36s144ms 1s445ms 17 25 35s961ms 1s438ms 18 35 50s670ms 1s447ms 19 37 53s378ms 1s442ms 20 32 46s224ms 1s444ms 21 32 46s124ms 1s441ms 22 36 52s53ms 1s445ms 23 28 40s549ms 1s448ms Jan 23 00 36 51s977ms 1s443ms 01 31 44s634ms 1s439ms 02 34 49s111ms 1s444ms 03 36 52s35ms 1s445ms 04 32 46s265ms 1s445ms 05 37 53s219ms 1s438ms 06 29 42s43ms 1s449ms 07 31 44s827ms 1s446ms 08 25 35s981ms 1s439ms 09 19 27s419ms 1s443ms 10 20 28s669ms 1s433ms 11 9 13s74ms 1s452ms 12 4 5s796ms 1s449ms 13 4 5s776ms 1s444ms 14 4 5s943ms 1s485ms 15 3 4s363ms 1s454ms 16 30 43s810ms 1s460ms 17 2 2s906ms 1s453ms 18 7 10s91ms 1s441ms 19 5 7s139ms 1s427ms 20 2 2s902ms 1s451ms 21 7 10s116ms 1s445ms 22 19 27s446ms 1s444ms 23 34 49s316ms 1s450ms Jan 24 00 28 40s292ms 1s439ms 01 34 48s917ms 1s438ms 02 32 46s354ms 1s448ms 03 32 46s241ms 1s445ms 04 32 46s355ms 1s448ms 05 37 53s590ms 1s448ms 06 36 52s175ms 1s449ms 07 28 40s506ms 1s446ms 08 25 36s388ms 1s455ms 09 31 44s845ms 1s446ms 10 27 39s634ms 1s467ms 11 33 47s844ms 1s449ms 12 28 40s567ms 1s448ms 13 30 43s656ms 1s455ms 14 33 47s861ms 1s450ms 15 29 41s935ms 1s446ms 16 28 40s683ms 1s452ms 17 31 45s125ms 1s455ms 18 28 40s651ms 1s451ms 19 31 44s893ms 1s448ms 20 28 40s466ms 1s445ms 21 32 46s383ms 1s449ms 22 29 41s962ms 1s446ms 23 33 47s725ms 1s446ms Jan 25 00 30 43s338ms 1s444ms 01 30 43s468ms 1s448ms 02 33 47s748ms 1s446ms 03 34 49s20ms 1s441ms 04 6 8s735ms 1s455ms 05 6 8s793ms 1s465ms 06 7 10s145ms 1s449ms 07 4 5s802ms 1s450ms 08 5 7s249ms 1s449ms 09 5 7s252ms 1s450ms 10 3 4s304ms 1s434ms 11 3 4s326ms 1s442ms 12 4 5s791ms 1s447ms 13 9 12s986ms 1s442ms 14 10 14s363ms 1s436ms 15 5 7s316ms 1s463ms 16 9 12s962ms 1s440ms 17 3 4s316ms 1s438ms 18 6 8s710ms 1s451ms 19 8 11s779ms 1s472ms 20 5 7s200ms 1s440ms 21 4 5s745ms 1s436ms 22 6 8s698ms 1s449ms 23 4 5s734ms 1s433ms [ User: pubeu - Total duration: 18m52s - Times executed: 782 ]
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SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-01-21 01:36:33 Duration: 1s706ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-01-24 08:24:06 Duration: 1s686ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-01-22 01:44:46 Duration: 1s649ms Database: ctdprd51 User: pubeu Bind query: yes
6 1h25m22s 6 13m16s 14m42s 14m13s select g.nm genesymbol, g.id geneid, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, i.id ixnid, i.ixn_prose_txt ixnprose, i.ixn_prose_html ixnprosehtml, i.actions_txt ixnactions, count(distinct gcr.reference_id) refcount, count(distinct gcr.taxon_id) taxoncount, count(*) over () fullrowcount from gene_chem_reference gcr inner join ixn i on gcr.ixn_id = i.id inner join term g on gcr.gene_id = g.id inner join term c on gcr.chem_id = c.id where exists ( select ? from gene_chem_ref_gene_form gf where gf.gene_chem_reference_id = gcr.id and gf.gene_id = gcr.gene_id and gf.actor_form_type_nm in ( select tc.nm from actor_form_type tp, actor_form_type tc where tc.subset_left_no between tp.subset_left_no and tp.subset_right_no and (tp.nm = ?))) and gcr.gene_id = any (array (( select gi.id gene_id from term gi where gi.object_type_id = ? and upper(gi.nm) like ?) intersect ( select ai.gene_id from dag_path pi inner join gene_go_annot ai on pi.descendant_object_id = ai.go_term_id inner join db_link dbli on dbli.object_id = pi.ancestor_object_id where dbli.acc_txt = ? and dbli.type_cd = ? and dbli.object_type_id = ?) intersect ( select tp.term_id from term_pathway tp where tp.object_type_id = ? and upper(tp.pathway_acc_txt) = ? and tp.pathway_acc_db_cd = ?))) and gcr.chem_id = any (array ( select dp.descendant_object_id from dag_path dp inner join term t on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.taxon_id = any (array ( select dp.descendant_object_id from dag_path dp inner join dag_node n on n.id = dp.ancestor_dag_node_id where n.acc_txt = ? and n.dag_id = ?)) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by c.nm_sort, g.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Jan 23 06 6 1h25m22s 14m13s [ User: pubeu - Total duration: 27m54s - Times executed: 2 ]
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-01-23 06:24:00 Duration: 14m42s Bind query: yes
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-01-23 06:23:56 Duration: 14m38s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-01-23 06:23:38 Duration: 14m20s Bind query: yes
7 55m27s 423 1s15ms 22s724ms 7s866ms select sq.*, count(*) over () fullrowcount from ( select distinct gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid from dag_node gt inner join gene_go_annot gga on gt.object_id = gga.go_term_id inner join term g on gga.gene_id = g.id where gt.id in ( select p.descendant_dag_node_id from dag_path p where p.ancestor_object_id = ?) and gga.is_not = false) sq order by sq.gonmsort, sq.genesymbolsort limit ?;Times Reported Time consuming queries #7
Day Hour Count Duration Avg duration Jan 19 05 6 1m58s 19s683ms 06 2 16s134ms 8s67ms 07 3 19s517ms 6s505ms 08 2 15s450ms 7s725ms 10 1 1s112ms 1s112ms 14 2 43s990ms 21s995ms 15 3 1m5s 21s979ms 18 8 1m26s 10s772ms 19 1 20s888ms 20s888ms 20 1 1s271ms 1s271ms 21 1 3s802ms 3s802ms 23 6 18s183ms 3s30ms Jan 20 01 3 22s159ms 7s386ms 04 1 20s511ms 20s511ms 05 5 1m8s 13s781ms 07 2 15s880ms 7s940ms 09 2 10s167ms 5s83ms 10 1 1s168ms 1s168ms 11 3 23s310ms 7s770ms 12 4 24s519ms 6s129ms 13 1 1s135ms 1s135ms 14 5 36s56ms 7s211ms 15 4 47s677ms 11s919ms 16 3 14s580ms 4s860ms 17 3 26s738ms 8s912ms 18 7 1m2s 8s858ms 19 6 35s114ms 5s852ms 20 5 1m22s 16s588ms 21 7 12s355ms 1s765ms 22 5 47s306ms 9s461ms 23 4 7s367ms 1s841ms Jan 21 00 4 21s429ms 5s357ms 01 7 39s932ms 5s704ms 02 6 31s21ms 5s170ms 03 2 15s316ms 7s658ms 04 1 17s879ms 17s879ms 05 5 44s307ms 8s861ms 06 7 48s735ms 6s962ms 07 3 39s304ms 13s101ms 08 2 18s435ms 9s217ms 09 7 51s782ms 7s397ms 10 1 1s539ms 1s539ms 11 4 8s206ms 2s51ms 12 2 22s670ms 11s335ms 13 9 44s843ms 4s982ms 14 3 52s963ms 17s654ms 15 7 32s685ms 4s669ms 16 7 37s313ms 5s330ms 17 3 14s979ms 4s993ms 22 1 1s311ms 1s311ms 23 3 40s592ms 13s530ms Jan 22 01 2 28s971ms 14s485ms 02 2 18s378ms 9s189ms 03 3 1m5s 21s910ms 04 3 20s690ms 6s896ms 05 1 1s81ms 1s81ms 06 5 37s406ms 7s481ms 08 6 31s688ms 5s281ms 09 2 27s411ms 13s705ms 11 3 28s152ms 9s384ms 12 3 13s417ms 4s472ms 13 5 7s972ms 1s594ms 14 4 45s472ms 11s368ms 15 2 6s959ms 3s479ms 16 4 1m 15s228ms 18 3 29s827ms 9s942ms 21 5 10s953ms 2s190ms 22 7 1m9s 9s872ms 23 6 1m20s 13s423ms Jan 23 00 1 20s930ms 20s930ms 01 2 21s544ms 10s772ms 02 5 32s936ms 6s587ms 03 2 7s245ms 3s622ms 04 6 27s553ms 4s592ms 05 4 44s915ms 11s228ms 06 2 3s590ms 1s795ms 07 2 5s130ms 2s565ms 08 4 41s401ms 10s350ms 09 2 12s183ms 6s91ms 10 2 38s877ms 19s438ms 11 4 7s349ms 1s837ms 12 3 27s323ms 9s107ms 14 3 24s693ms 8s231ms 15 1 10s884ms 10s884ms 16 4 26s411ms 6s602ms 17 3 4s469ms 1s489ms 18 3 7s49ms 2s349ms 19 3 16s451ms 5s483ms 20 1 2s929ms 2s929ms 21 2 24s729ms 12s364ms 23 1 10s769ms 10s769ms Jan 24 00 1 1s94ms 1s94ms 01 1 10s998ms 10s998ms 02 1 3s984ms 3s984ms 03 5 1m42s 20s578ms 04 1 3s808ms 3s808ms 05 5 19s56ms 3s811ms 06 3 20s353ms 6s784ms 07 1 17s308ms 17s308ms 08 1 4s386ms 4s386ms 09 1 1s76ms 1s76ms 10 4 16s507ms 4s126ms 12 2 11s775ms 5s887ms 13 2 5s355ms 2s677ms 14 2 6s445ms 3s222ms 15 2 5s504ms 2s752ms 16 3 26s248ms 8s749ms 17 4 24s250ms 6s62ms 19 1 1s745ms 1s745ms 20 2 22s821ms 11s410ms 21 4 22s875ms 5s718ms 22 1 3s560ms 3s560ms 23 7 33s566ms 4s795ms Jan 25 00 3 35s810ms 11s936ms 01 5 1m32s 18s445ms 02 5 11s225ms 2s245ms 04 1 3s98ms 3s98ms 05 1 1s492ms 1s492ms 06 4 29s824ms 7s456ms 07 1 3s897ms 3s897ms 08 1 10s770ms 10s770ms 09 4 47s760ms 11s940ms 10 2 3s145ms 1s572ms 11 2 22s239ms 11s119ms 14 1 2s364ms 2s364ms 16 3 27s63ms 9s21ms 17 4 30s18ms 7s504ms 18 1 1s92ms 1s92ms 19 3 24s199ms 8s66ms 20 1 1s64ms 1s64ms 21 1 3s297ms 3s297ms 22 5 41s280ms 8s256ms 23 4 10s249ms 2s562ms [ User: pubeu - Total duration: 14m - Times executed: 97 ]
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-20 05:48:07 Duration: 22s724ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-23 12:31:57 Duration: 22s533ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-25 01:41:22 Duration: 22s529ms Database: ctdprd51 User: pubeu Bind query: yes
8 47m21s 2,484 1s42ms 2s242ms 1s144ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where exposuremarkerterm.id = ? or receptorterm.id = ? group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Jan 19 00 5 5s670ms 1s134ms 01 13 14s958ms 1s150ms 03 8 9s217ms 1s152ms 04 6 6s629ms 1s104ms 05 5 5s806ms 1s161ms 06 6 6s762ms 1s127ms 07 7 8s67ms 1s152ms 08 3 3s405ms 1s135ms 09 2 2s244ms 1s122ms 10 7 7s756ms 1s108ms 11 5 5s589ms 1s117ms 12 13 14s447ms 1s111ms 13 4 4s277ms 1s69ms 14 6 6s472ms 1s78ms 15 12 13s602ms 1s133ms 16 6 6s545ms 1s90ms 17 7 7s757ms 1s108ms 18 1 1s150ms 1s150ms 19 8 8s868ms 1s108ms 20 5 5s441ms 1s88ms 21 19 21s267ms 1s119ms 22 8 9s224ms 1s153ms 23 59 1m8s 1s167ms Jan 20 00 7 7s764ms 1s109ms 01 4 4s517ms 1s129ms 02 14 15s449ms 1s103ms 03 2 2s284ms 1s142ms 04 3 3s326ms 1s108ms 05 2 2s330ms 1s165ms 06 9 9s822ms 1s91ms 07 7 9s677ms 1s382ms 08 13 14s411ms 1s108ms 09 30 33s510ms 1s117ms 10 25 27s785ms 1s111ms 11 14 15s589ms 1s113ms 12 11 12s298ms 1s118ms 13 12 13s417ms 1s118ms 14 13 14s651ms 1s127ms 15 11 12s226ms 1s111ms 16 5 5s690ms 1s138ms 17 14 15s797ms 1s128ms 18 28 32s694ms 1s167ms 19 23 26s219ms 1s139ms 20 27 34s91ms 1s262ms 21 64 1m13s 1s142ms 22 21 23s826ms 1s134ms 23 16 18s544ms 1s159ms Jan 21 00 27 33s430ms 1s238ms 01 57 1m6s 1s161ms 02 14 15s958ms 1s139ms 03 19 21s507ms 1s131ms 04 23 26s277ms 1s142ms 05 13 15s77ms 1s159ms 06 46 52s945ms 1s150ms 07 13 14s641ms 1s126ms 08 34 38s691ms 1s137ms 09 34 38s676ms 1s137ms 10 22 24s395ms 1s108ms 11 15 16s651ms 1s110ms 12 15 16s839ms 1s122ms 13 56 1m5s 1s161ms 14 19 21s309ms 1s121ms 15 11 12s426ms 1s129ms 16 92 1m47s 1s167ms 17 52 1m 1s159ms 18 7 7s757ms 1s108ms 19 1 1s89ms 1s89ms 20 5 5s620ms 1s124ms 21 19 21s27ms 1s106ms 22 11 15s243ms 1s385ms 23 116 2m18s 1s196ms Jan 22 00 48 56s147ms 1s169ms 01 42 49s295ms 1s173ms 02 15 17s95ms 1s139ms 03 10 11s295ms 1s129ms 04 12 13s423ms 1s118ms 05 15 17s370ms 1s158ms 06 10 11s84ms 1s108ms 07 12 13s660ms 1s138ms 08 17 22s13ms 1s294ms 09 15 16s989ms 1s132ms 10 10 11s181ms 1s118ms 11 11 12s494ms 1s135ms 12 16 18s33ms 1s127ms 13 14 15s733ms 1s123ms 14 17 18s948ms 1s114ms 15 11 12s519ms 1s138ms 16 10 11s237ms 1s123ms 17 5 5s595ms 1s119ms 18 18 20s62ms 1s114ms 19 17 19s19ms 1s118ms 20 14 15s714ms 1s122ms 21 11 12s287ms 1s117ms 22 16 18s147ms 1s134ms 23 9 10s96ms 1s121ms Jan 23 00 8 9s87ms 1s135ms 01 16 18s192ms 1s137ms 02 7 7s844ms 1s120ms 03 15 16s932ms 1s128ms 04 9 10s292ms 1s143ms 05 17 19s619ms 1s154ms 06 8 9s18ms 1s127ms 07 5 5s579ms 1s115ms 08 15 16s960ms 1s130ms 09 12 13s262ms 1s105ms 10 7 7s898ms 1s128ms 11 13 14s481ms 1s113ms 12 11 12s150ms 1s104ms 13 13 14s477ms 1s113ms 14 9 10s113ms 1s123ms 15 5 5s655ms 1s131ms 16 7 7s958ms 1s136ms 17 7 7s767ms 1s109ms 18 14 15s484ms 1s106ms 19 8 8s808ms 1s101ms 20 11 12s230ms 1s111ms 21 9 10s74ms 1s119ms 22 6 6s845ms 1s140ms 23 15 17s71ms 1s138ms Jan 24 00 4 4s570ms 1s142ms 01 15 16s967ms 1s131ms 02 14 15s859ms 1s132ms 03 10 11s522ms 1s152ms 04 21 23s914ms 1s138ms 05 19 21s853ms 1s150ms 06 9 10s240ms 1s137ms 07 17 19s152ms 1s126ms 08 5 5s917ms 1s183ms 09 13 14s661ms 1s127ms 10 4 4s531ms 1s132ms 11 19 21s207ms 1s116ms 12 13 14s818ms 1s139ms 13 6 6s734ms 1s122ms 14 7 7s789ms 1s112ms 15 20 22s382ms 1s119ms 16 7 7s907ms 1s129ms 17 8 9s4ms 1s125ms 18 15 16s787ms 1s119ms 19 14 15s539ms 1s109ms 20 12 13s485ms 1s123ms 21 6 6s795ms 1s132ms 22 6 6s945ms 1s157ms 23 10 11s386ms 1s138ms Jan 25 00 19 21s766ms 1s145ms 01 9 10s63ms 1s118ms 02 15 17s98ms 1s139ms 03 14 15s946ms 1s139ms 04 8 9s86ms 1s135ms 05 15 17s453ms 1s163ms 06 17 19s430ms 1s142ms 07 6 6s828ms 1s138ms 08 13 14s613ms 1s124ms 09 6 6s594ms 1s99ms 10 8 8s967ms 1s120ms 11 11 12s728ms 1s157ms 12 13 14s609ms 1s123ms 13 15 17s46ms 1s136ms 14 13 14s617ms 1s124ms 15 14 15s881ms 1s134ms 16 8 9s59ms 1s132ms 17 11 12s527ms 1s138ms 18 2 2s244ms 1s122ms 19 5 5s589ms 1s117ms 20 19 21s63ms 1s108ms 21 14 15s973ms 1s140ms 22 11 12s588ms 1s144ms 23 11 12s553ms 1s141ms [ User: pubeu - Total duration: 9m14s - Times executed: 485 ]
[ User: qaeu - Total duration: 2s500ms - Times executed: 2 ]
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1475665' or receptorTerm.id = '1475665' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-21 00:01:02 Duration: 2s242ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '2016986' or receptorTerm.id = '2016986' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 20:14:41 Duration: 2s161ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1542402' or receptorTerm.id = '1542402' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 07:34:42 Duration: 2s152ms Database: ctdprd51 User: pubeu Bind query: yes
9 44m23s 1,680 1s9ms 2s108ms 1s585ms select c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposurereferencecount, case when cd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from chem_disease_axn a where a.chem_id = cd.chem_id and a.disease_id = cd.disease_id) else null end actiontypes from chem_disease cd inner join term c on cd.chem_id = c.id inner join term d on cd.disease_id = d.id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, cd.network_score desc nulls last, d.nm_sort, c.nm_sort limit ?;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Jan 19 05 1 1s302ms 1s302ms 07 2 3s691ms 1s845ms 09 1 1s900ms 1s900ms 18 2 3s658ms 1s829ms 21 2 3s327ms 1s663ms Jan 20 02 8 14s881ms 1s860ms 05 1 1s811ms 1s811ms 09 1 1s256ms 1s256ms 10 13 20s736ms 1s595ms 11 16 25s755ms 1s609ms 12 18 26s813ms 1s489ms 13 26 43s14ms 1s654ms 14 15 23s197ms 1s546ms 15 17 26s67ms 1s533ms 16 18 27s941ms 1s552ms 17 19 28s981ms 1s525ms 18 17 25s47ms 1s473ms 19 18 28s603ms 1s589ms 20 18 30s489ms 1s693ms 21 17 26s984ms 1s587ms 22 21 32s178ms 1s532ms 23 27 42s787ms 1s584ms Jan 21 00 17 27s136ms 1s596ms 01 14 21s954ms 1s568ms 02 14 22s485ms 1s606ms 03 18 30s792ms 1s710ms 04 20 30s676ms 1s533ms 05 16 24s346ms 1s521ms 06 8 13s164ms 1s645ms 07 20 31s732ms 1s586ms 08 10 17s976ms 1s797ms 09 11 18s130ms 1s648ms 10 16 26s213ms 1s638ms 11 20 30s838ms 1s541ms 12 17 25s140ms 1s478ms 13 17 26s950ms 1s585ms 14 11 18s167ms 1s651ms 15 21 31s80ms 1s480ms 16 11 19s154ms 1s741ms 17 8 11s885ms 1s485ms 18 2 3s663ms 1s831ms 20 1 1s861ms 1s861ms 21 2 3s686ms 1s843ms 22 5 7s503ms 1s500ms 23 2 3s145ms 1s572ms Jan 22 00 10 16s150ms 1s615ms 01 16 26s314ms 1s644ms 02 3 4s385ms 1s461ms 03 1 1s305ms 1s305ms 05 4 5s573ms 1s393ms 06 9 14s710ms 1s634ms 07 16 26s133ms 1s633ms 08 14 22s397ms 1s599ms 09 8 12s990ms 1s623ms 10 13 19s430ms 1s494ms 11 23 38s853ms 1s689ms 12 10 15s527ms 1s552ms 13 13 20s691ms 1s591ms 14 8 12s368ms 1s546ms 15 15 22s635ms 1s509ms 16 12 16s957ms 1s413ms 17 12 20s485ms 1s707ms 18 9 15s47ms 1s671ms 19 6 8s225ms 1s370ms 20 17 27s845ms 1s637ms 21 13 20s70ms 1s543ms 22 14 21s241ms 1s517ms 23 10 16s56ms 1s605ms Jan 23 00 14 21s747ms 1s553ms 01 23 37s853ms 1s645ms 02 13 20s90ms 1s545ms 03 12 18s845ms 1s570ms 04 13 19s500ms 1s500ms 05 20 34s119ms 1s705ms 06 19 28s480ms 1s498ms 07 11 16s752ms 1s522ms 08 8 13s624ms 1s703ms 09 12 18s38ms 1s503ms 10 20 31s46ms 1s552ms 11 12 19s415ms 1s617ms 12 19 28s678ms 1s509ms 13 10 16s878ms 1s687ms 14 14 23s796ms 1s699ms 15 8 13s141ms 1s642ms 16 14 22s398ms 1s599ms 17 9 13s678ms 1s519ms 18 14 21s456ms 1s532ms 19 7 11s810ms 1s687ms 20 16 23s743ms 1s483ms 21 15 24s881ms 1s658ms 22 14 23s77ms 1s648ms 23 14 21s693ms 1s549ms Jan 24 00 13 21s316ms 1s639ms 01 11 16s190ms 1s471ms 02 9 12s4ms 1s333ms 03 10 16s157ms 1s615ms 04 8 13s170ms 1s646ms 05 14 20s191ms 1s442ms 06 9 13s773ms 1s530ms 07 14 22s673ms 1s619ms 08 5 8s643ms 1s728ms 09 15 21s413ms 1s427ms 10 6 9s833ms 1s638ms 11 14 23s24ms 1s644ms 12 15 22s511ms 1s500ms 13 12 20s673ms 1s722ms 14 4 5s695ms 1s423ms 15 9 14s941ms 1s660ms 16 13 20s57ms 1s542ms 17 15 23s203ms 1s546ms 18 13 20s672ms 1s590ms 19 6 8s804ms 1s467ms 20 12 18s775ms 1s564ms 21 15 23s228ms 1s548ms 22 9 14s765ms 1s640ms 23 6 11s71ms 1s845ms Jan 25 00 7 10s631ms 1s518ms 01 10 16s851ms 1s685ms 02 14 22s392ms 1s599ms 03 8 12s403ms 1s550ms 04 15 25s588ms 1s705ms 05 8 10s665ms 1s333ms 06 14 22s501ms 1s607ms 07 7 10s275ms 1s467ms 08 17 27s275ms 1s604ms 09 16 24s307ms 1s519ms 10 14 21s797ms 1s556ms 11 17 27s146ms 1s596ms 12 11 16s858ms 1s532ms 13 12 19s903ms 1s658ms 14 11 18s993ms 1s726ms 15 7 10s4ms 1s429ms 16 15 23s716ms 1s581ms 17 13 20s988ms 1s614ms 18 7 12s275ms 1s753ms 19 6 9s767ms 1s627ms 20 17 27s966ms 1s645ms 21 10 17s352ms 1s735ms 22 7 11s218ms 1s602ms 23 14 21s859ms 1s561ms [ User: pubeu - Total duration: 8m31s - Times executed: 327 ]
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-21 07:48:17 Duration: 2s108ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-25 19:30:51 Duration: 2s86ms Bind query: yes
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-21 08:08:33 Duration: 2s80ms Bind query: yes
10 36m32s 565 1s2ms 13s350ms 3s881ms select d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, gd.network_score networkscore, gd.indirect_chem_qty inferredcount, gd.reference_qty referencecount, gd.exposure_reference_qty exposurereferencecount, case when gd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gd.gene_id and a.disease_id = gd.disease_id) else null end actiontypes from gene_disease gd inner join term g on gd.gene_id = g.id inner join term d on gd.disease_id = d.id where gd.disease_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, gd.network_score desc nulls last, g.nm_sort, d.nm_sort limit ?;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Jan 19 00 1 1s222ms 1s222ms 01 1 1s359ms 1s359ms 02 3 3s797ms 1s265ms 03 2 3s775ms 1s887ms 04 7 51s582ms 7s368ms 05 1 2s730ms 2s730ms 08 2 3s37ms 1s518ms 09 1 4s821ms 4s821ms 10 1 4s793ms 4s793ms 12 1 5s45ms 5s45ms 13 4 14s713ms 3s678ms 14 6 24s480ms 4s80ms 15 2 8s95ms 4s47ms 17 1 1s912ms 1s912ms 18 1 2s748ms 2s748ms 19 1 1s372ms 1s372ms 20 2 12s763ms 6s381ms 22 1 5s83ms 5s83ms Jan 20 01 2 2s735ms 1s367ms 02 1 2s439ms 2s439ms 03 2 2s197ms 1s98ms 04 4 17s244ms 4s311ms 06 2 6s51ms 3s25ms 07 1 1s147ms 1s147ms 09 3 10s111ms 3s370ms 10 8 20s746ms 2s593ms 11 9 34s384ms 3s820ms 12 8 23s468ms 2s933ms 13 2 7s510ms 3s755ms 14 3 20s883ms 6s961ms 15 8 25s548ms 3s193ms 16 2 4s60ms 2s30ms 17 3 13s7ms 4s335ms 18 4 23s72ms 5s768ms 19 8 17s828ms 2s228ms 20 3 10s881ms 3s627ms 21 3 3s340ms 1s113ms 22 6 30s219ms 5s36ms 23 5 21s546ms 4s309ms Jan 21 00 3 14s129ms 4s709ms 01 5 13s546ms 2s709ms 02 4 16s379ms 4s94ms 03 5 12s35ms 2s407ms 04 6 14s977ms 2s496ms 05 4 14s197ms 3s549ms 06 13 53s916ms 4s147ms 07 11 52s369ms 4s760ms 08 3 8s340ms 2s780ms 09 9 34s729ms 3s858ms 10 6 24s536ms 4s89ms 11 5 23s465ms 4s693ms 12 6 9s766ms 1s627ms 13 6 25s226ms 4s204ms 14 9 37s745ms 4s193ms 15 8 25s854ms 3s231ms 16 10 35s894ms 3s589ms 17 5 17s801ms 3s560ms 19 1 2s901ms 2s901ms 21 2 8s360ms 4s180ms 22 4 17s706ms 4s426ms 23 5 13s25ms 2s605ms Jan 22 00 9 41s105ms 4s567ms 01 3 10s463ms 3s487ms 02 1 1s232ms 1s232ms 05 3 9s779ms 3s259ms 06 2 10s564ms 5s282ms 07 3 10s221ms 3s407ms 08 14 1m3s 4s513ms 09 6 27s423ms 4s570ms 10 4 16s858ms 4s214ms 11 3 6s781ms 2s260ms 12 7 30s51ms 4s293ms 13 3 3s706ms 1s235ms 14 6 31s146ms 5s191ms 15 4 12s630ms 3s157ms 16 2 6s663ms 3s331ms 17 3 22s951ms 7s650ms 18 3 20s257ms 6s752ms 19 5 12s216ms 2s443ms 20 9 41s847ms 4s649ms 21 7 26s330ms 3s761ms 22 2 2s559ms 1s279ms 23 7 23s316ms 3s330ms Jan 23 00 2 7s687ms 3s843ms 01 4 13s872ms 3s468ms 02 2 7s314ms 3s657ms 03 10 1m4s 6s442ms 04 4 11s470ms 2s867ms 05 4 20s698ms 5s174ms 06 1 2s223ms 2s223ms 07 2 13s911ms 6s955ms 08 2 2s984ms 1s492ms 09 6 18s734ms 3s122ms 10 6 32s573ms 5s428ms 12 4 12s400ms 3s100ms 13 2 13s927ms 6s963ms 14 4 19s229ms 4s807ms 16 2 3s202ms 1s601ms 17 2 4s210ms 2s105ms 18 4 15s433ms 3s858ms 19 4 22s44ms 5s511ms 20 4 23s600ms 5s900ms 21 3 13s101ms 4s367ms 22 4 16s228ms 4s57ms 23 1 1s834ms 1s834ms Jan 24 00 3 10s619ms 3s539ms 01 2 5s509ms 2s754ms 02 2 4s878ms 2s439ms 03 4 14s105ms 3s526ms 04 2 4s14ms 2s7ms 05 2 11s105ms 5s552ms 06 2 3s874ms 1s937ms 07 3 10s944ms 3s648ms 08 14 1m40s 7s150ms 09 3 14s177ms 4s725ms 10 2 5s766ms 2s883ms 12 1 6s398ms 6s398ms 13 1 2s217ms 2s217ms 14 3 14s967ms 4s989ms 15 4 17s627ms 4s406ms 16 3 11s167ms 3s722ms 17 2 3s182ms 1s591ms 18 3 6s151ms 2s50ms 19 2 8s14ms 4s7ms 20 1 3s65ms 3s65ms 22 2 4s468ms 2s234ms 23 4 17s573ms 4s393ms Jan 25 00 2 9s376ms 4s688ms 01 3 9s743ms 3s247ms 02 5 12s807ms 2s561ms 04 6 16s294ms 2s715ms 05 3 8s952ms 2s984ms 06 1 2s255ms 2s255ms 07 4 14s748ms 3s687ms 08 1 1s473ms 1s473ms 09 4 9s787ms 2s446ms 10 5 16s433ms 3s286ms 11 1 5s521ms 5s521ms 12 3 17s308ms 5s769ms 13 2 5s346ms 2s673ms 14 1 1s50ms 1s50ms 15 7 18s21ms 2s574ms 19 2 5s857ms 2s928ms 20 5 33s141ms 6s628ms 21 3 12s192ms 4s64ms 22 1 5s484ms 5s484ms 23 3 6s45ms 2s15ms [ User: pubeu - Total duration: 8m5s - Times executed: 111 ]
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-24 08:50:26 Duration: 13s350ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-19 04:21:48 Duration: 13s86ms Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-19 04:21:50 Duration: 12s765ms Bind query: yes
11 32m47s 452 1s 6s681ms 4s352ms select d.abbr dagabbr, d.nm dagnm, gt.level_min_no daglevelmin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pvalcorrected, te.raw_p_val pvalraw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, count(*) over () fullrowcount from term_enrichment te inner join dag_node gt on te.enriched_term_id = gt.object_id inner join dag d on gt.dag_id = d.id where te.term_id = ? and te.enriched_object_type_id = ? order by te.corrected_p_val, d.abbr, gt.nm_sort limit ?;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Jan 19 03 1 5s158ms 5s158ms 09 5 25s479ms 5s95ms 10 2 10s689ms 5s344ms 11 1 5s101ms 5s101ms 12 7 36s752ms 5s250ms 13 2 10s180ms 5s90ms 14 1 1s32ms 1s32ms 15 2 11s39ms 5s519ms 17 5 26s469ms 5s293ms 21 2 6s259ms 3s129ms 23 2 2s176ms 1s88ms Jan 20 03 1 1s16ms 1s16ms 04 1 5s576ms 5s576ms 05 6 25s974ms 4s329ms 07 2 10s297ms 5s148ms 08 3 11s662ms 3s887ms 09 1 1s10ms 1s10ms 10 3 11s730ms 3s910ms 11 2 10s569ms 5s284ms 12 6 22s783ms 3s797ms 13 8 32s892ms 4s111ms 14 2 6s165ms 3s82ms 15 3 11s630ms 3s876ms 16 5 22s502ms 4s500ms 17 3 11s736ms 3s912ms 18 2 10s532ms 5s266ms 19 3 7s458ms 2s486ms 20 5 28s923ms 5s784ms 21 4 18s437ms 4s609ms 22 3 15s537ms 5s179ms 23 3 11s528ms 3s842ms Jan 21 00 2 6s145ms 3s72ms 01 3 11s578ms 3s859ms 02 4 17s420ms 4s355ms 03 3 16s74ms 5s358ms 04 3 7s424ms 2s474ms 05 4 12s217ms 3s54ms 06 11 47s486ms 4s316ms 07 4 12s698ms 3s174ms 08 5 13s475ms 2s695ms 09 3 15s831ms 5s277ms 10 3 11s814ms 3s938ms 11 2 6s201ms 3s100ms 12 5 22s172ms 4s434ms 13 2 6s483ms 3s241ms 14 3 3s131ms 1s43ms 15 3 15s571ms 5s190ms 16 4 19s166ms 4s791ms 17 4 17s3ms 4s250ms 21 6 26s857ms 4s476ms 23 7 31s703ms 4s529ms Jan 22 00 3 15s742ms 5s247ms 01 1 5s220ms 5s220ms 02 3 11s450ms 3s816ms 04 1 5s153ms 5s153ms 06 5 26s220ms 5s244ms 07 1 5s331ms 5s331ms 08 3 11s638ms 3s879ms 10 4 16s748ms 4s187ms 11 7 29s82ms 4s154ms 12 2 10s449ms 5s224ms 13 2 10s455ms 5s227ms 14 1 5s226ms 5s226ms 15 2 10s474ms 5s237ms 16 1 5s238ms 5s238ms 17 8 42s178ms 5s272ms 18 4 16s833ms 4s208ms 19 1 1s30ms 1s30ms 20 5 26s121ms 5s224ms 21 6 27s144ms 4s524ms 22 1 1s30ms 1s30ms 23 4 16s678ms 4s169ms Jan 23 00 3 16s731ms 5s577ms 01 2 10s124ms 5s62ms 02 3 16s393ms 5s464ms 03 3 11s657ms 3s885ms 04 4 12s635ms 3s158ms 05 1 5s200ms 5s200ms 06 7 33s719ms 4s817ms 08 1 5s371ms 5s371ms 09 3 11s715ms 3s905ms 10 3 11s388ms 3s796ms 11 2 6s594ms 3s297ms 12 1 5s177ms 5s177ms 13 1 5s50ms 5s50ms 14 2 10s672ms 5s336ms 15 3 11s681ms 3s893ms 16 5 22s925ms 4s585ms 17 1 5s139ms 5s139ms 18 2 6s130ms 3s65ms 19 1 5s383ms 5s383ms 20 1 5s134ms 5s134ms 21 5 22s29ms 4s405ms 22 3 11s104ms 3s701ms 23 3 15s627ms 5s209ms Jan 24 00 3 11s724ms 3s908ms 01 2 10s690ms 5s345ms 02 7 32s908ms 4s701ms 03 3 11s424ms 3s808ms 05 9 45s446ms 5s49ms 06 3 15s874ms 5s291ms 07 3 15s832ms 5s277ms 08 3 3s111ms 1s37ms 10 6 27s655ms 4s609ms 11 1 5s760ms 5s760ms 13 1 5s501ms 5s501ms 14 3 15s543ms 5s181ms 15 3 7s386ms 2s462ms 16 5 17s160ms 3s432ms 17 1 5s378ms 5s378ms 18 3 7s192ms 2s397ms 19 1 5s168ms 5s168ms 20 9 43s556ms 4s839ms 21 2 10s467ms 5s233ms 22 1 1s45ms 1s45ms 23 1 5s212ms 5s212ms Jan 25 01 9 50s8ms 5s556ms 02 7 33s523ms 4s789ms 03 6 27s249ms 4s541ms 04 1 5s462ms 5s462ms 05 1 1s26ms 1s26ms 06 3 11s515ms 3s838ms 07 1 5s243ms 5s243ms 08 3 11s655ms 3s885ms 09 2 6s347ms 3s173ms 10 4 13s292ms 3s323ms 11 2 10s878ms 5s439ms 12 6 23s993ms 3s998ms 13 2 10s617ms 5s308ms 14 2 10s798ms 5s399ms 16 5 22s754ms 4s550ms 17 6 14s837ms 2s472ms 18 8 43s128ms 5s391ms 20 6 28s29ms 4s671ms 21 4 16s623ms 4s155ms 22 2 10s629ms 5s314ms [ User: pubeu - Total duration: 5m51s - Times executed: 77 ]
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1362020' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-21 16:19:10 Duration: 6s681ms Bind query: yes
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1267688' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-20 20:47:18 Duration: 6s478ms Bind query: yes
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1267688' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-20 20:47:18 Duration: 6s447ms Database: ctdprd51 User: pubeu Bind query: yes
12 31m52s 46 1s845ms 6m42s 41s568ms select r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refacc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, count(*) over () fullrowcount from reference r where r.id in ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?)) order by r.sort_txt limit ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Jan 20 02 1 2s13ms 2s13ms 18 1 6m42s 6m42s 20 1 2s208ms 2s208ms 22 1 1m21s 1m21s Jan 21 02 1 1m14s 1m14s 08 1 2s515ms 2s515ms 09 3 39s940ms 13s313ms 11 1 2s266ms 2s266ms 12 1 2s72ms 2s72ms 16 1 1m14s 1m14s 22 1 2s624ms 2s624ms Jan 22 01 1 1m14s 1m14s 09 1 2s74ms 2s74ms 10 1 28s728ms 28s728ms 11 1 2s39ms 2s39ms 13 1 1m5s 1m5s 18 1 1m4s 1m4s 19 2 4s335ms 2s167ms 20 1 1m24s 1m24s 21 1 51s81ms 51s81ms 22 2 1m41s 50s844ms 23 2 44s111ms 22s55ms Jan 23 02 1 1m4s 1m4s 03 2 56s30ms 28s15ms 04 1 51s553ms 51s553ms 07 1 1m 1m 08 1 25s369ms 25s369ms 11 1 2s48ms 2s48ms 12 2 4s497ms 2s248ms 14 1 52s396ms 52s396ms 21 1 1m14s 1m14s Jan 24 04 1 53s498ms 53s498ms 06 1 27s78ms 27s78ms 08 1 2s174ms 2s174ms 12 1 22s832ms 22s832ms 19 1 47s566ms 47s566ms Jan 25 00 1 41s742ms 41s742ms 17 1 1m14s 1m14s 21 1 40s931ms 40s931ms [ User: pubeu - Total duration: 18m50s - Times executed: 15 ]
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SELECT /* RefsDAO */ r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refAcc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, COUNT(*) OVER () fullRowCount FROM reference r WHERE r.id IN ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1439316')) ORDER BY r.sort_txt LIMIT 50;
Date: 2025-01-20 18:09:16 Duration: 6m42s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* RefsDAO */ r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refAcc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, COUNT(*) OVER () fullRowCount FROM reference r WHERE r.id IN ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1277024')) ORDER BY r.sort_txt LIMIT 50;
Date: 2025-01-22 20:24:23 Duration: 1m24s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* RefsDAO */ r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refAcc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, COUNT(*) OVER () fullRowCount FROM reference r WHERE r.id IN ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1439316')) ORDER BY r.sort_txt LIMIT 50;
Date: 2025-01-20 22:25:28 Duration: 1m21s Bind query: yes
13 26m55s 293 1s 18s526ms 5s514ms select distinct associatedterm.nm || ? || o.cd || ? || associatedterm.nm_html || ? || associatedterm.acc_txt || ? || associatedterm.acc_db_cd as associatedterm, associatedterm.id associatedtermid, ptr.ixn_id ixnid, associatedterm.object_type_id || ? || associatedterm.nm_sort associatedtermnmsort, coalesce(associatedterm.secondary_nm, ?) casrn, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotype, phenotypeterm.id phenotypeid, ( select string_agg(distinct taxonterm.nm || ? || ? || ? || taxonterm.nm_html || ? || taxonterm.acc_txt || ? || taxonterm.acc_db_cd || ? || coalesce(taxonterm.secondary_nm, ?), ?)) as taxonterms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || ia.level_seq || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, count(distinct taxonterm.nm) taxoncount, i.ixn_prose_html ixnprosehtml, i.ixn_prose_txt ixnprose, i.sort_txt ixnsort, ( select string_agg(distinct r.acc_txt, ?)) as references, count(distinct ptr.reference_id) refcount, pt.indirect_term_qty inferredcount, count(*) over () fullrowcount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedterm on ptr.term_id = associatedterm.id inner join term phenotypeterm on ptr.phenotype_id = phenotypeterm.id left outer join term taxonterm on ptr.taxon_id = taxonterm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedterm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyterm on ia.anatomy_id = anatomyterm.id where phenotypeterm.id = any (array (( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?))) and associatedterm.object_type_id = ? group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort limit ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Jan 19 08 1 1s250ms 1s250ms 15 2 2s195ms 1s97ms 23 2 3s184ms 1s592ms Jan 20 04 1 15s479ms 15s479ms 10 4 10s305ms 2s576ms 11 4 23s441ms 5s860ms 12 6 32s808ms 5s468ms 13 2 7s475ms 3s737ms 14 2 20s101ms 10s50ms 15 1 2s228ms 2s228ms 16 1 1s16ms 1s16ms 17 5 10s723ms 2s144ms 18 6 37s771ms 6s295ms 19 3 9s52ms 3s17ms 21 5 35s84ms 7s16ms 22 3 5s560ms 1s853ms 23 3 19s419ms 6s473ms Jan 21 00 6 16s651ms 2s775ms 01 4 45s369ms 11s342ms 02 4 36s503ms 9s125ms 03 3 22s846ms 7s615ms 04 2 12s53ms 6s26ms 05 6 46s710ms 7s785ms 06 9 15s786ms 1s754ms 07 3 8s424ms 2s808ms 08 4 14s835ms 3s708ms 09 2 17s203ms 8s601ms 10 5 1m11s 14s376ms 11 4 17s622ms 4s405ms 12 1 15s807ms 15s807ms 13 3 10s897ms 3s632ms 14 2 5s662ms 2s831ms 15 2 3s727ms 1s863ms 16 1 1s28ms 1s28ms 17 3 18s10ms 6s3ms 21 2 11s760ms 5s880ms 22 1 1s146ms 1s146ms Jan 22 00 2 7s334ms 3s667ms 01 4 35s754ms 8s938ms 02 4 20s253ms 5s63ms 05 1 1s38ms 1s38ms 06 1 1s399ms 1s399ms 07 5 14s29ms 2s805ms 09 1 1s938ms 1s938ms 10 3 6s724ms 2s241ms 11 1 3s848ms 3s848ms 12 3 6s409ms 2s136ms 13 3 19s411ms 6s470ms 14 1 16s241ms 16s241ms 15 2 2s609ms 1s304ms 16 3 18s462ms 6s154ms 17 1 1s89ms 1s89ms 18 3 13s525ms 4s508ms 19 2 3s139ms 1s569ms 20 1 10s587ms 10s587ms 21 1 1s52ms 1s52ms 22 6 28s415ms 4s735ms 23 3 20s349ms 6s783ms Jan 23 01 2 3s349ms 1s674ms 02 3 11s18ms 3s672ms 03 1 5s726ms 5s726ms 04 3 13s670ms 4s556ms 05 3 14s288ms 4s762ms 06 1 1s236ms 1s236ms 09 2 5s604ms 2s802ms 10 1 1s65ms 1s65ms 11 5 52s870ms 10s574ms 14 4 29s803ms 7s450ms 15 1 3s908ms 3s908ms 16 4 36s717ms 9s179ms 20 1 3s854ms 3s854ms 21 2 6s309ms 3s154ms 22 1 2s464ms 2s464ms Jan 24 00 1 1s548ms 1s548ms 01 2 6s795ms 3s397ms 02 1 16s135ms 16s135ms 03 1 1s138ms 1s138ms 04 1 1s282ms 1s282ms 05 4 32s814ms 8s203ms 06 6 29s468ms 4s911ms 07 1 16s246ms 16s246ms 08 1 3s934ms 3s934ms 10 1 3s35ms 3s35ms 11 3 15s879ms 5s293ms 12 2 6s507ms 3s253ms 14 2 5s452ms 2s726ms 15 1 4s370ms 4s370ms 16 3 24s362ms 8s120ms 17 2 16s410ms 8s205ms 18 1 10s822ms 10s822ms 19 4 14s242ms 3s560ms 20 4 17s722ms 4s430ms 21 3 16s529ms 5s509ms 22 2 12s323ms 6s161ms Jan 25 00 2 26s810ms 13s405ms 01 2 20s997ms 10s498ms 03 3 26s52ms 8s684ms 05 1 1s19ms 1s19ms 06 3 9s821ms 3s273ms 07 5 45s239ms 9s47ms 10 4 20s353ms 5s88ms 12 2 8s232ms 4s116ms 13 2 6s650ms 3s325ms 15 1 1s281ms 1s281ms 16 6 58s141ms 9s690ms 17 3 11s59ms 3s686ms 18 1 4s329ms 4s329ms 19 3 13s693ms 4s564ms 20 1 10s839ms 10s839ms 21 2 16s808ms 8s404ms 22 1 15s951ms 15s951ms 23 2 4s949ms 2s474ms [ User: pubeu - Total duration: 5m46s - Times executed: 53 ]
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:12:59 Duration: 18s526ms Database: ctdprd51 User: pubeu Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:12:57 Duration: 17s859ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:13:03 Duration: 17s117ms Bind query: yes
14 25m34s 374 3s730ms 16s749ms 4s101ms select coalesce(st.alt_nm, t.nm) slimtermnm, ( select count(*) from slim_term_mapping stm inner join chem_disease cd on cd.disease_id = stm.mapped_term_id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) and stm.slim_term_id = st.slim_term_id and cd.curated_reference_qty > ?) curatedcount, ( select count(*) from slim_term_mapping stm inner join chem_disease cd on cd.disease_id = stm.mapped_term_id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) and stm.slim_term_id = st.slim_term_id and cd.indirect_gene_qty > ?) inferredcount from slim_term st inner join term t on st.slim_term_id = t.id where st.slim_id = ? order by ?;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Jan 19 02 2 8s226ms 4s113ms 03 3 11s718ms 3s906ms 06 2 8s39ms 4s19ms 07 2 7s834ms 3s917ms 09 3 12s98ms 4s32ms 10 1 3s864ms 3s864ms 12 5 19s460ms 3s892ms 13 2 7s982ms 3s991ms 14 1 4s288ms 4s288ms 15 4 15s413ms 3s853ms 18 2 7s774ms 3s887ms 21 1 4s109ms 4s109ms 22 2 7s747ms 3s873ms 23 5 19s357ms 3s871ms Jan 20 00 2 7s747ms 3s873ms 01 1 3s841ms 3s841ms 02 2 9s235ms 4s617ms 03 3 11s778ms 3s926ms 04 4 17s420ms 4s355ms 05 2 7s831ms 3s915ms 06 2 7s821ms 3s910ms 07 1 3s821ms 3s821ms 08 2 7s707ms 3s853ms 09 4 15s533ms 3s883ms 10 3 11s931ms 3s977ms 11 2 8s163ms 4s81ms 12 1 3s885ms 3s885ms 13 1 4s30ms 4s30ms 14 2 7s845ms 3s922ms 15 3 11s983ms 3s994ms 16 7 27s786ms 3s969ms 18 1 4s159ms 4s159ms 19 11 42s774ms 3s888ms 20 4 28s921ms 7s230ms 21 3 12s144ms 4s48ms 22 5 19s481ms 3s896ms 23 7 27s409ms 3s915ms Jan 21 00 7 27s432ms 3s918ms 01 15 1m 4s51ms 02 9 34s990ms 3s887ms 03 1 3s801ms 3s801ms 04 4 16s156ms 4s39ms 05 2 8s233ms 4s116ms 06 2 8s88ms 4s44ms 07 6 24s217ms 4s36ms 08 8 32s335ms 4s41ms 09 1 3s983ms 3s983ms 10 2 7s801ms 3s900ms 12 4 15s756ms 3s939ms 13 4 16s278ms 4s69ms 14 2 8s65ms 4s32ms 15 1 4s199ms 4s199ms 16 1 3s950ms 3s950ms 17 1 3s862ms 3s862ms 18 6 23s784ms 3s964ms 19 3 11s945ms 3s981ms 20 1 3s862ms 3s862ms 21 1 3s863ms 3s863ms Jan 22 00 1 4s32ms 4s32ms 01 2 7s773ms 3s886ms 03 7 27s616ms 3s945ms 04 3 12s318ms 4s106ms 05 4 16s159ms 4s39ms 06 2 8s101ms 4s50ms 08 1 3s965ms 3s965ms 09 3 11s855ms 3s951ms 11 2 7s750ms 3s875ms 13 1 3s992ms 3s992ms 14 1 3s879ms 3s879ms 15 2 7s830ms 3s915ms 16 1 3s965ms 3s965ms 17 1 4s45ms 4s45ms 18 1 3s905ms 3s905ms 19 1 4s431ms 4s431ms 20 2 7s922ms 3s961ms 21 2 7s991ms 3s995ms 22 1 3s959ms 3s959ms 23 1 4s5ms 4s5ms Jan 23 00 2 7s927ms 3s963ms 01 2 8s140ms 4s70ms 02 3 11s744ms 3s914ms 03 6 23s818ms 3s969ms 04 4 29s881ms 7s470ms 05 2 8s406ms 4s203ms 06 1 3s847ms 3s847ms 07 4 16s80ms 4s20ms 08 3 12s62ms 4s20ms 09 6 23s784ms 3s964ms 10 3 11s908ms 3s969ms 11 5 19s734ms 3s946ms 12 2 7s831ms 3s915ms 13 1 3s870ms 3s870ms 14 6 24s301ms 4s50ms 16 3 12s344ms 4s114ms 17 2 8s124ms 4s62ms 18 1 3s943ms 3s943ms 20 8 49s48ms 6s131ms 21 3 12s235ms 4s78ms 22 1 4s305ms 4s305ms 23 1 3s981ms 3s981ms Jan 24 00 1 3s956ms 3s956ms 01 1 3s973ms 3s973ms 03 2 7s729ms 3s864ms 04 2 8s57ms 4s28ms 05 2 8s306ms 4s153ms 06 3 11s890ms 3s963ms 07 3 11s750ms 3s916ms 08 1 3s840ms 3s840ms 09 2 8s198ms 4s99ms 10 3 11s965ms 3s988ms 11 10 39s988ms 3s998ms 12 18 1m10s 3s943ms 13 8 31s300ms 3s912ms 15 1 3s886ms 3s886ms 19 2 7s925ms 3s962ms 20 1 3s954ms 3s954ms 22 1 4s317ms 4s317ms Jan 25 00 1 3s947ms 3s947ms 05 3 12s105ms 4s35ms 06 3 11s954ms 3s984ms 07 1 3s894ms 3s894ms 09 2 9s12ms 4s506ms 10 1 4s40ms 4s40ms 11 1 3s912ms 3s912ms 15 1 3s896ms 3s896ms 19 1 4s7ms 4s7ms 22 1 3s908ms 3s908ms 23 1 4s 4s [ User: pubeu - Total duration: 5m13s - Times executed: 75 ]
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-23 04:57:07 Duration: 16s749ms Bind query: yes
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-23 20:10:30 Duration: 16s433ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1336334') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1336334') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-20 20:13:35 Duration: 10s550ms Bind query: yes
15 24m16s 1 24m16s 24m16s 24m16s copy pub2.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) to stdout;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Jan 25 19 1 24m16s 24m16s -
COPY pub2.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) TO stdout;
Date: 2025-01-25 19:45:03 Duration: 24m16s
16 23m59s 1 23m59s 23m59s 23m59s copy pub1.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) to stdout;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Jan 25 19 1 23m59s 23m59s -
COPY pub1.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) TO stdout;
Date: 2025-01-25 19:01:02 Duration: 23m59s
17 22m45s 2 11m20s 11m24s 11m22s select g.nm genesymbol, g.id geneid, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, i.id ixnid, i.ixn_prose_txt ixnprose, i.ixn_prose_html ixnprosehtml, i.actions_txt ixnactions, count(distinct gcr.reference_id) refcount, count(distinct gcr.taxon_id) taxoncount, count(*) over () fullrowcount from gene_chem_reference gcr inner join ixn i on gcr.ixn_id = i.id inner join term g on gcr.gene_id = g.id inner join term c on gcr.chem_id = c.id where exists ( select ? from gene_chem_ref_gene_form gf where gf.gene_chem_reference_id = gcr.id and gf.gene_id = gcr.gene_id and gf.actor_form_type_nm in ( select tc.nm from actor_form_type tp, actor_form_type tc where tc.subset_left_no between tp.subset_left_no and tp.subset_right_no and (tp.nm = ?))) and gcr.gene_id = any (array (( select gi.id gene_id from term gi where gi.object_type_id = ? and upper(gi.nm) like ?) intersect ( select ai.gene_id from dag_path pi inner join gene_go_annot ai on pi.descendant_object_id = ai.go_term_id inner join db_link dbli on dbli.object_id = pi.ancestor_object_id where dbli.acc_txt = ? and dbli.type_cd = ? and dbli.object_type_id = ?) intersect ( select tp.term_id from term_pathway tp where tp.object_type_id = ? and upper(tp.pathway_acc_txt) = ? and tp.pathway_acc_db_cd = ?))) and gcr.chem_id = any (array ( select dp.descendant_object_id from dag_path dp inner join term t on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.taxon_id = any (array ( select dp.descendant_object_id from dag_path dp inner join dag_node n on n.id = dp.ancestor_dag_node_id where n.acc_txt = ? and n.dag_id = ?)) and exists ( select ? from gene_chem_reference_axn gcra where gcr.id = gcra.gene_chem_reference_id and gcra.action_type_nm in ( select ac.nm from action_type ap, action_type ac where ac.subset_left_no between ap.subset_left_no and ap.subset_right_no and (ap.nm = ?))) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by i.sort_txt, g.nm_sort, c.nm_sort limit ?;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Jan 22 00 1 11m20s 11m20s 11 1 11m24s 11m24s -
SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'HSA00100' AND tp.pathway_acc_db_cd = 'KEGG'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'THYMOL' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '2665953' AND n.dag_id = 7)) AND exists ( SELECT 1 FROM gene_chem_reference_axn gcra WHERE gcr.id = gcra.gene_chem_reference_id AND gcra.action_type_nm IN ( SELECT ac.nm FROM action_type ap, action_type ac WHERE ac.subset_left_no BETWEEN ap.subset_left_no AND ap.subset_right_no AND (ap.nm = 'binding'))) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY i.sort_txt, g.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-22 11:26:42 Duration: 11m24s Bind query: yes
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'INS') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'HSA01100' AND tp.pathway_acc_db_cd = 'KEGG'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'DOXORUBICIN-IRON COMPLEX' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9605' AND n.dag_id = 7)) AND exists ( SELECT 1 FROM gene_chem_reference_axn gcra WHERE gcr.id = gcra.gene_chem_reference_id AND gcra.action_type_nm IN ( SELECT ac.nm FROM action_type ap, action_type ac WHERE ac.subset_left_no BETWEEN ap.subset_left_no AND ap.subset_right_no AND (ap.nm = 'abundance'))) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY i.sort_txt, g.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-22 00:58:00 Duration: 11m20s Bind query: yes
18 19m21s 25 46s108ms 47s136ms 46s466ms copy pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) to stdout;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Jan 19 06 1 46s190ms 46s190ms 10 1 46s153ms 46s153ms 14 1 46s215ms 46s215ms 18 1 46s158ms 46s158ms Jan 20 06 1 46s108ms 46s108ms 10 1 47s136ms 47s136ms 14 1 46s266ms 46s266ms 18 1 46s819ms 46s819ms Jan 21 06 1 46s484ms 46s484ms 10 1 46s497ms 46s497ms 14 1 46s293ms 46s293ms 18 1 46s334ms 46s334ms Jan 22 06 1 46s241ms 46s241ms 10 1 46s435ms 46s435ms 14 1 46s381ms 46s381ms 18 1 46s375ms 46s375ms Jan 23 06 1 46s529ms 46s529ms 10 1 46s417ms 46s417ms 14 1 46s513ms 46s513ms 18 1 46s654ms 46s654ms Jan 24 06 1 46s830ms 46s830ms 10 1 46s855ms 46s855ms 14 1 46s680ms 46s680ms 18 1 46s506ms 46s506ms Jan 25 19 1 46s586ms 46s586ms [ User: postgres - Total duration: 18m35s - Times executed: 24 ]
[ Application: pg_dump - Total duration: 18m35s - Times executed: 24 ]
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COPY pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) TO stdout;
Date: 2025-01-20 10:05:49 Duration: 47s136ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) TO stdout;
Date: 2025-01-24 10:05:48 Duration: 46s855ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) TO stdout;
Date: 2025-01-24 06:05:48 Duration: 46s830ms Database: ctdprd51 User: postgres Application: pg_dump
19 14m59s 731 1s109ms 2s400ms 1s230ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Jan 19 00 3 3s908ms 1s302ms 01 5 6s180ms 1s236ms 02 2 2s392ms 1s196ms 03 9 11s104ms 1s233ms 04 8 9s893ms 1s236ms 05 5 6s178ms 1s235ms 06 2 2s439ms 1s219ms 07 6 7s177ms 1s196ms 08 5 6s115ms 1s223ms 09 5 5s940ms 1s188ms 10 5 5s964ms 1s192ms 11 8 9s488ms 1s186ms 12 13 15s365ms 1s181ms 13 4 4s694ms 1s173ms 14 6 7s141ms 1s190ms 15 8 9s643ms 1s205ms 16 7 8s275ms 1s182ms 17 4 4s616ms 1s154ms 18 2 2s338ms 1s169ms 19 5 5s957ms 1s191ms 20 1 1s127ms 1s127ms 21 8 9s678ms 1s209ms 22 4 5s87ms 1s271ms 23 8 9s883ms 1s235ms Jan 20 00 5 5s921ms 1s184ms 01 5 5s871ms 1s174ms 02 9 10s745ms 1s193ms 05 5 6s235ms 1s247ms 06 4 4s792ms 1s198ms 07 3 3s589ms 1s196ms 08 10 11s837ms 1s183ms 09 4 4s765ms 1s191ms 10 4 4s985ms 1s246ms 11 4 4s978ms 1s244ms 12 2 2s449ms 1s224ms 13 7 8s384ms 1s197ms 14 6 7s130ms 1s188ms 15 1 1s234ms 1s234ms 16 7 8s473ms 1s210ms 17 5 6s123ms 1s224ms 18 8 9s749ms 1s218ms 19 12 15s82ms 1s256ms 20 12 16s493ms 1s374ms 21 10 12s222ms 1s222ms 22 3 3s640ms 1s213ms 23 3 3s669ms 1s223ms Jan 21 00 12 14s917ms 1s243ms 01 13 16s839ms 1s295ms 02 5 6s162ms 1s232ms 03 6 7s187ms 1s197ms 04 9 11s36ms 1s226ms 05 7 8s851ms 1s264ms 06 10 12s294ms 1s229ms 07 6 7s486ms 1s247ms 08 6 7s239ms 1s206ms 09 7 8s657ms 1s236ms 10 12 14s450ms 1s204ms 11 3 3s684ms 1s228ms 12 8 9s715ms 1s214ms 13 13 16s204ms 1s246ms 14 6 7s184ms 1s197ms 15 3 3s779ms 1s259ms 16 22 27s985ms 1s272ms 17 12 14s775ms 1s231ms 18 3 3s624ms 1s208ms 20 1 1s131ms 1s131ms 21 10 11s857ms 1s185ms 22 3 3s660ms 1s220ms 23 26 34s397ms 1s322ms Jan 22 00 16 19s986ms 1s249ms 01 9 11s548ms 1s283ms 02 10 12s287ms 1s228ms 03 7 8s694ms 1s242ms 04 4 4s757ms 1s189ms 05 7 8s726ms 1s246ms 06 1 1s221ms 1s221ms 07 2 2s518ms 1s259ms 08 3 3s601ms 1s200ms 10 4 4s838ms 1s209ms 11 4 4s921ms 1s230ms 12 1 1s220ms 1s220ms 13 1 1s215ms 1s215ms 14 2 2s375ms 1s187ms 16 3 3s562ms 1s187ms 17 3 3s580ms 1s193ms 18 6 7s418ms 1s236ms 20 2 2s430ms 1s215ms 21 1 1s235ms 1s235ms 22 4 4s976ms 1s244ms 23 1 1s241ms 1s241ms Jan 23 00 2 2s514ms 1s257ms 01 3 3s722ms 1s240ms 03 3 3s693ms 1s231ms 05 5 6s343ms 1s268ms 06 3 3s731ms 1s243ms 07 1 1s244ms 1s244ms 08 2 2s382ms 1s191ms 09 3 3s705ms 1s235ms 10 1 1s217ms 1s217ms 11 2 2s397ms 1s198ms 12 3 3s658ms 1s219ms 13 2 2s448ms 1s224ms 14 3 3s608ms 1s202ms 15 2 2s551ms 1s275ms 16 2 2s432ms 1s216ms 18 1 1s133ms 1s133ms 19 3 3s676ms 1s225ms 21 1 1s198ms 1s198ms 22 3 3s729ms 1s243ms 23 9 10s925ms 1s213ms Jan 24 00 1 1s260ms 1s260ms 01 2 2s345ms 1s172ms 02 2 2s480ms 1s240ms 03 4 4s828ms 1s207ms 04 2 2s393ms 1s196ms 05 4 4s984ms 1s246ms 06 6 7s265ms 1s210ms 07 2 2s432ms 1s216ms 08 3 3s771ms 1s257ms 09 1 1s227ms 1s227ms 10 2 2s586ms 1s293ms 11 3 3s695ms 1s231ms 12 5 6s118ms 1s223ms 13 3 3s728ms 1s242ms 14 1 1s235ms 1s235ms 15 4 5s63ms 1s265ms 17 5 5s988ms 1s197ms 18 1 1s176ms 1s176ms 19 4 4s824ms 1s206ms 20 2 2s423ms 1s211ms 21 1 1s223ms 1s223ms 22 3 3s708ms 1s236ms 23 4 5s80ms 1s270ms Jan 25 00 3 3s722ms 1s240ms 02 2 2s462ms 1s231ms 03 2 2s468ms 1s234ms 04 3 3s691ms 1s230ms 05 3 3s903ms 1s301ms 06 3 3s700ms 1s233ms 07 1 1s211ms 1s211ms 08 3 3s732ms 1s244ms 09 7 8s437ms 1s205ms 10 4 4s818ms 1s204ms 11 2 2s480ms 1s240ms 12 1 1s189ms 1s189ms 13 1 1s200ms 1s200ms 15 1 1s212ms 1s212ms 16 2 2s280ms 1s140ms 18 1 1s234ms 1s234ms 20 2 2s374ms 1s187ms 21 2 2s470ms 1s235ms 22 10 12s419ms 1s241ms 23 3 3s588ms 1s196ms [ User: pubeu - Total duration: 2m49s - Times executed: 137 ]
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1259370') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1259370') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-21 23:28:53 Duration: 2s400ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1231172') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1231172') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 20:13:24 Duration: 2s202ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1229727') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1229727') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 20:10:49 Duration: 2s89ms Bind query: yes
20 14m22s 2 6m9s 8m12s 7m11s select phenotypeterm.nm gonm, phenotypeterm.nm_html gonmhtml, phenotypeterm.acc_txt goacc, phenotypeterm.id goid, diseaseterm.nm diseasenm, diseaseterm.acc_txt diseaseacc, diseaseterm.acc_db_cd diseaseaccdbcd, diseaseterm.id diseaseid, via_gene_qty genenetworkcount, via_chem_qty chemnetworkcount, indirect_reference_qty referencecount, count(*) over () fullrowcount from phenotype_term pt inner join term phenotypeterm on pt.phenotype_id = phenotypeterm.id inner join term diseaseterm on pt.term_id = diseaseterm.id where diseaseterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?) and diseaseterm.object_type_id = ? order by phenotypeterm.nm_sort, diseaseterm.nm_sort limit ?;Times Reported Time consuming queries #20
Day Hour Count Duration Avg duration Jan 20 20 1 8m12s 8m12s Jan 25 13 1 6m9s 6m9s -
SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2085250') and diseaseTerm.object_type_id = 3 ORDER BY phenotypeTerm.nm_sort, diseaseTerm.nm_sort LIMIT 50;
Date: 2025-01-20 20:25:47 Duration: 8m12s Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2084747') and diseaseTerm.object_type_id = 3 ORDER BY phenotypeTerm.nm_sort, diseaseTerm.nm_sort LIMIT 50;
Date: 2025-01-25 13:33:08 Duration: 6m9s Bind query: yes
Most frequent queries (N)
Rank Times executed Total duration Min duration Max duration Avg duration Query 1 5,119 4h13m2s 1s 7s472ms 2s965ms select distinct associatedterm.nm || ? || o.cd || ? || associatedterm.nm_html || ? || associatedterm.acc_txt || ? || associatedterm.acc_db_cd as associatedterm, associatedterm.id associatedtermid, ptr.ixn_id ixnid, associatedterm.object_type_id || ? || associatedterm.nm_sort associatedtermnmsort, coalesce(associatedterm.secondary_nm, ?) casrn, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotype, phenotypeterm.id phenotypeid, ( select string_agg(distinct taxonterm.nm || ? || ? || ? || taxonterm.nm_html || ? || taxonterm.acc_txt || ? || taxonterm.acc_db_cd || ? || coalesce(taxonterm.secondary_nm, ?), ?)) as taxonterms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || ia.level_seq || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, count(distinct taxonterm.nm) taxoncount, i.ixn_prose_html ixnprosehtml, i.ixn_prose_txt ixnprose, i.sort_txt ixnsort, ( select string_agg(distinct r.acc_txt, ?)) as references, count(distinct ptr.reference_id) refcount, pt.indirect_term_qty inferredcount, count(*) over () fullrowcount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedterm on ptr.term_id = associatedterm.id inner join term phenotypeterm on ptr.phenotype_id = phenotypeterm.id left outer join term taxonterm on ptr.taxon_id = taxonterm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedterm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyterm on ia.anatomy_id = anatomyterm.id where associatedterm.id = any (array (( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?))) and ptr.term_object_type_id = ? group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort limit ?;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Jan 19 02 1 1s886ms 1s886ms 09 6 16s347ms 2s724ms 10 1 3s249ms 3s249ms 11 1 6s150ms 6s150ms 14 3 18s706ms 6s235ms 17 1 1s12ms 1s12ms 18 3 8s101ms 2s700ms 21 3 14s360ms 4s786ms 22 2 6s60ms 3s30ms Jan 20 05 6 15s809ms 2s634ms 07 1 1s33ms 1s33ms 08 1 1s893ms 1s893ms 09 1 5s970ms 5s970ms 10 32 1m28s 2s750ms 11 39 1m50s 2s832ms 12 52 2m39s 3s60ms 13 30 1m22s 2s743ms 14 60 3m13s 3s232ms 15 56 2m51s 3s57ms 16 51 2m9s 2s533ms 17 47 2m15s 2s888ms 18 59 2m48s 2s859ms 19 55 2m26s 2s671ms 20 48 2m15s 2s822ms 21 45 2m27s 3s286ms 22 54 2m48s 3s119ms 23 47 1m57s 2s508ms Jan 21 00 53 2m19s 2s633ms 01 54 2m32s 2s824ms 02 53 2m43s 3s91ms 03 51 2m24s 2s824ms 04 46 2m27s 3s212ms 05 53 2m40s 3s36ms 06 36 1m42s 2s850ms 07 50 2m26s 2s935ms 08 47 2m7s 2s718ms 09 56 2m57s 3s176ms 10 41 2m5s 3s53ms 11 53 2m15s 2s564ms 12 49 2m30s 3s74ms 13 43 2m10s 3s36ms 14 56 2m42s 2s900ms 15 47 2m19s 2s961ms 16 22 1m9s 3s173ms 17 24 1m23s 3s482ms 18 7 28s687ms 4s98ms 19 3 7s479ms 2s493ms 20 1 1s364ms 1s364ms 21 6 16s133ms 2s688ms 22 15 44s44ms 2s936ms 23 36 1m59s 3s326ms Jan 22 00 34 1m57s 3s453ms 01 44 2m27s 3s346ms 02 8 17s532ms 2s191ms 04 1 2s144ms 2s144ms 05 12 41s668ms 3s472ms 06 35 1m50s 3s165ms 07 41 2m8s 3s129ms 08 27 1m13s 2s732ms 09 46 2m9s 2s821ms 10 45 2m20s 3s112ms 11 36 1m51s 3s95ms 12 37 1m50s 2s985ms 13 40 2m16s 3s416ms 14 37 1m37s 2s626ms 15 39 1m35s 2s454ms 16 41 1m51s 2s725ms 17 42 2m5s 2s977ms 18 43 2m6s 2s939ms 19 55 2m57s 3s218ms 20 33 1m27s 2s661ms 21 42 2m 2s868ms 22 48 2m35s 3s245ms 23 45 1m54s 2s545ms Jan 23 00 34 1m35s 2s820ms 01 48 2m8s 2s683ms 02 44 2m8s 2s909ms 03 43 2m14s 3s122ms 04 50 2m18s 2s777ms 05 47 2m14s 2s865ms 06 55 2m25s 2s638ms 07 49 2m36s 3s192ms 08 45 2m9s 2s881ms 09 47 2m35s 3s302ms 10 41 1m54s 2s801ms 11 41 2m25s 3s554ms 12 39 2m4s 3s199ms 13 40 2m9s 3s237ms 14 37 1m38s 2s651ms 15 37 1m43s 2s808ms 16 55 2m34s 2s809ms 17 43 1m48s 2s522ms 18 41 2m10s 3s192ms 19 38 2m5s 3s315ms 20 32 1m27s 2s743ms 21 40 2m12s 3s312ms 22 41 1m47s 2s620ms 23 38 1m39s 2s616ms Jan 24 00 27 1m23s 3s77ms 01 31 1m26s 2s799ms 02 41 2m3s 3s14ms 03 36 1m44s 2s889ms 04 39 1m45s 2s710ms 05 43 2m15s 3s147ms 06 29 1m14s 2s566ms 07 44 2m18s 3s158ms 08 40 1m51s 2s798ms 09 35 1m32s 2s655ms 10 32 1m28s 2s751ms 11 43 2m6s 2s944ms 12 22 1m10s 3s195ms 13 29 1m7s 2s334ms 14 37 2m5s 3s402ms 15 33 1m37s 2s949ms 16 33 1m34s 2s874ms 17 42 2m10s 3s101ms 18 40 2m1s 3s45ms 19 41 2m11s 3s218ms 20 29 1m34s 3s261ms 21 42 1m58s 2s811ms 22 30 1m28s 2s954ms 23 36 1m52s 3s133ms Jan 25 00 32 1m27s 2s729ms 01 35 2m19s 3s991ms 02 35 1m30s 2s583ms 03 34 1m40s 2s956ms 04 29 1m15s 2s590ms 05 34 1m21s 2s399ms 06 40 1m45s 2s625ms 07 29 1m30s 3s121ms 08 32 1m33s 2s921ms 09 25 1m8s 2s743ms 10 30 1m25s 2s859ms 11 31 1m45s 3s408ms 12 31 1m31s 2s966ms 13 42 2m13s 3s180ms 14 30 1m36s 3s218ms 15 40 2m15s 3s394ms 16 34 1m50s 3s237ms 17 27 1m37s 3s627ms 18 45 2m23s 3s181ms 19 33 1m45s 3s195ms 20 27 1m5s 2s442ms 21 41 2m18s 3s379ms 22 33 1m36s 2s930ms 23 33 1m32s 2s811ms [ User: pubeu - Total duration: 52m26s - Times executed: 1034 ]
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:54 Duration: 7s472ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2089310'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:52 Duration: 7s24ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:45 Duration: 6s906ms Database: ctdprd51 User: pubeu Bind query: yes
2 3,797 2h48m51s 1s 6s652ms 2s668ms select e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, ( select string_agg(distinct stressorterm.nm || ? || ( select cd from object_type where id = stressorterm.object_type_id) || ? || stressorterm.nm_html || ? || stressorterm.acc_txt || ? || stressorterm.acc_db_cd, ?)) as stressoragents, ( select string_agg(distinct coalesce(receptorterm.nm, ?) || ? || coalesce(( select cd from object_type where id = receptorterm.object_type_id), ?) || ? || coalesce(receptorterm.nm_html, ?) || ? || coalesce(receptorterm.acc_txt, ?) || ? || coalesce(receptorterm.acc_db_cd, ?) || ? || receptor.description, ?)) as receptors, ( select string_agg(distinct country.nm, ?)) as studycountries, ( select string_agg(distinct location.locality_txt, ?)) as localities, ( select string_agg(distinct event.medium_nm || ? || coalesce(event.medium_term_acc_txt, ?), ?)) as assaymediums, ( select string_agg(distinct exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd, ?)) as assayedmarkers, ( select string_agg(distinct diseaseterm.nm || ? || ( select cd from object_type where id = diseaseterm.object_type_id) || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd, ?)) as diseases, ( select string_agg(distinct phenotypeterm.nm || ? || ( select cd from object_type where id = phenotypeterm.object_type_id) || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd, ?)) as phenotypes, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, re.author_summary summary, count(*) over () fullrowcount from exposure e inner join reference r on e.reference_id = r.id inner join exp_stressor stressor on e.exp_stressor_id = stressor.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join term receptorterm on receptor.term_id = receptorterm.id left outer join exp_event event on e.exp_event_id = event.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join exp_event_location location on e.exp_event_id = location.exp_event_id left outer join country on location.country_id = country.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id inner join reference_exp re on e.reference_id = re.reference_id left outer join exp_study_factor expstudyfactor on re.id = expstudyfactor.reference_exp_id where e.reference_id = any (array ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like ?) and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressoragents limit ?;Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Jan 19 01 2 6s680ms 3s340ms 05 2 5s9ms 2s504ms 06 2 5s606ms 2s803ms 09 12 26s948ms 2s245ms 10 1 3s262ms 3s262ms 19 1 3s18ms 3s18ms 21 2 2s360ms 1s180ms 22 1 1s101ms 1s101ms 23 3 13s753ms 4s584ms Jan 20 01 1 3s425ms 3s425ms 05 11 24s925ms 2s265ms 08 1 1s322ms 1s322ms 09 2 3s482ms 1s741ms 10 20 58s446ms 2s922ms 11 24 1m4s 2s687ms 12 31 1m11s 2s308ms 13 35 1m40s 2s863ms 14 42 1m47s 2s562ms 15 33 1m28s 2s689ms 16 47 2m8s 2s743ms 17 42 1m39s 2s379ms 18 45 2m3s 2s751ms 19 38 1m34s 2s490ms 20 33 1m30s 2s737ms 21 31 1m30s 2s910ms 22 42 1m55s 2s760ms 23 37 1m34s 2s540ms Jan 21 00 30 1m19s 2s648ms 01 33 1m30s 2s740ms 02 43 1m54s 2s669ms 03 31 1m26s 2s789ms 04 40 1m36s 2s418ms 05 36 1m32s 2s577ms 06 33 1m27s 2s639ms 07 27 1m20s 2s991ms 08 37 1m49s 2s968ms 09 37 1m44s 2s822ms 10 34 1m36s 2s826ms 11 32 1m24s 2s637ms 12 35 1m32s 2s651ms 13 31 1m29s 2s878ms 14 38 1m51s 2s939ms 15 37 1m34s 2s540ms 16 22 57s758ms 2s625ms 17 19 45s932ms 2s417ms 18 6 19s103ms 3s183ms 19 2 6s549ms 3s274ms 20 1 1s890ms 1s890ms 21 16 40s188ms 2s511ms 22 18 45s520ms 2s528ms 23 26 1m2s 2s400ms Jan 22 00 28 1m9s 2s490ms 01 25 1m1s 2s469ms 02 9 29s166ms 3s240ms 04 1 1s195ms 1s195ms 05 5 8s835ms 1s767ms 06 19 43s646ms 2s297ms 07 30 1m13s 2s461ms 08 36 1m42s 2s848ms 09 39 1m41s 2s602ms 10 30 1m19s 2s637ms 11 22 55s540ms 2s524ms 12 42 1m41s 2s409ms 13 19 53s581ms 2s820ms 14 29 1m20s 2s771ms 15 27 1m21s 3s24ms 16 26 1m9s 2s667ms 17 26 1m3s 2s442ms 18 32 1m14s 2s313ms 19 23 1m9s 3s5ms 20 24 1m6s 2s773ms 21 45 1m51s 2s479ms 22 30 1m9s 2s305ms 23 36 1m32s 2s568ms Jan 23 00 38 1m40s 2s645ms 01 28 1m20s 2s857ms 02 37 1m32s 2s505ms 03 38 1m31s 2s398ms 04 30 1m13s 2s457ms 05 32 1m33s 2s925ms 06 36 1m31s 2s548ms 07 31 1m23s 2s707ms 08 24 58s323ms 2s430ms 09 41 1m50s 2s701ms 10 27 1m11s 2s656ms 11 37 1m38s 2s671ms 12 26 1m9s 2s687ms 13 27 1m10s 2s626ms 14 34 1m35s 2s809ms 15 22 1m7s 3s50ms 16 35 1m37s 2s791ms 17 40 1m41s 2s533ms 18 27 1m17s 2s864ms 19 26 1m8s 2s650ms 20 32 1m17s 2s430ms 21 23 1m 2s643ms 22 31 1m23s 2s684ms 23 21 56s882ms 2s708ms Jan 24 00 21 56s167ms 2s674ms 01 26 1m15s 2s917ms 02 24 1m11s 2s980ms 03 27 1m13s 2s733ms 04 31 1m25s 2s761ms 05 36 1m44s 2s897ms 06 24 1m6s 2s772ms 07 20 49s954ms 2s497ms 08 27 1m6s 2s481ms 09 20 41s993ms 2s99ms 10 30 1m31s 3s61ms 11 27 1m17s 2s853ms 12 27 1m15s 2s800ms 13 21 53s723ms 2s558ms 14 21 57s433ms 2s734ms 15 23 1m1s 2s686ms 16 24 1m10s 2s941ms 17 37 1m53s 3s55ms 18 24 54s199ms 2s258ms 19 25 1m9s 2s775ms 20 44 1m54s 2s591ms 21 22 58s941ms 2s679ms 22 26 1m22s 3s171ms 23 27 1m13s 2s728ms Jan 25 00 21 1m3s 3s7ms 01 29 1m18s 2s718ms 02 22 1m3s 2s904ms 03 20 52s173ms 2s608ms 04 28 1m9s 2s476ms 05 22 58s868ms 2s675ms 06 24 1m1s 2s550ms 07 17 47s674ms 2s804ms 08 28 1m25s 3s38ms 09 26 1m7s 2s611ms 10 31 1m18s 2s527ms 11 11 23s510ms 2s137ms 12 33 1m24s 2s545ms 13 32 1m26s 2s701ms 14 36 1m28s 2s463ms 15 22 58s575ms 2s662ms 16 28 1m6s 2s365ms 17 22 56s908ms 2s586ms 18 26 1m13s 2s820ms 19 26 1m9s 2s669ms 20 27 1m29s 3s329ms 21 36 1m31s 2s551ms 22 17 35s599ms 2s94ms 23 28 1m20s 2s861ms [ User: pubeu - Total duration: 32m47s - Times executed: 734 ]
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:14:11 Duration: 6s652ms Bind query: yes
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:26:20 Duration: 6s471ms Bind query: yes
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:26:06 Duration: 6s440ms Bind query: yes
3 3,687 1h28m53s 1s410ms 1s706ms 1s446ms select coalesce(d.abbr_display, d.nm_display) nm # ?, d.description # ?, coalesce(d.abbr, d.nm) anchor # ?, get_homepage_url (d.id) url # ? from db d # ? where d.id in (# ? select l.db_id # ? from db_link l # ? where l.type_cd = ? # ? and l.object_type_id = ?) # ? order by ?;Times Reported Time consuming queries #3
Day Hour Count Duration Avg duration Jan 19 05 2 2s906ms 1s453ms 07 5 7s237ms 1s447ms 08 13 18s717ms 1s439ms 09 26 37s496ms 1s442ms 10 28 40s577ms 1s449ms 11 27 39s21ms 1s445ms 12 27 38s891ms 1s440ms 13 27 39s238ms 1s453ms 14 27 38s934ms 1s442ms 15 27 38s951ms 1s442ms 16 27 38s828ms 1s438ms 17 28 40s408ms 1s443ms 18 27 38s933ms 1s441ms 19 26 37s675ms 1s449ms 20 28 40s222ms 1s436ms 21 27 39s37ms 1s445ms 22 26 37s484ms 1s441ms 23 28 40s418ms 1s443ms Jan 20 00 28 40s335ms 1s440ms 01 27 38s765ms 1s435ms 02 27 38s859ms 1s439ms 03 27 39s83ms 1s447ms 04 27 39s17ms 1s445ms 05 29 41s806ms 1s441ms 06 23 33s141ms 1s440ms 07 20 28s860ms 1s443ms 08 24 34s632ms 1s443ms 09 26 37s646ms 1s447ms 10 5 7s275ms 1s455ms 11 8 11s575ms 1s446ms 12 8 11s729ms 1s466ms 13 7 10s225ms 1s460ms 14 8 11s570ms 1s446ms 15 6 8s715ms 1s452ms 16 3 4s328ms 1s442ms 17 8 11s581ms 1s447ms 18 2 2s901ms 1s450ms 19 5 7s266ms 1s453ms 20 8 11s721ms 1s465ms 21 5 7s270ms 1s454ms 22 35 50s937ms 1s455ms 23 33 47s670ms 1s444ms Jan 21 00 33 47s646ms 1s443ms 01 31 44s855ms 1s446ms 02 39 56s504ms 1s448ms 03 38 55s105ms 1s450ms 04 32 46s385ms 1s449ms 05 32 46s271ms 1s445ms 06 31 45s56ms 1s453ms 07 26 37s596ms 1s446ms 08 26 37s623ms 1s447ms 09 16 23s144ms 1s446ms 10 29 42s137ms 1s453ms 11 30 43s409ms 1s446ms 12 34 49s213ms 1s447ms 13 32 46s374ms 1s449ms 14 35 50s695ms 1s448ms 15 34 49s290ms 1s449ms 16 20 29s316ms 1s465ms 17 27 38s792ms 1s436ms 18 29 41s839ms 1s442ms 19 28 40s260ms 1s437ms 20 28 40s272ms 1s438ms 21 27 38s976ms 1s443ms 22 31 44s705ms 1s442ms 23 30 43s466ms 1s448ms Jan 22 00 22 31s796ms 1s445ms 01 34 49s430ms 1s453ms 02 31 44s535ms 1s436ms 03 26 37s502ms 1s442ms 04 28 40s325ms 1s440ms 05 28 40s364ms 1s441ms 06 25 36s235ms 1s449ms 07 33 47s861ms 1s450ms 08 33 48s166ms 1s459ms 09 36 51s858ms 1s440ms 10 29 41s954ms 1s446ms 11 28 40s419ms 1s443ms 12 29 42s196ms 1s455ms 13 29 41s996ms 1s448ms 14 25 36s149ms 1s445ms 15 24 34s630ms 1s442ms 16 25 36s144ms 1s445ms 17 25 35s961ms 1s438ms 18 35 50s670ms 1s447ms 19 37 53s378ms 1s442ms 20 32 46s224ms 1s444ms 21 32 46s124ms 1s441ms 22 36 52s53ms 1s445ms 23 28 40s549ms 1s448ms Jan 23 00 36 51s977ms 1s443ms 01 31 44s634ms 1s439ms 02 34 49s111ms 1s444ms 03 36 52s35ms 1s445ms 04 32 46s265ms 1s445ms 05 37 53s219ms 1s438ms 06 29 42s43ms 1s449ms 07 31 44s827ms 1s446ms 08 25 35s981ms 1s439ms 09 19 27s419ms 1s443ms 10 20 28s669ms 1s433ms 11 9 13s74ms 1s452ms 12 4 5s796ms 1s449ms 13 4 5s776ms 1s444ms 14 4 5s943ms 1s485ms 15 3 4s363ms 1s454ms 16 30 43s810ms 1s460ms 17 2 2s906ms 1s453ms 18 7 10s91ms 1s441ms 19 5 7s139ms 1s427ms 20 2 2s902ms 1s451ms 21 7 10s116ms 1s445ms 22 19 27s446ms 1s444ms 23 34 49s316ms 1s450ms Jan 24 00 28 40s292ms 1s439ms 01 34 48s917ms 1s438ms 02 32 46s354ms 1s448ms 03 32 46s241ms 1s445ms 04 32 46s355ms 1s448ms 05 37 53s590ms 1s448ms 06 36 52s175ms 1s449ms 07 28 40s506ms 1s446ms 08 25 36s388ms 1s455ms 09 31 44s845ms 1s446ms 10 27 39s634ms 1s467ms 11 33 47s844ms 1s449ms 12 28 40s567ms 1s448ms 13 30 43s656ms 1s455ms 14 33 47s861ms 1s450ms 15 29 41s935ms 1s446ms 16 28 40s683ms 1s452ms 17 31 45s125ms 1s455ms 18 28 40s651ms 1s451ms 19 31 44s893ms 1s448ms 20 28 40s466ms 1s445ms 21 32 46s383ms 1s449ms 22 29 41s962ms 1s446ms 23 33 47s725ms 1s446ms Jan 25 00 30 43s338ms 1s444ms 01 30 43s468ms 1s448ms 02 33 47s748ms 1s446ms 03 34 49s20ms 1s441ms 04 6 8s735ms 1s455ms 05 6 8s793ms 1s465ms 06 7 10s145ms 1s449ms 07 4 5s802ms 1s450ms 08 5 7s249ms 1s449ms 09 5 7s252ms 1s450ms 10 3 4s304ms 1s434ms 11 3 4s326ms 1s442ms 12 4 5s791ms 1s447ms 13 9 12s986ms 1s442ms 14 10 14s363ms 1s436ms 15 5 7s316ms 1s463ms 16 9 12s962ms 1s440ms 17 3 4s316ms 1s438ms 18 6 8s710ms 1s451ms 19 8 11s779ms 1s472ms 20 5 7s200ms 1s440ms 21 4 5s745ms 1s436ms 22 6 8s698ms 1s449ms 23 4 5s734ms 1s433ms [ User: pubeu - Total duration: 18m52s - Times executed: 782 ]
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SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-01-21 01:36:33 Duration: 1s706ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-01-24 08:24:06 Duration: 1s686ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-01-22 01:44:46 Duration: 1s649ms Database: ctdprd51 User: pubeu Bind query: yes
4 2,484 47m21s 1s42ms 2s242ms 1s144ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where exposuremarkerterm.id = ? or receptorterm.id = ? group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #4
Day Hour Count Duration Avg duration Jan 19 00 5 5s670ms 1s134ms 01 13 14s958ms 1s150ms 03 8 9s217ms 1s152ms 04 6 6s629ms 1s104ms 05 5 5s806ms 1s161ms 06 6 6s762ms 1s127ms 07 7 8s67ms 1s152ms 08 3 3s405ms 1s135ms 09 2 2s244ms 1s122ms 10 7 7s756ms 1s108ms 11 5 5s589ms 1s117ms 12 13 14s447ms 1s111ms 13 4 4s277ms 1s69ms 14 6 6s472ms 1s78ms 15 12 13s602ms 1s133ms 16 6 6s545ms 1s90ms 17 7 7s757ms 1s108ms 18 1 1s150ms 1s150ms 19 8 8s868ms 1s108ms 20 5 5s441ms 1s88ms 21 19 21s267ms 1s119ms 22 8 9s224ms 1s153ms 23 59 1m8s 1s167ms Jan 20 00 7 7s764ms 1s109ms 01 4 4s517ms 1s129ms 02 14 15s449ms 1s103ms 03 2 2s284ms 1s142ms 04 3 3s326ms 1s108ms 05 2 2s330ms 1s165ms 06 9 9s822ms 1s91ms 07 7 9s677ms 1s382ms 08 13 14s411ms 1s108ms 09 30 33s510ms 1s117ms 10 25 27s785ms 1s111ms 11 14 15s589ms 1s113ms 12 11 12s298ms 1s118ms 13 12 13s417ms 1s118ms 14 13 14s651ms 1s127ms 15 11 12s226ms 1s111ms 16 5 5s690ms 1s138ms 17 14 15s797ms 1s128ms 18 28 32s694ms 1s167ms 19 23 26s219ms 1s139ms 20 27 34s91ms 1s262ms 21 64 1m13s 1s142ms 22 21 23s826ms 1s134ms 23 16 18s544ms 1s159ms Jan 21 00 27 33s430ms 1s238ms 01 57 1m6s 1s161ms 02 14 15s958ms 1s139ms 03 19 21s507ms 1s131ms 04 23 26s277ms 1s142ms 05 13 15s77ms 1s159ms 06 46 52s945ms 1s150ms 07 13 14s641ms 1s126ms 08 34 38s691ms 1s137ms 09 34 38s676ms 1s137ms 10 22 24s395ms 1s108ms 11 15 16s651ms 1s110ms 12 15 16s839ms 1s122ms 13 56 1m5s 1s161ms 14 19 21s309ms 1s121ms 15 11 12s426ms 1s129ms 16 92 1m47s 1s167ms 17 52 1m 1s159ms 18 7 7s757ms 1s108ms 19 1 1s89ms 1s89ms 20 5 5s620ms 1s124ms 21 19 21s27ms 1s106ms 22 11 15s243ms 1s385ms 23 116 2m18s 1s196ms Jan 22 00 48 56s147ms 1s169ms 01 42 49s295ms 1s173ms 02 15 17s95ms 1s139ms 03 10 11s295ms 1s129ms 04 12 13s423ms 1s118ms 05 15 17s370ms 1s158ms 06 10 11s84ms 1s108ms 07 12 13s660ms 1s138ms 08 17 22s13ms 1s294ms 09 15 16s989ms 1s132ms 10 10 11s181ms 1s118ms 11 11 12s494ms 1s135ms 12 16 18s33ms 1s127ms 13 14 15s733ms 1s123ms 14 17 18s948ms 1s114ms 15 11 12s519ms 1s138ms 16 10 11s237ms 1s123ms 17 5 5s595ms 1s119ms 18 18 20s62ms 1s114ms 19 17 19s19ms 1s118ms 20 14 15s714ms 1s122ms 21 11 12s287ms 1s117ms 22 16 18s147ms 1s134ms 23 9 10s96ms 1s121ms Jan 23 00 8 9s87ms 1s135ms 01 16 18s192ms 1s137ms 02 7 7s844ms 1s120ms 03 15 16s932ms 1s128ms 04 9 10s292ms 1s143ms 05 17 19s619ms 1s154ms 06 8 9s18ms 1s127ms 07 5 5s579ms 1s115ms 08 15 16s960ms 1s130ms 09 12 13s262ms 1s105ms 10 7 7s898ms 1s128ms 11 13 14s481ms 1s113ms 12 11 12s150ms 1s104ms 13 13 14s477ms 1s113ms 14 9 10s113ms 1s123ms 15 5 5s655ms 1s131ms 16 7 7s958ms 1s136ms 17 7 7s767ms 1s109ms 18 14 15s484ms 1s106ms 19 8 8s808ms 1s101ms 20 11 12s230ms 1s111ms 21 9 10s74ms 1s119ms 22 6 6s845ms 1s140ms 23 15 17s71ms 1s138ms Jan 24 00 4 4s570ms 1s142ms 01 15 16s967ms 1s131ms 02 14 15s859ms 1s132ms 03 10 11s522ms 1s152ms 04 21 23s914ms 1s138ms 05 19 21s853ms 1s150ms 06 9 10s240ms 1s137ms 07 17 19s152ms 1s126ms 08 5 5s917ms 1s183ms 09 13 14s661ms 1s127ms 10 4 4s531ms 1s132ms 11 19 21s207ms 1s116ms 12 13 14s818ms 1s139ms 13 6 6s734ms 1s122ms 14 7 7s789ms 1s112ms 15 20 22s382ms 1s119ms 16 7 7s907ms 1s129ms 17 8 9s4ms 1s125ms 18 15 16s787ms 1s119ms 19 14 15s539ms 1s109ms 20 12 13s485ms 1s123ms 21 6 6s795ms 1s132ms 22 6 6s945ms 1s157ms 23 10 11s386ms 1s138ms Jan 25 00 19 21s766ms 1s145ms 01 9 10s63ms 1s118ms 02 15 17s98ms 1s139ms 03 14 15s946ms 1s139ms 04 8 9s86ms 1s135ms 05 15 17s453ms 1s163ms 06 17 19s430ms 1s142ms 07 6 6s828ms 1s138ms 08 13 14s613ms 1s124ms 09 6 6s594ms 1s99ms 10 8 8s967ms 1s120ms 11 11 12s728ms 1s157ms 12 13 14s609ms 1s123ms 13 15 17s46ms 1s136ms 14 13 14s617ms 1s124ms 15 14 15s881ms 1s134ms 16 8 9s59ms 1s132ms 17 11 12s527ms 1s138ms 18 2 2s244ms 1s122ms 19 5 5s589ms 1s117ms 20 19 21s63ms 1s108ms 21 14 15s973ms 1s140ms 22 11 12s588ms 1s144ms 23 11 12s553ms 1s141ms [ User: pubeu - Total duration: 9m14s - Times executed: 485 ]
[ User: qaeu - Total duration: 2s500ms - Times executed: 2 ]
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1475665' or receptorTerm.id = '1475665' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-21 00:01:02 Duration: 2s242ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '2016986' or receptorTerm.id = '2016986' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 20:14:41 Duration: 2s161ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1542402' or receptorTerm.id = '1542402' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 07:34:42 Duration: 2s152ms Database: ctdprd51 User: pubeu Bind query: yes
5 1,680 44m23s 1s9ms 2s108ms 1s585ms select c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposurereferencecount, case when cd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from chem_disease_axn a where a.chem_id = cd.chem_id and a.disease_id = cd.disease_id) else null end actiontypes from chem_disease cd inner join term c on cd.chem_id = c.id inner join term d on cd.disease_id = d.id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, cd.network_score desc nulls last, d.nm_sort, c.nm_sort limit ?;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Jan 19 05 1 1s302ms 1s302ms 07 2 3s691ms 1s845ms 09 1 1s900ms 1s900ms 18 2 3s658ms 1s829ms 21 2 3s327ms 1s663ms Jan 20 02 8 14s881ms 1s860ms 05 1 1s811ms 1s811ms 09 1 1s256ms 1s256ms 10 13 20s736ms 1s595ms 11 16 25s755ms 1s609ms 12 18 26s813ms 1s489ms 13 26 43s14ms 1s654ms 14 15 23s197ms 1s546ms 15 17 26s67ms 1s533ms 16 18 27s941ms 1s552ms 17 19 28s981ms 1s525ms 18 17 25s47ms 1s473ms 19 18 28s603ms 1s589ms 20 18 30s489ms 1s693ms 21 17 26s984ms 1s587ms 22 21 32s178ms 1s532ms 23 27 42s787ms 1s584ms Jan 21 00 17 27s136ms 1s596ms 01 14 21s954ms 1s568ms 02 14 22s485ms 1s606ms 03 18 30s792ms 1s710ms 04 20 30s676ms 1s533ms 05 16 24s346ms 1s521ms 06 8 13s164ms 1s645ms 07 20 31s732ms 1s586ms 08 10 17s976ms 1s797ms 09 11 18s130ms 1s648ms 10 16 26s213ms 1s638ms 11 20 30s838ms 1s541ms 12 17 25s140ms 1s478ms 13 17 26s950ms 1s585ms 14 11 18s167ms 1s651ms 15 21 31s80ms 1s480ms 16 11 19s154ms 1s741ms 17 8 11s885ms 1s485ms 18 2 3s663ms 1s831ms 20 1 1s861ms 1s861ms 21 2 3s686ms 1s843ms 22 5 7s503ms 1s500ms 23 2 3s145ms 1s572ms Jan 22 00 10 16s150ms 1s615ms 01 16 26s314ms 1s644ms 02 3 4s385ms 1s461ms 03 1 1s305ms 1s305ms 05 4 5s573ms 1s393ms 06 9 14s710ms 1s634ms 07 16 26s133ms 1s633ms 08 14 22s397ms 1s599ms 09 8 12s990ms 1s623ms 10 13 19s430ms 1s494ms 11 23 38s853ms 1s689ms 12 10 15s527ms 1s552ms 13 13 20s691ms 1s591ms 14 8 12s368ms 1s546ms 15 15 22s635ms 1s509ms 16 12 16s957ms 1s413ms 17 12 20s485ms 1s707ms 18 9 15s47ms 1s671ms 19 6 8s225ms 1s370ms 20 17 27s845ms 1s637ms 21 13 20s70ms 1s543ms 22 14 21s241ms 1s517ms 23 10 16s56ms 1s605ms Jan 23 00 14 21s747ms 1s553ms 01 23 37s853ms 1s645ms 02 13 20s90ms 1s545ms 03 12 18s845ms 1s570ms 04 13 19s500ms 1s500ms 05 20 34s119ms 1s705ms 06 19 28s480ms 1s498ms 07 11 16s752ms 1s522ms 08 8 13s624ms 1s703ms 09 12 18s38ms 1s503ms 10 20 31s46ms 1s552ms 11 12 19s415ms 1s617ms 12 19 28s678ms 1s509ms 13 10 16s878ms 1s687ms 14 14 23s796ms 1s699ms 15 8 13s141ms 1s642ms 16 14 22s398ms 1s599ms 17 9 13s678ms 1s519ms 18 14 21s456ms 1s532ms 19 7 11s810ms 1s687ms 20 16 23s743ms 1s483ms 21 15 24s881ms 1s658ms 22 14 23s77ms 1s648ms 23 14 21s693ms 1s549ms Jan 24 00 13 21s316ms 1s639ms 01 11 16s190ms 1s471ms 02 9 12s4ms 1s333ms 03 10 16s157ms 1s615ms 04 8 13s170ms 1s646ms 05 14 20s191ms 1s442ms 06 9 13s773ms 1s530ms 07 14 22s673ms 1s619ms 08 5 8s643ms 1s728ms 09 15 21s413ms 1s427ms 10 6 9s833ms 1s638ms 11 14 23s24ms 1s644ms 12 15 22s511ms 1s500ms 13 12 20s673ms 1s722ms 14 4 5s695ms 1s423ms 15 9 14s941ms 1s660ms 16 13 20s57ms 1s542ms 17 15 23s203ms 1s546ms 18 13 20s672ms 1s590ms 19 6 8s804ms 1s467ms 20 12 18s775ms 1s564ms 21 15 23s228ms 1s548ms 22 9 14s765ms 1s640ms 23 6 11s71ms 1s845ms Jan 25 00 7 10s631ms 1s518ms 01 10 16s851ms 1s685ms 02 14 22s392ms 1s599ms 03 8 12s403ms 1s550ms 04 15 25s588ms 1s705ms 05 8 10s665ms 1s333ms 06 14 22s501ms 1s607ms 07 7 10s275ms 1s467ms 08 17 27s275ms 1s604ms 09 16 24s307ms 1s519ms 10 14 21s797ms 1s556ms 11 17 27s146ms 1s596ms 12 11 16s858ms 1s532ms 13 12 19s903ms 1s658ms 14 11 18s993ms 1s726ms 15 7 10s4ms 1s429ms 16 15 23s716ms 1s581ms 17 13 20s988ms 1s614ms 18 7 12s275ms 1s753ms 19 6 9s767ms 1s627ms 20 17 27s966ms 1s645ms 21 10 17s352ms 1s735ms 22 7 11s218ms 1s602ms 23 14 21s859ms 1s561ms [ User: pubeu - Total duration: 8m31s - Times executed: 327 ]
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-21 07:48:17 Duration: 2s108ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-25 19:30:51 Duration: 2s86ms Bind query: yes
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-21 08:08:33 Duration: 2s80ms Bind query: yes
6 731 14m59s 1s109ms 2s400ms 1s230ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Jan 19 00 3 3s908ms 1s302ms 01 5 6s180ms 1s236ms 02 2 2s392ms 1s196ms 03 9 11s104ms 1s233ms 04 8 9s893ms 1s236ms 05 5 6s178ms 1s235ms 06 2 2s439ms 1s219ms 07 6 7s177ms 1s196ms 08 5 6s115ms 1s223ms 09 5 5s940ms 1s188ms 10 5 5s964ms 1s192ms 11 8 9s488ms 1s186ms 12 13 15s365ms 1s181ms 13 4 4s694ms 1s173ms 14 6 7s141ms 1s190ms 15 8 9s643ms 1s205ms 16 7 8s275ms 1s182ms 17 4 4s616ms 1s154ms 18 2 2s338ms 1s169ms 19 5 5s957ms 1s191ms 20 1 1s127ms 1s127ms 21 8 9s678ms 1s209ms 22 4 5s87ms 1s271ms 23 8 9s883ms 1s235ms Jan 20 00 5 5s921ms 1s184ms 01 5 5s871ms 1s174ms 02 9 10s745ms 1s193ms 05 5 6s235ms 1s247ms 06 4 4s792ms 1s198ms 07 3 3s589ms 1s196ms 08 10 11s837ms 1s183ms 09 4 4s765ms 1s191ms 10 4 4s985ms 1s246ms 11 4 4s978ms 1s244ms 12 2 2s449ms 1s224ms 13 7 8s384ms 1s197ms 14 6 7s130ms 1s188ms 15 1 1s234ms 1s234ms 16 7 8s473ms 1s210ms 17 5 6s123ms 1s224ms 18 8 9s749ms 1s218ms 19 12 15s82ms 1s256ms 20 12 16s493ms 1s374ms 21 10 12s222ms 1s222ms 22 3 3s640ms 1s213ms 23 3 3s669ms 1s223ms Jan 21 00 12 14s917ms 1s243ms 01 13 16s839ms 1s295ms 02 5 6s162ms 1s232ms 03 6 7s187ms 1s197ms 04 9 11s36ms 1s226ms 05 7 8s851ms 1s264ms 06 10 12s294ms 1s229ms 07 6 7s486ms 1s247ms 08 6 7s239ms 1s206ms 09 7 8s657ms 1s236ms 10 12 14s450ms 1s204ms 11 3 3s684ms 1s228ms 12 8 9s715ms 1s214ms 13 13 16s204ms 1s246ms 14 6 7s184ms 1s197ms 15 3 3s779ms 1s259ms 16 22 27s985ms 1s272ms 17 12 14s775ms 1s231ms 18 3 3s624ms 1s208ms 20 1 1s131ms 1s131ms 21 10 11s857ms 1s185ms 22 3 3s660ms 1s220ms 23 26 34s397ms 1s322ms Jan 22 00 16 19s986ms 1s249ms 01 9 11s548ms 1s283ms 02 10 12s287ms 1s228ms 03 7 8s694ms 1s242ms 04 4 4s757ms 1s189ms 05 7 8s726ms 1s246ms 06 1 1s221ms 1s221ms 07 2 2s518ms 1s259ms 08 3 3s601ms 1s200ms 10 4 4s838ms 1s209ms 11 4 4s921ms 1s230ms 12 1 1s220ms 1s220ms 13 1 1s215ms 1s215ms 14 2 2s375ms 1s187ms 16 3 3s562ms 1s187ms 17 3 3s580ms 1s193ms 18 6 7s418ms 1s236ms 20 2 2s430ms 1s215ms 21 1 1s235ms 1s235ms 22 4 4s976ms 1s244ms 23 1 1s241ms 1s241ms Jan 23 00 2 2s514ms 1s257ms 01 3 3s722ms 1s240ms 03 3 3s693ms 1s231ms 05 5 6s343ms 1s268ms 06 3 3s731ms 1s243ms 07 1 1s244ms 1s244ms 08 2 2s382ms 1s191ms 09 3 3s705ms 1s235ms 10 1 1s217ms 1s217ms 11 2 2s397ms 1s198ms 12 3 3s658ms 1s219ms 13 2 2s448ms 1s224ms 14 3 3s608ms 1s202ms 15 2 2s551ms 1s275ms 16 2 2s432ms 1s216ms 18 1 1s133ms 1s133ms 19 3 3s676ms 1s225ms 21 1 1s198ms 1s198ms 22 3 3s729ms 1s243ms 23 9 10s925ms 1s213ms Jan 24 00 1 1s260ms 1s260ms 01 2 2s345ms 1s172ms 02 2 2s480ms 1s240ms 03 4 4s828ms 1s207ms 04 2 2s393ms 1s196ms 05 4 4s984ms 1s246ms 06 6 7s265ms 1s210ms 07 2 2s432ms 1s216ms 08 3 3s771ms 1s257ms 09 1 1s227ms 1s227ms 10 2 2s586ms 1s293ms 11 3 3s695ms 1s231ms 12 5 6s118ms 1s223ms 13 3 3s728ms 1s242ms 14 1 1s235ms 1s235ms 15 4 5s63ms 1s265ms 17 5 5s988ms 1s197ms 18 1 1s176ms 1s176ms 19 4 4s824ms 1s206ms 20 2 2s423ms 1s211ms 21 1 1s223ms 1s223ms 22 3 3s708ms 1s236ms 23 4 5s80ms 1s270ms Jan 25 00 3 3s722ms 1s240ms 02 2 2s462ms 1s231ms 03 2 2s468ms 1s234ms 04 3 3s691ms 1s230ms 05 3 3s903ms 1s301ms 06 3 3s700ms 1s233ms 07 1 1s211ms 1s211ms 08 3 3s732ms 1s244ms 09 7 8s437ms 1s205ms 10 4 4s818ms 1s204ms 11 2 2s480ms 1s240ms 12 1 1s189ms 1s189ms 13 1 1s200ms 1s200ms 15 1 1s212ms 1s212ms 16 2 2s280ms 1s140ms 18 1 1s234ms 1s234ms 20 2 2s374ms 1s187ms 21 2 2s470ms 1s235ms 22 10 12s419ms 1s241ms 23 3 3s588ms 1s196ms [ User: pubeu - Total duration: 2m49s - Times executed: 137 ]
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1259370') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1259370') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-21 23:28:53 Duration: 2s400ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1231172') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1231172') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 20:13:24 Duration: 2s202ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1229727') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1229727') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-20 20:10:49 Duration: 2s89ms Bind query: yes
7 565 36m32s 1s2ms 13s350ms 3s881ms select d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, gd.network_score networkscore, gd.indirect_chem_qty inferredcount, gd.reference_qty referencecount, gd.exposure_reference_qty exposurereferencecount, case when gd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gd.gene_id and a.disease_id = gd.disease_id) else null end actiontypes from gene_disease gd inner join term g on gd.gene_id = g.id inner join term d on gd.disease_id = d.id where gd.disease_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, gd.network_score desc nulls last, g.nm_sort, d.nm_sort limit ?;Times Reported Time consuming queries #7
Day Hour Count Duration Avg duration Jan 19 00 1 1s222ms 1s222ms 01 1 1s359ms 1s359ms 02 3 3s797ms 1s265ms 03 2 3s775ms 1s887ms 04 7 51s582ms 7s368ms 05 1 2s730ms 2s730ms 08 2 3s37ms 1s518ms 09 1 4s821ms 4s821ms 10 1 4s793ms 4s793ms 12 1 5s45ms 5s45ms 13 4 14s713ms 3s678ms 14 6 24s480ms 4s80ms 15 2 8s95ms 4s47ms 17 1 1s912ms 1s912ms 18 1 2s748ms 2s748ms 19 1 1s372ms 1s372ms 20 2 12s763ms 6s381ms 22 1 5s83ms 5s83ms Jan 20 01 2 2s735ms 1s367ms 02 1 2s439ms 2s439ms 03 2 2s197ms 1s98ms 04 4 17s244ms 4s311ms 06 2 6s51ms 3s25ms 07 1 1s147ms 1s147ms 09 3 10s111ms 3s370ms 10 8 20s746ms 2s593ms 11 9 34s384ms 3s820ms 12 8 23s468ms 2s933ms 13 2 7s510ms 3s755ms 14 3 20s883ms 6s961ms 15 8 25s548ms 3s193ms 16 2 4s60ms 2s30ms 17 3 13s7ms 4s335ms 18 4 23s72ms 5s768ms 19 8 17s828ms 2s228ms 20 3 10s881ms 3s627ms 21 3 3s340ms 1s113ms 22 6 30s219ms 5s36ms 23 5 21s546ms 4s309ms Jan 21 00 3 14s129ms 4s709ms 01 5 13s546ms 2s709ms 02 4 16s379ms 4s94ms 03 5 12s35ms 2s407ms 04 6 14s977ms 2s496ms 05 4 14s197ms 3s549ms 06 13 53s916ms 4s147ms 07 11 52s369ms 4s760ms 08 3 8s340ms 2s780ms 09 9 34s729ms 3s858ms 10 6 24s536ms 4s89ms 11 5 23s465ms 4s693ms 12 6 9s766ms 1s627ms 13 6 25s226ms 4s204ms 14 9 37s745ms 4s193ms 15 8 25s854ms 3s231ms 16 10 35s894ms 3s589ms 17 5 17s801ms 3s560ms 19 1 2s901ms 2s901ms 21 2 8s360ms 4s180ms 22 4 17s706ms 4s426ms 23 5 13s25ms 2s605ms Jan 22 00 9 41s105ms 4s567ms 01 3 10s463ms 3s487ms 02 1 1s232ms 1s232ms 05 3 9s779ms 3s259ms 06 2 10s564ms 5s282ms 07 3 10s221ms 3s407ms 08 14 1m3s 4s513ms 09 6 27s423ms 4s570ms 10 4 16s858ms 4s214ms 11 3 6s781ms 2s260ms 12 7 30s51ms 4s293ms 13 3 3s706ms 1s235ms 14 6 31s146ms 5s191ms 15 4 12s630ms 3s157ms 16 2 6s663ms 3s331ms 17 3 22s951ms 7s650ms 18 3 20s257ms 6s752ms 19 5 12s216ms 2s443ms 20 9 41s847ms 4s649ms 21 7 26s330ms 3s761ms 22 2 2s559ms 1s279ms 23 7 23s316ms 3s330ms Jan 23 00 2 7s687ms 3s843ms 01 4 13s872ms 3s468ms 02 2 7s314ms 3s657ms 03 10 1m4s 6s442ms 04 4 11s470ms 2s867ms 05 4 20s698ms 5s174ms 06 1 2s223ms 2s223ms 07 2 13s911ms 6s955ms 08 2 2s984ms 1s492ms 09 6 18s734ms 3s122ms 10 6 32s573ms 5s428ms 12 4 12s400ms 3s100ms 13 2 13s927ms 6s963ms 14 4 19s229ms 4s807ms 16 2 3s202ms 1s601ms 17 2 4s210ms 2s105ms 18 4 15s433ms 3s858ms 19 4 22s44ms 5s511ms 20 4 23s600ms 5s900ms 21 3 13s101ms 4s367ms 22 4 16s228ms 4s57ms 23 1 1s834ms 1s834ms Jan 24 00 3 10s619ms 3s539ms 01 2 5s509ms 2s754ms 02 2 4s878ms 2s439ms 03 4 14s105ms 3s526ms 04 2 4s14ms 2s7ms 05 2 11s105ms 5s552ms 06 2 3s874ms 1s937ms 07 3 10s944ms 3s648ms 08 14 1m40s 7s150ms 09 3 14s177ms 4s725ms 10 2 5s766ms 2s883ms 12 1 6s398ms 6s398ms 13 1 2s217ms 2s217ms 14 3 14s967ms 4s989ms 15 4 17s627ms 4s406ms 16 3 11s167ms 3s722ms 17 2 3s182ms 1s591ms 18 3 6s151ms 2s50ms 19 2 8s14ms 4s7ms 20 1 3s65ms 3s65ms 22 2 4s468ms 2s234ms 23 4 17s573ms 4s393ms Jan 25 00 2 9s376ms 4s688ms 01 3 9s743ms 3s247ms 02 5 12s807ms 2s561ms 04 6 16s294ms 2s715ms 05 3 8s952ms 2s984ms 06 1 2s255ms 2s255ms 07 4 14s748ms 3s687ms 08 1 1s473ms 1s473ms 09 4 9s787ms 2s446ms 10 5 16s433ms 3s286ms 11 1 5s521ms 5s521ms 12 3 17s308ms 5s769ms 13 2 5s346ms 2s673ms 14 1 1s50ms 1s50ms 15 7 18s21ms 2s574ms 19 2 5s857ms 2s928ms 20 5 33s141ms 6s628ms 21 3 12s192ms 4s64ms 22 1 5s484ms 5s484ms 23 3 6s45ms 2s15ms [ User: pubeu - Total duration: 8m5s - Times executed: 111 ]
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-24 08:50:26 Duration: 13s350ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-19 04:21:48 Duration: 13s86ms Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-19 04:21:50 Duration: 12s765ms Bind query: yes
8 452 32m47s 1s 6s681ms 4s352ms select d.abbr dagabbr, d.nm dagnm, gt.level_min_no daglevelmin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pvalcorrected, te.raw_p_val pvalraw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, count(*) over () fullrowcount from term_enrichment te inner join dag_node gt on te.enriched_term_id = gt.object_id inner join dag d on gt.dag_id = d.id where te.term_id = ? and te.enriched_object_type_id = ? order by te.corrected_p_val, d.abbr, gt.nm_sort limit ?;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Jan 19 03 1 5s158ms 5s158ms 09 5 25s479ms 5s95ms 10 2 10s689ms 5s344ms 11 1 5s101ms 5s101ms 12 7 36s752ms 5s250ms 13 2 10s180ms 5s90ms 14 1 1s32ms 1s32ms 15 2 11s39ms 5s519ms 17 5 26s469ms 5s293ms 21 2 6s259ms 3s129ms 23 2 2s176ms 1s88ms Jan 20 03 1 1s16ms 1s16ms 04 1 5s576ms 5s576ms 05 6 25s974ms 4s329ms 07 2 10s297ms 5s148ms 08 3 11s662ms 3s887ms 09 1 1s10ms 1s10ms 10 3 11s730ms 3s910ms 11 2 10s569ms 5s284ms 12 6 22s783ms 3s797ms 13 8 32s892ms 4s111ms 14 2 6s165ms 3s82ms 15 3 11s630ms 3s876ms 16 5 22s502ms 4s500ms 17 3 11s736ms 3s912ms 18 2 10s532ms 5s266ms 19 3 7s458ms 2s486ms 20 5 28s923ms 5s784ms 21 4 18s437ms 4s609ms 22 3 15s537ms 5s179ms 23 3 11s528ms 3s842ms Jan 21 00 2 6s145ms 3s72ms 01 3 11s578ms 3s859ms 02 4 17s420ms 4s355ms 03 3 16s74ms 5s358ms 04 3 7s424ms 2s474ms 05 4 12s217ms 3s54ms 06 11 47s486ms 4s316ms 07 4 12s698ms 3s174ms 08 5 13s475ms 2s695ms 09 3 15s831ms 5s277ms 10 3 11s814ms 3s938ms 11 2 6s201ms 3s100ms 12 5 22s172ms 4s434ms 13 2 6s483ms 3s241ms 14 3 3s131ms 1s43ms 15 3 15s571ms 5s190ms 16 4 19s166ms 4s791ms 17 4 17s3ms 4s250ms 21 6 26s857ms 4s476ms 23 7 31s703ms 4s529ms Jan 22 00 3 15s742ms 5s247ms 01 1 5s220ms 5s220ms 02 3 11s450ms 3s816ms 04 1 5s153ms 5s153ms 06 5 26s220ms 5s244ms 07 1 5s331ms 5s331ms 08 3 11s638ms 3s879ms 10 4 16s748ms 4s187ms 11 7 29s82ms 4s154ms 12 2 10s449ms 5s224ms 13 2 10s455ms 5s227ms 14 1 5s226ms 5s226ms 15 2 10s474ms 5s237ms 16 1 5s238ms 5s238ms 17 8 42s178ms 5s272ms 18 4 16s833ms 4s208ms 19 1 1s30ms 1s30ms 20 5 26s121ms 5s224ms 21 6 27s144ms 4s524ms 22 1 1s30ms 1s30ms 23 4 16s678ms 4s169ms Jan 23 00 3 16s731ms 5s577ms 01 2 10s124ms 5s62ms 02 3 16s393ms 5s464ms 03 3 11s657ms 3s885ms 04 4 12s635ms 3s158ms 05 1 5s200ms 5s200ms 06 7 33s719ms 4s817ms 08 1 5s371ms 5s371ms 09 3 11s715ms 3s905ms 10 3 11s388ms 3s796ms 11 2 6s594ms 3s297ms 12 1 5s177ms 5s177ms 13 1 5s50ms 5s50ms 14 2 10s672ms 5s336ms 15 3 11s681ms 3s893ms 16 5 22s925ms 4s585ms 17 1 5s139ms 5s139ms 18 2 6s130ms 3s65ms 19 1 5s383ms 5s383ms 20 1 5s134ms 5s134ms 21 5 22s29ms 4s405ms 22 3 11s104ms 3s701ms 23 3 15s627ms 5s209ms Jan 24 00 3 11s724ms 3s908ms 01 2 10s690ms 5s345ms 02 7 32s908ms 4s701ms 03 3 11s424ms 3s808ms 05 9 45s446ms 5s49ms 06 3 15s874ms 5s291ms 07 3 15s832ms 5s277ms 08 3 3s111ms 1s37ms 10 6 27s655ms 4s609ms 11 1 5s760ms 5s760ms 13 1 5s501ms 5s501ms 14 3 15s543ms 5s181ms 15 3 7s386ms 2s462ms 16 5 17s160ms 3s432ms 17 1 5s378ms 5s378ms 18 3 7s192ms 2s397ms 19 1 5s168ms 5s168ms 20 9 43s556ms 4s839ms 21 2 10s467ms 5s233ms 22 1 1s45ms 1s45ms 23 1 5s212ms 5s212ms Jan 25 01 9 50s8ms 5s556ms 02 7 33s523ms 4s789ms 03 6 27s249ms 4s541ms 04 1 5s462ms 5s462ms 05 1 1s26ms 1s26ms 06 3 11s515ms 3s838ms 07 1 5s243ms 5s243ms 08 3 11s655ms 3s885ms 09 2 6s347ms 3s173ms 10 4 13s292ms 3s323ms 11 2 10s878ms 5s439ms 12 6 23s993ms 3s998ms 13 2 10s617ms 5s308ms 14 2 10s798ms 5s399ms 16 5 22s754ms 4s550ms 17 6 14s837ms 2s472ms 18 8 43s128ms 5s391ms 20 6 28s29ms 4s671ms 21 4 16s623ms 4s155ms 22 2 10s629ms 5s314ms [ User: pubeu - Total duration: 5m51s - Times executed: 77 ]
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1362020' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-21 16:19:10 Duration: 6s681ms Bind query: yes
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1267688' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-20 20:47:18 Duration: 6s478ms Bind query: yes
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1267688' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-20 20:47:18 Duration: 6s447ms Database: ctdprd51 User: pubeu Bind query: yes
9 423 55m27s 1s15ms 22s724ms 7s866ms select sq.*, count(*) over () fullrowcount from ( select distinct gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid from dag_node gt inner join gene_go_annot gga on gt.object_id = gga.go_term_id inner join term g on gga.gene_id = g.id where gt.id in ( select p.descendant_dag_node_id from dag_path p where p.ancestor_object_id = ?) and gga.is_not = false) sq order by sq.gonmsort, sq.genesymbolsort limit ?;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Jan 19 05 6 1m58s 19s683ms 06 2 16s134ms 8s67ms 07 3 19s517ms 6s505ms 08 2 15s450ms 7s725ms 10 1 1s112ms 1s112ms 14 2 43s990ms 21s995ms 15 3 1m5s 21s979ms 18 8 1m26s 10s772ms 19 1 20s888ms 20s888ms 20 1 1s271ms 1s271ms 21 1 3s802ms 3s802ms 23 6 18s183ms 3s30ms Jan 20 01 3 22s159ms 7s386ms 04 1 20s511ms 20s511ms 05 5 1m8s 13s781ms 07 2 15s880ms 7s940ms 09 2 10s167ms 5s83ms 10 1 1s168ms 1s168ms 11 3 23s310ms 7s770ms 12 4 24s519ms 6s129ms 13 1 1s135ms 1s135ms 14 5 36s56ms 7s211ms 15 4 47s677ms 11s919ms 16 3 14s580ms 4s860ms 17 3 26s738ms 8s912ms 18 7 1m2s 8s858ms 19 6 35s114ms 5s852ms 20 5 1m22s 16s588ms 21 7 12s355ms 1s765ms 22 5 47s306ms 9s461ms 23 4 7s367ms 1s841ms Jan 21 00 4 21s429ms 5s357ms 01 7 39s932ms 5s704ms 02 6 31s21ms 5s170ms 03 2 15s316ms 7s658ms 04 1 17s879ms 17s879ms 05 5 44s307ms 8s861ms 06 7 48s735ms 6s962ms 07 3 39s304ms 13s101ms 08 2 18s435ms 9s217ms 09 7 51s782ms 7s397ms 10 1 1s539ms 1s539ms 11 4 8s206ms 2s51ms 12 2 22s670ms 11s335ms 13 9 44s843ms 4s982ms 14 3 52s963ms 17s654ms 15 7 32s685ms 4s669ms 16 7 37s313ms 5s330ms 17 3 14s979ms 4s993ms 22 1 1s311ms 1s311ms 23 3 40s592ms 13s530ms Jan 22 01 2 28s971ms 14s485ms 02 2 18s378ms 9s189ms 03 3 1m5s 21s910ms 04 3 20s690ms 6s896ms 05 1 1s81ms 1s81ms 06 5 37s406ms 7s481ms 08 6 31s688ms 5s281ms 09 2 27s411ms 13s705ms 11 3 28s152ms 9s384ms 12 3 13s417ms 4s472ms 13 5 7s972ms 1s594ms 14 4 45s472ms 11s368ms 15 2 6s959ms 3s479ms 16 4 1m 15s228ms 18 3 29s827ms 9s942ms 21 5 10s953ms 2s190ms 22 7 1m9s 9s872ms 23 6 1m20s 13s423ms Jan 23 00 1 20s930ms 20s930ms 01 2 21s544ms 10s772ms 02 5 32s936ms 6s587ms 03 2 7s245ms 3s622ms 04 6 27s553ms 4s592ms 05 4 44s915ms 11s228ms 06 2 3s590ms 1s795ms 07 2 5s130ms 2s565ms 08 4 41s401ms 10s350ms 09 2 12s183ms 6s91ms 10 2 38s877ms 19s438ms 11 4 7s349ms 1s837ms 12 3 27s323ms 9s107ms 14 3 24s693ms 8s231ms 15 1 10s884ms 10s884ms 16 4 26s411ms 6s602ms 17 3 4s469ms 1s489ms 18 3 7s49ms 2s349ms 19 3 16s451ms 5s483ms 20 1 2s929ms 2s929ms 21 2 24s729ms 12s364ms 23 1 10s769ms 10s769ms Jan 24 00 1 1s94ms 1s94ms 01 1 10s998ms 10s998ms 02 1 3s984ms 3s984ms 03 5 1m42s 20s578ms 04 1 3s808ms 3s808ms 05 5 19s56ms 3s811ms 06 3 20s353ms 6s784ms 07 1 17s308ms 17s308ms 08 1 4s386ms 4s386ms 09 1 1s76ms 1s76ms 10 4 16s507ms 4s126ms 12 2 11s775ms 5s887ms 13 2 5s355ms 2s677ms 14 2 6s445ms 3s222ms 15 2 5s504ms 2s752ms 16 3 26s248ms 8s749ms 17 4 24s250ms 6s62ms 19 1 1s745ms 1s745ms 20 2 22s821ms 11s410ms 21 4 22s875ms 5s718ms 22 1 3s560ms 3s560ms 23 7 33s566ms 4s795ms Jan 25 00 3 35s810ms 11s936ms 01 5 1m32s 18s445ms 02 5 11s225ms 2s245ms 04 1 3s98ms 3s98ms 05 1 1s492ms 1s492ms 06 4 29s824ms 7s456ms 07 1 3s897ms 3s897ms 08 1 10s770ms 10s770ms 09 4 47s760ms 11s940ms 10 2 3s145ms 1s572ms 11 2 22s239ms 11s119ms 14 1 2s364ms 2s364ms 16 3 27s63ms 9s21ms 17 4 30s18ms 7s504ms 18 1 1s92ms 1s92ms 19 3 24s199ms 8s66ms 20 1 1s64ms 1s64ms 21 1 3s297ms 3s297ms 22 5 41s280ms 8s256ms 23 4 10s249ms 2s562ms [ User: pubeu - Total duration: 14m - Times executed: 97 ]
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-20 05:48:07 Duration: 22s724ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-23 12:31:57 Duration: 22s533ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-25 01:41:22 Duration: 22s529ms Database: ctdprd51 User: pubeu Bind query: yes
10 399 11h59m53s 1s335ms 19m2s 1m48s select phenotypeterm.nm gonm, phenotypeterm.nm_html gonmhtml, phenotypeterm.acc_txt goacc, phenotypeterm.id goid, diseaseterm.nm diseasenm, diseaseterm.acc_txt diseaseacc, diseaseterm.acc_db_cd diseaseaccdbcd, diseaseterm.id diseaseid, via_gene_qty genenetworkcount, via_chem_qty chemnetworkcount, indirect_reference_qty referencecount, count(*) over () fullrowcount from phenotype_term pt inner join term phenotypeterm on pt.phenotype_id = phenotypeterm.id inner join term diseaseterm on pt.term_id = diseaseterm.id where phenotypeterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?) and diseaseterm.object_type_id = ? order by chemnetworkcount desc, genenetworkcount desc limit ?;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Jan 19 01 2 6m22s 3m11s 06 1 3s491ms 3s491ms 07 3 14m17s 4m45s 08 1 3s300ms 3s300ms 13 1 2s492ms 2s492ms 14 2 17m27s 8m43s 17 6 37m21s 6m13s 18 3 14m19s 4m46s Jan 20 07 3 26m11s 8m43s 08 1 1s706ms 1s706ms 10 3 6s934ms 2s311ms 11 1 4m10s 4m10s 12 7 11m2s 1m34s 13 3 3m1s 1m 14 3 5s409ms 1s803ms 15 2 5s97ms 2s548ms 16 4 4m11s 1m2s 17 3 8m55s 2m58s 18 7 31m23s 4m29s 19 5 6m57s 1m23s 20 5 26m43s 5m20s 21 8 8m58s 1m7s 22 4 9s948ms 2s487ms 23 2 4m58s 2m29s Jan 21 00 7 13m34s 1m56s 01 9 5m26s 36s269ms 02 3 1m20s 26s888ms 03 4 16m 4m 04 2 3s873ms 1s936ms 05 3 5m31s 1m50s 06 2 4s944ms 2s472ms 07 2 2m9s 1m4s 08 4 9s657ms 2s414ms 09 8 18s538ms 2s317ms 10 3 5s307ms 1s769ms 11 2 3s198ms 1s599ms 12 5 7m56s 1m35s 13 4 7s836ms 1s959ms 14 3 4m56s 1m38s 15 2 5m14s 2m37s 16 3 3m24s 1m8s 17 1 2m35s 2m35s 20 1 3m18s 3m18s 22 3 26m23s 8m47s 23 5 14m28s 2m53s Jan 22 00 4 2m15s 33s863ms 01 4 11m3s 2m45s 05 1 1s728ms 1s728ms 07 5 53m40s 10m44s 08 8 55m43s 6m57s 10 3 5s613ms 1s871ms 11 3 7s28ms 2s342ms 12 6 4m19s 43s218ms 15 2 5s253ms 2s626ms 16 2 3m20s 1m40s 17 4 4m20s 1m5s 18 5 9m5s 1m49s 19 7 13m38s 1m56s 20 2 4s159ms 2s79ms 21 3 5s158ms 1s719ms 22 1 3s271ms 3s271ms 23 2 4s412ms 2s206ms Jan 23 00 3 26m7s 8m42s 01 3 5s276ms 1s758ms 02 1 2s435ms 2s435ms 03 4 8m51s 2m12s 04 3 4m46s 1m35s 05 4 8s208ms 2s52ms 06 2 3s801ms 1s900ms 07 5 3m10s 38s147ms 08 1 1s518ms 1s518ms 09 5 3m4s 36s904ms 10 3 5s620ms 1s873ms 11 4 10m28s 2m37s 12 1 2s414ms 2s414ms 13 5 10m9s 2m1s 14 2 4m56s 2m28s 15 5 10s923ms 2s184ms 16 2 6s344ms 3s172ms 17 4 3m33s 53s273ms 18 2 5s254ms 2s627ms 19 5 6m9s 1m13s 20 4 8m9s 2m2s 21 2 5s386ms 2s693ms 22 3 7s155ms 2s385ms 23 4 8m31s 2m7s Jan 24 00 1 1s715ms 1s715ms 02 2 1m24s 42s52ms 03 2 3s509ms 1s754ms 04 5 3m38s 43s720ms 05 3 7s505ms 2s501ms 06 3 50s331ms 16s777ms 07 1 1s649ms 1s649ms 10 1 3s361ms 3s361ms 11 2 4m26s 2m13s 12 2 4s502ms 2s251ms 14 3 17m52s 5m57s 15 2 5s145ms 2s572ms 17 2 3m23s 1m41s 18 6 5m36s 56s103ms 19 2 1m18s 39s254ms 20 6 21m37s 3m36s 21 1 3s239ms 3s239ms 22 6 10m9s 1m41s 23 2 4s543ms 2s271ms Jan 25 00 4 1m52s 28s143ms 02 2 4s971ms 2s485ms 03 2 4s499ms 2s249ms 04 2 3m46s 1m53s 05 5 9m45s 1m57s 06 3 3m31s 1m10s 07 2 5s75ms 2s537ms 08 5 4m17s 51s519ms 09 2 2m59s 1m29s 10 3 7s341ms 2s447ms 11 2 3m13s 1m36s 12 3 4m15s 1m25s 14 1 1s697ms 1s697ms 15 1 3m44s 3m44s 16 2 2m9s 1m4s 18 3 4m13s 1m24s 19 3 6s690ms 2s230ms 20 1 1s800ms 1s800ms 22 4 7m14s 1m48s 23 2 3s196ms 1s598ms [ User: pubeu - Total duration: 2h16m53s - Times executed: 76 ]
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 08:30:29 Duration: 19m2s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 08:30:17 Duration: 18m44s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 07:22:03 Duration: 18m5s Bind query: yes
11 392 8m19s 1s103ms 2s380ms 1s273ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Jan 19 00 2 2s569ms 1s284ms 01 1 1s244ms 1s244ms 05 2 2s658ms 1s329ms 06 1 1s221ms 1s221ms 07 1 1s131ms 1s131ms 08 1 1s234ms 1s234ms 09 3 3s707ms 1s235ms 10 1 1s256ms 1s256ms 11 1 1s187ms 1s187ms 12 3 3s639ms 1s213ms 13 2 2s491ms 1s245ms 14 1 1s221ms 1s221ms 15 1 1s215ms 1s215ms 16 4 4s754ms 1s188ms 17 1 1s190ms 1s190ms 19 4 4s823ms 1s205ms 20 4 4s753ms 1s188ms 21 6 7s64ms 1s177ms 22 1 1s205ms 1s205ms 23 1 1s232ms 1s232ms Jan 20 00 2 2s490ms 1s245ms 01 1 1s175ms 1s175ms 02 3 3s627ms 1s209ms 03 2 2s494ms 1s247ms 04 1 1s210ms 1s210ms 05 3 3s881ms 1s293ms 06 2 2s357ms 1s178ms 07 2 3s302ms 1s651ms 08 3 3s686ms 1s228ms 09 6 7s166ms 1s194ms 10 3 3s697ms 1s232ms 11 3 3s742ms 1s247ms 12 6 7s357ms 1s226ms 14 6 7s251ms 1s208ms 15 2 2s489ms 1s244ms 17 1 1s247ms 1s247ms 18 2 2s460ms 1s230ms 19 2 2s464ms 1s232ms 20 5 5s975ms 1s195ms 21 5 6s243ms 1s248ms 22 2 2s423ms 1s211ms 23 5 6s199ms 1s239ms Jan 21 00 5 6s427ms 1s285ms 01 1 1s300ms 1s300ms 02 2 2s502ms 1s251ms 03 6 7s760ms 1s293ms 04 2 2s566ms 1s283ms 05 5 6s469ms 1s293ms 06 1 1s155ms 1s155ms 07 4 4s891ms 1s222ms 08 3 3s688ms 1s229ms 09 3 3s761ms 1s253ms 10 4 5s453ms 1s363ms 11 6 7s495ms 1s249ms 12 3 3s656ms 1s218ms 13 6 7s646ms 1s274ms 14 5 6s356ms 1s271ms 15 1 1s240ms 1s240ms 16 5 6s246ms 1s249ms 17 2 2s385ms 1s192ms 19 1 1s430ms 1s430ms 21 3 4s234ms 1s411ms 22 6 7s369ms 1s228ms 23 4 5s197ms 1s299ms Jan 22 00 6 8s99ms 1s349ms 01 11 14s279ms 1s298ms 02 4 4s922ms 1s230ms 03 1 1s300ms 1s300ms 04 2 2s468ms 1s234ms 05 5 6s599ms 1s319ms 06 3 3s688ms 1s229ms 07 3 3s862ms 1s287ms 08 7 13s843ms 1s977ms 10 1 1s184ms 1s184ms 11 2 2s462ms 1s231ms 13 2 2s562ms 1s281ms 14 2 2s660ms 1s330ms 15 4 5s475ms 1s368ms 16 3 3s633ms 1s211ms 17 2 2s401ms 1s200ms 18 2 3s178ms 1s589ms 19 2 2s406ms 1s203ms 20 3 3s616ms 1s205ms 21 3 3s717ms 1s239ms 22 3 3s611ms 1s203ms 23 1 1s280ms 1s280ms Jan 23 00 1 1s269ms 1s269ms 01 4 5s64ms 1s266ms 02 2 2s390ms 1s195ms 03 3 3s772ms 1s257ms 04 3 3s757ms 1s252ms 05 3 3s987ms 1s329ms 06 1 1s366ms 1s366ms 07 1 1s353ms 1s353ms 08 4 5s486ms 1s371ms 09 4 5s430ms 1s357ms 10 1 1s207ms 1s207ms 11 2 2s485ms 1s242ms 12 2 2s486ms 1s243ms 14 1 1s196ms 1s196ms 15 3 4s74ms 1s358ms 16 2 2s545ms 1s272ms 17 5 6s217ms 1s243ms 18 4 4s865ms 1s216ms 19 3 3s723ms 1s241ms 20 3 3s711ms 1s237ms 21 4 5s72ms 1s268ms 22 1 1s159ms 1s159ms 23 4 5s95ms 1s273ms Jan 24 04 2 2s675ms 1s337ms 05 4 5s245ms 1s311ms 06 1 1s285ms 1s285ms 07 3 3s711ms 1s237ms 08 4 4s891ms 1s222ms 10 3 3s637ms 1s212ms 11 1 1s141ms 1s141ms 14 3 3s796ms 1s265ms 16 2 2s895ms 1s447ms 18 1 1s195ms 1s195ms 20 1 1s233ms 1s233ms 22 2 2s544ms 1s272ms 23 1 1s305ms 1s305ms Jan 25 00 1 1s270ms 1s270ms 01 3 3s752ms 1s250ms 02 2 2s443ms 1s221ms 05 5 6s633ms 1s326ms 06 2 2s558ms 1s279ms 08 4 4s939ms 1s234ms 09 1 1s290ms 1s290ms 10 1 1s215ms 1s215ms 11 1 1s241ms 1s241ms 12 1 1s275ms 1s275ms 13 2 2s369ms 1s184ms 14 2 2s742ms 1s371ms 15 3 3s781ms 1s260ms 16 4 4s790ms 1s197ms 17 1 1s198ms 1s198ms 18 2 2s506ms 1s253ms 20 1 1s214ms 1s214ms 21 5 6s223ms 1s244ms 22 3 3s890ms 1s296ms 23 1 1s220ms 1s220ms [ User: pubeu - Total duration: 1m35s - Times executed: 76 ]
[ User: qaeu - Total duration: 6s822ms - Times executed: 5 ]
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = '2083368') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '2083368') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-22 08:21:02 Duration: 2s380ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = '2080028') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '2080028') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-22 08:16:08 Duration: 2s351ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = '2088889') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '2088889') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-01-22 08:18:51 Duration: 2s273ms Bind query: yes
12 374 25m34s 3s730ms 16s749ms 4s101ms select coalesce(st.alt_nm, t.nm) slimtermnm, ( select count(*) from slim_term_mapping stm inner join chem_disease cd on cd.disease_id = stm.mapped_term_id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) and stm.slim_term_id = st.slim_term_id and cd.curated_reference_qty > ?) curatedcount, ( select count(*) from slim_term_mapping stm inner join chem_disease cd on cd.disease_id = stm.mapped_term_id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) and stm.slim_term_id = st.slim_term_id and cd.indirect_gene_qty > ?) inferredcount from slim_term st inner join term t on st.slim_term_id = t.id where st.slim_id = ? order by ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Jan 19 02 2 8s226ms 4s113ms 03 3 11s718ms 3s906ms 06 2 8s39ms 4s19ms 07 2 7s834ms 3s917ms 09 3 12s98ms 4s32ms 10 1 3s864ms 3s864ms 12 5 19s460ms 3s892ms 13 2 7s982ms 3s991ms 14 1 4s288ms 4s288ms 15 4 15s413ms 3s853ms 18 2 7s774ms 3s887ms 21 1 4s109ms 4s109ms 22 2 7s747ms 3s873ms 23 5 19s357ms 3s871ms Jan 20 00 2 7s747ms 3s873ms 01 1 3s841ms 3s841ms 02 2 9s235ms 4s617ms 03 3 11s778ms 3s926ms 04 4 17s420ms 4s355ms 05 2 7s831ms 3s915ms 06 2 7s821ms 3s910ms 07 1 3s821ms 3s821ms 08 2 7s707ms 3s853ms 09 4 15s533ms 3s883ms 10 3 11s931ms 3s977ms 11 2 8s163ms 4s81ms 12 1 3s885ms 3s885ms 13 1 4s30ms 4s30ms 14 2 7s845ms 3s922ms 15 3 11s983ms 3s994ms 16 7 27s786ms 3s969ms 18 1 4s159ms 4s159ms 19 11 42s774ms 3s888ms 20 4 28s921ms 7s230ms 21 3 12s144ms 4s48ms 22 5 19s481ms 3s896ms 23 7 27s409ms 3s915ms Jan 21 00 7 27s432ms 3s918ms 01 15 1m 4s51ms 02 9 34s990ms 3s887ms 03 1 3s801ms 3s801ms 04 4 16s156ms 4s39ms 05 2 8s233ms 4s116ms 06 2 8s88ms 4s44ms 07 6 24s217ms 4s36ms 08 8 32s335ms 4s41ms 09 1 3s983ms 3s983ms 10 2 7s801ms 3s900ms 12 4 15s756ms 3s939ms 13 4 16s278ms 4s69ms 14 2 8s65ms 4s32ms 15 1 4s199ms 4s199ms 16 1 3s950ms 3s950ms 17 1 3s862ms 3s862ms 18 6 23s784ms 3s964ms 19 3 11s945ms 3s981ms 20 1 3s862ms 3s862ms 21 1 3s863ms 3s863ms Jan 22 00 1 4s32ms 4s32ms 01 2 7s773ms 3s886ms 03 7 27s616ms 3s945ms 04 3 12s318ms 4s106ms 05 4 16s159ms 4s39ms 06 2 8s101ms 4s50ms 08 1 3s965ms 3s965ms 09 3 11s855ms 3s951ms 11 2 7s750ms 3s875ms 13 1 3s992ms 3s992ms 14 1 3s879ms 3s879ms 15 2 7s830ms 3s915ms 16 1 3s965ms 3s965ms 17 1 4s45ms 4s45ms 18 1 3s905ms 3s905ms 19 1 4s431ms 4s431ms 20 2 7s922ms 3s961ms 21 2 7s991ms 3s995ms 22 1 3s959ms 3s959ms 23 1 4s5ms 4s5ms Jan 23 00 2 7s927ms 3s963ms 01 2 8s140ms 4s70ms 02 3 11s744ms 3s914ms 03 6 23s818ms 3s969ms 04 4 29s881ms 7s470ms 05 2 8s406ms 4s203ms 06 1 3s847ms 3s847ms 07 4 16s80ms 4s20ms 08 3 12s62ms 4s20ms 09 6 23s784ms 3s964ms 10 3 11s908ms 3s969ms 11 5 19s734ms 3s946ms 12 2 7s831ms 3s915ms 13 1 3s870ms 3s870ms 14 6 24s301ms 4s50ms 16 3 12s344ms 4s114ms 17 2 8s124ms 4s62ms 18 1 3s943ms 3s943ms 20 8 49s48ms 6s131ms 21 3 12s235ms 4s78ms 22 1 4s305ms 4s305ms 23 1 3s981ms 3s981ms Jan 24 00 1 3s956ms 3s956ms 01 1 3s973ms 3s973ms 03 2 7s729ms 3s864ms 04 2 8s57ms 4s28ms 05 2 8s306ms 4s153ms 06 3 11s890ms 3s963ms 07 3 11s750ms 3s916ms 08 1 3s840ms 3s840ms 09 2 8s198ms 4s99ms 10 3 11s965ms 3s988ms 11 10 39s988ms 3s998ms 12 18 1m10s 3s943ms 13 8 31s300ms 3s912ms 15 1 3s886ms 3s886ms 19 2 7s925ms 3s962ms 20 1 3s954ms 3s954ms 22 1 4s317ms 4s317ms Jan 25 00 1 3s947ms 3s947ms 05 3 12s105ms 4s35ms 06 3 11s954ms 3s984ms 07 1 3s894ms 3s894ms 09 2 9s12ms 4s506ms 10 1 4s40ms 4s40ms 11 1 3s912ms 3s912ms 15 1 3s896ms 3s896ms 19 1 4s7ms 4s7ms 22 1 3s908ms 3s908ms 23 1 4s 4s [ User: pubeu - Total duration: 5m13s - Times executed: 75 ]
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-23 04:57:07 Duration: 16s749ms Bind query: yes
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-23 20:10:30 Duration: 16s433ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1336334') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1336334') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-20 20:13:35 Duration: 10s550ms Bind query: yes
13 326 12m36s 1s15ms 6s149ms 2s320ms select * from ( select g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, count(*) over () fullrowcount from term g where g.id in ( select gt.gene_id from dag_path dp inner join gene_taxon gt on dp.descendant_object_id = gt.taxon_id where dp.ancestor_object_id = ? union all select gcr.gene_id from dag_path dp inner join gene_chem_reference gcr on dp.descendant_object_id = gcr.taxon_id where dp.ancestor_object_id = ?) offset ?) mq order by mq.genesymbolsort limit ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Jan 19 00 1 2s127ms 2s127ms 02 3 5s943ms 1s981ms 05 6 8s265ms 1s377ms 06 6 10s986ms 1s831ms 07 2 4s283ms 2s141ms 09 4 15s835ms 3s958ms 17 4 4s945ms 1s236ms 18 5 16s39ms 3s207ms 20 7 25s204ms 3s600ms 21 3 10s428ms 3s476ms 23 2 2s482ms 1s241ms Jan 20 00 3 3s103ms 1s34ms 07 7 26s694ms 3s813ms 09 1 2s61ms 2s61ms 10 2 3s484ms 1s742ms 11 3 4s914ms 1s638ms 12 4 11s401ms 2s850ms 13 1 1s314ms 1s314ms 14 3 10s321ms 3s440ms 15 4 7s571ms 1s892ms 16 4 19s425ms 4s856ms 17 2 4s811ms 2s405ms 18 5 10s800ms 2s160ms 19 4 7s1ms 1s750ms 20 4 8s962ms 2s240ms 21 1 1s331ms 1s331ms 22 2 4s272ms 2s136ms 23 3 5s419ms 1s806ms Jan 21 00 1 1s203ms 1s203ms 01 3 5s389ms 1s796ms 02 4 7s51ms 1s762ms 03 5 8s866ms 1s773ms 04 1 2s66ms 2s66ms 05 3 5s416ms 1s805ms 06 2 3s586ms 1s793ms 07 1 1s443ms 1s443ms 09 2 4s281ms 2s140ms 10 3 6s296ms 2s98ms 11 4 11s488ms 2s872ms 12 4 12s345ms 3s86ms 13 4 8s183ms 2s45ms 14 3 5s508ms 1s836ms 15 1 2s142ms 2s142ms 16 2 3s415ms 1s707ms 17 1 2s264ms 2s264ms 21 1 1s135ms 1s135ms 22 6 18s917ms 3s152ms 23 5 10s783ms 2s156ms Jan 22 00 1 1s61ms 1s61ms 01 3 6s714ms 2s238ms 02 1 1s648ms 1s648ms 06 1 5s735ms 5s735ms 07 9 32s316ms 3s590ms 08 1 5s746ms 5s746ms 09 1 2s67ms 2s67ms 10 1 1s487ms 1s487ms 11 3 6s990ms 2s330ms 12 1 5s641ms 5s641ms 13 2 3s668ms 1s834ms 14 2 3s271ms 1s635ms 15 1 2s112ms 2s112ms 16 3 5s714ms 1s904ms 17 2 4s309ms 2s154ms 19 3 4s765ms 1s588ms 20 2 7s832ms 3s916ms 21 4 7s546ms 1s886ms 22 2 2s669ms 1s334ms 23 1 2s134ms 2s134ms Jan 23 00 2 3s58ms 1s529ms 01 1 1s24ms 1s24ms 03 4 7s526ms 1s881ms 04 1 2s140ms 2s140ms 05 1 1s286ms 1s286ms 06 1 2s190ms 2s190ms 07 1 1s629ms 1s629ms 09 3 5s532ms 1s844ms 10 1 1s155ms 1s155ms 11 1 1s605ms 1s605ms 12 3 6s370ms 2s123ms 13 1 1s223ms 1s223ms 14 1 1s44ms 1s44ms 15 2 2s312ms 1s156ms 16 2 2s698ms 1s349ms 17 5 8s545ms 1s709ms 18 2 4s298ms 2s149ms 20 1 1s221ms 1s221ms 21 5 9s694ms 1s938ms 22 3 5s853ms 1s951ms 23 1 1s486ms 1s486ms Jan 24 01 5 15s936ms 3s187ms 02 3 6s339ms 2s113ms 03 5 9s724ms 1s944ms 05 5 18s360ms 3s672ms 06 2 3s590ms 1s795ms 09 3 6s197ms 2s65ms 12 3 4s903ms 1s634ms 13 1 2s279ms 2s279ms 14 2 3s214ms 1s607ms 15 5 14s838ms 2s967ms 16 1 1s261ms 1s261ms 17 1 2s111ms 2s111ms 20 1 2s191ms 2s191ms 21 3 5s403ms 1s801ms 22 2 2s259ms 1s129ms 23 3 6s876ms 2s292ms Jan 25 00 1 2s620ms 2s620ms 01 4 7s936ms 1s984ms 02 2 4s407ms 2s203ms 03 2 3s218ms 1s609ms 04 1 2s165ms 2s165ms 05 3 9s684ms 3s228ms 06 1 2s193ms 2s193ms 09 3 6s95ms 2s31ms 10 4 7s849ms 1s962ms 11 3 10s116ms 3s372ms 12 1 2s134ms 2s134ms 14 2 4s782ms 2s391ms 15 3 11s15ms 3s671ms 16 2 5s417ms 2s708ms 17 2 3s364ms 1s682ms 18 2 8s348ms 4s174ms 19 1 2s292ms 2s292ms 20 1 1s572ms 1s572ms 22 3 5s835ms 1s945ms 23 2 3s309ms 1s654ms [ User: pubeu - Total duration: 2m52s - Times executed: 75 ]
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SELECT /* TaxonGenesDAO */ * FROM ( SELECT g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gt.gene_id FROM dag_path dp INNER JOIN gene_taxon gt ON dp.descendant_object_id = gt.taxon_id WHERE dp.ancestor_object_id = '655388' UNION ALL SELECT gcr.gene_id FROM dag_path dp INNER JOIN gene_chem_reference gcr ON dp.descendant_object_id = gcr.taxon_id WHERE dp.ancestor_object_id = '655388') OFFSET 0) mq ORDER BY mq.genesymbolsort LIMIT 50;
Date: 2025-01-19 09:55:13 Duration: 6s149ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* TaxonGenesDAO */ * FROM ( SELECT g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gt.gene_id FROM dag_path dp INNER JOIN gene_taxon gt ON dp.descendant_object_id = gt.taxon_id WHERE dp.ancestor_object_id = '655388' UNION ALL SELECT gcr.gene_id FROM dag_path dp INNER JOIN gene_chem_reference gcr ON dp.descendant_object_id = gcr.taxon_id WHERE dp.ancestor_object_id = '655388') OFFSET 0) mq ORDER BY mq.genesymbolsort LIMIT 50;
Date: 2025-01-22 07:08:33 Duration: 6s89ms Bind query: yes
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SELECT /* TaxonGenesDAO */ * FROM ( SELECT g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gt.gene_id FROM dag_path dp INNER JOIN gene_taxon gt ON dp.descendant_object_id = gt.taxon_id WHERE dp.ancestor_object_id = '655388' UNION ALL SELECT gcr.gene_id FROM dag_path dp INNER JOIN gene_chem_reference gcr ON dp.descendant_object_id = gcr.taxon_id WHERE dp.ancestor_object_id = '655388') OFFSET 0) mq ORDER BY mq.genesymbolsort LIMIT 50;
Date: 2025-01-19 21:19:03 Duration: 6s45ms Bind query: yes
14 293 26m55s 1s 18s526ms 5s514ms select distinct associatedterm.nm || ? || o.cd || ? || associatedterm.nm_html || ? || associatedterm.acc_txt || ? || associatedterm.acc_db_cd as associatedterm, associatedterm.id associatedtermid, ptr.ixn_id ixnid, associatedterm.object_type_id || ? || associatedterm.nm_sort associatedtermnmsort, coalesce(associatedterm.secondary_nm, ?) casrn, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotype, phenotypeterm.id phenotypeid, ( select string_agg(distinct taxonterm.nm || ? || ? || ? || taxonterm.nm_html || ? || taxonterm.acc_txt || ? || taxonterm.acc_db_cd || ? || coalesce(taxonterm.secondary_nm, ?), ?)) as taxonterms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || ia.level_seq || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, count(distinct taxonterm.nm) taxoncount, i.ixn_prose_html ixnprosehtml, i.ixn_prose_txt ixnprose, i.sort_txt ixnsort, ( select string_agg(distinct r.acc_txt, ?)) as references, count(distinct ptr.reference_id) refcount, pt.indirect_term_qty inferredcount, count(*) over () fullrowcount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedterm on ptr.term_id = associatedterm.id inner join term phenotypeterm on ptr.phenotype_id = phenotypeterm.id left outer join term taxonterm on ptr.taxon_id = taxonterm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedterm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyterm on ia.anatomy_id = anatomyterm.id where phenotypeterm.id = any (array (( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?))) and associatedterm.object_type_id = ? group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort limit ?;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Jan 19 08 1 1s250ms 1s250ms 15 2 2s195ms 1s97ms 23 2 3s184ms 1s592ms Jan 20 04 1 15s479ms 15s479ms 10 4 10s305ms 2s576ms 11 4 23s441ms 5s860ms 12 6 32s808ms 5s468ms 13 2 7s475ms 3s737ms 14 2 20s101ms 10s50ms 15 1 2s228ms 2s228ms 16 1 1s16ms 1s16ms 17 5 10s723ms 2s144ms 18 6 37s771ms 6s295ms 19 3 9s52ms 3s17ms 21 5 35s84ms 7s16ms 22 3 5s560ms 1s853ms 23 3 19s419ms 6s473ms Jan 21 00 6 16s651ms 2s775ms 01 4 45s369ms 11s342ms 02 4 36s503ms 9s125ms 03 3 22s846ms 7s615ms 04 2 12s53ms 6s26ms 05 6 46s710ms 7s785ms 06 9 15s786ms 1s754ms 07 3 8s424ms 2s808ms 08 4 14s835ms 3s708ms 09 2 17s203ms 8s601ms 10 5 1m11s 14s376ms 11 4 17s622ms 4s405ms 12 1 15s807ms 15s807ms 13 3 10s897ms 3s632ms 14 2 5s662ms 2s831ms 15 2 3s727ms 1s863ms 16 1 1s28ms 1s28ms 17 3 18s10ms 6s3ms 21 2 11s760ms 5s880ms 22 1 1s146ms 1s146ms Jan 22 00 2 7s334ms 3s667ms 01 4 35s754ms 8s938ms 02 4 20s253ms 5s63ms 05 1 1s38ms 1s38ms 06 1 1s399ms 1s399ms 07 5 14s29ms 2s805ms 09 1 1s938ms 1s938ms 10 3 6s724ms 2s241ms 11 1 3s848ms 3s848ms 12 3 6s409ms 2s136ms 13 3 19s411ms 6s470ms 14 1 16s241ms 16s241ms 15 2 2s609ms 1s304ms 16 3 18s462ms 6s154ms 17 1 1s89ms 1s89ms 18 3 13s525ms 4s508ms 19 2 3s139ms 1s569ms 20 1 10s587ms 10s587ms 21 1 1s52ms 1s52ms 22 6 28s415ms 4s735ms 23 3 20s349ms 6s783ms Jan 23 01 2 3s349ms 1s674ms 02 3 11s18ms 3s672ms 03 1 5s726ms 5s726ms 04 3 13s670ms 4s556ms 05 3 14s288ms 4s762ms 06 1 1s236ms 1s236ms 09 2 5s604ms 2s802ms 10 1 1s65ms 1s65ms 11 5 52s870ms 10s574ms 14 4 29s803ms 7s450ms 15 1 3s908ms 3s908ms 16 4 36s717ms 9s179ms 20 1 3s854ms 3s854ms 21 2 6s309ms 3s154ms 22 1 2s464ms 2s464ms Jan 24 00 1 1s548ms 1s548ms 01 2 6s795ms 3s397ms 02 1 16s135ms 16s135ms 03 1 1s138ms 1s138ms 04 1 1s282ms 1s282ms 05 4 32s814ms 8s203ms 06 6 29s468ms 4s911ms 07 1 16s246ms 16s246ms 08 1 3s934ms 3s934ms 10 1 3s35ms 3s35ms 11 3 15s879ms 5s293ms 12 2 6s507ms 3s253ms 14 2 5s452ms 2s726ms 15 1 4s370ms 4s370ms 16 3 24s362ms 8s120ms 17 2 16s410ms 8s205ms 18 1 10s822ms 10s822ms 19 4 14s242ms 3s560ms 20 4 17s722ms 4s430ms 21 3 16s529ms 5s509ms 22 2 12s323ms 6s161ms Jan 25 00 2 26s810ms 13s405ms 01 2 20s997ms 10s498ms 03 3 26s52ms 8s684ms 05 1 1s19ms 1s19ms 06 3 9s821ms 3s273ms 07 5 45s239ms 9s47ms 10 4 20s353ms 5s88ms 12 2 8s232ms 4s116ms 13 2 6s650ms 3s325ms 15 1 1s281ms 1s281ms 16 6 58s141ms 9s690ms 17 3 11s59ms 3s686ms 18 1 4s329ms 4s329ms 19 3 13s693ms 4s564ms 20 1 10s839ms 10s839ms 21 2 16s808ms 8s404ms 22 1 15s951ms 15s951ms 23 2 4s949ms 2s474ms [ User: pubeu - Total duration: 5m46s - Times executed: 53 ]
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:12:59 Duration: 18s526ms Database: ctdprd51 User: pubeu Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:12:57 Duration: 17s859ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:13:03 Duration: 17s117ms Bind query: yes
15 178 4m2s 1s256ms 1s868ms 1s364ms select t.nm, t.nm_html nmhtml, t.secondary_nm secondarynm, t.acc_txt acc, ? || t.nm accquerystr, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term t where t.object_type_id = ? and regexp_replace(upper(substring(t.nm, ?, ?)), ?, ?) = ? order by t.nm_sort limit ?;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Jan 19 00 1 1s391ms 1s391ms 01 1 1s441ms 1s441ms 02 2 2s800ms 1s400ms 03 1 1s345ms 1s345ms 04 1 1s344ms 1s344ms 05 5 6s808ms 1s361ms 06 4 5s429ms 1s357ms 07 1 1s344ms 1s344ms 08 3 4s23ms 1s341ms 09 2 2s687ms 1s343ms 12 8 10s787ms 1s348ms 13 7 9s513ms 1s359ms 14 1 1s373ms 1s373ms 17 4 5s378ms 1s344ms 18 3 4s285ms 1s428ms 20 2 2s707ms 1s353ms 21 4 5s437ms 1s359ms 22 1 1s306ms 1s306ms 23 3 4s88ms 1s362ms Jan 20 01 2 2s820ms 1s410ms 04 8 10s765ms 1s345ms 05 4 5s765ms 1s441ms 06 2 2s645ms 1s322ms 07 3 4s165ms 1s388ms 09 4 5s465ms 1s366ms 10 1 1s364ms 1s364ms 11 1 1s349ms 1s349ms 15 1 1s347ms 1s347ms 18 1 1s408ms 1s408ms 20 2 2s804ms 1s402ms 21 1 1s366ms 1s366ms Jan 21 00 1 1s368ms 1s368ms 01 1 1s328ms 1s328ms 03 1 1s305ms 1s305ms 04 2 2s746ms 1s373ms 05 8 10s966ms 1s370ms 07 3 4s31ms 1s343ms 11 2 2s702ms 1s351ms 14 5 6s813ms 1s362ms 16 2 2s929ms 1s464ms 17 1 1s331ms 1s331ms 18 1 1s375ms 1s375ms 20 2 2s676ms 1s338ms 21 5 6s649ms 1s329ms 22 1 1s333ms 1s333ms 23 2 2s705ms 1s352ms Jan 22 00 2 2s769ms 1s384ms 01 3 4s177ms 1s392ms 02 2 2s768ms 1s384ms 04 1 1s325ms 1s325ms 05 2 2s703ms 1s351ms 06 2 2s715ms 1s357ms 07 2 2s753ms 1s376ms 08 2 3s408ms 1s704ms 11 3 4s26ms 1s342ms 22 1 1s455ms 1s455ms 23 1 1s379ms 1s379ms Jan 23 01 2 2s616ms 1s308ms 05 2 2s627ms 1s313ms 06 3 4s114ms 1s371ms 08 1 1s340ms 1s340ms 09 1 1s300ms 1s300ms 10 1 1s386ms 1s386ms 11 1 1s377ms 1s377ms 12 1 1s361ms 1s361ms 13 1 1s406ms 1s406ms 17 1 1s290ms 1s290ms 18 2 2s728ms 1s364ms 19 1 1s280ms 1s280ms 22 1 1s334ms 1s334ms Jan 24 00 1 1s312ms 1s312ms 03 1 1s285ms 1s285ms 05 2 2s718ms 1s359ms 06 1 1s349ms 1s349ms 07 3 4s82ms 1s360ms 08 1 1s346ms 1s346ms 09 1 1s332ms 1s332ms 11 1 1s387ms 1s387ms 14 1 1s300ms 1s300ms 20 3 3s996ms 1s332ms Jan 25 01 1 1s362ms 1s362ms 05 2 2s647ms 1s323ms [ User: pubeu - Total duration: 55s546ms - Times executed: 41 ]
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SELECT /* GeneBrowseTermsDAO */ t.nm, t.nm_html nmHtml, t.secondary_nm secondaryNm, t.acc_txt acc, 'name:' || t.nm accQueryStr, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term t WHERE t.object_type_id = '4' AND REGEXP_REPLACE(UPPER(SUBSTRING(t.nm, 1, 1)), '[^A-Z]', '#') = 'A' ORDER BY t.nm_sort LIMIT 100;
Date: 2025-01-22 08:09:04 Duration: 1s868ms Bind query: yes
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SELECT /* GeneBrowseTermsDAO */ t.nm, t.nm_html nmHtml, t.secondary_nm secondaryNm, t.acc_txt acc, 'name:' || t.nm accQueryStr, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term t WHERE t.object_type_id = '4' AND REGEXP_REPLACE(UPPER(SUBSTRING(t.nm, 1, 1)), '[^A-Z]', '#') = 'A' ORDER BY t.nm_sort LIMIT 100;
Date: 2025-01-22 08:09:02 Duration: 1s540ms Bind query: yes
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SELECT /* GeneBrowseTermsDAO */ t.nm, t.nm_html nmHtml, t.secondary_nm secondaryNm, t.acc_txt acc, 'name:' || t.nm accQueryStr, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term t WHERE t.object_type_id = '4' AND REGEXP_REPLACE(UPPER(SUBSTRING(t.nm, 1, 1)), '[^A-Z]', '#') = 'T' ORDER BY t.nm_sort LIMIT 100;
Date: 2025-01-21 16:33:11 Duration: 1s528ms Bind query: yes
16 156 3m50s 1s12ms 3s809ms 1s477ms select g.nm genesymbol, g.id geneid, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, count(gcr.ixn_id) ixncount, count(distinct gcr.taxon_id) taxoncount, count(*) over () fullrowcount from gene_chem_reference gcr inner join term g on gcr.gene_id = g.id where gcr.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) group by g.nm, g.id, g.acc_txt, g.acc_db_cd, g.nm_sort order by count(gcr.ixn_id) desc, g.nm_sort limit ?;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Jan 20 12 2 2s963ms 1s481ms 13 3 4s304ms 1s434ms 14 1 1s433ms 1s433ms 15 2 2s960ms 1s480ms 16 1 1s446ms 1s446ms 17 2 2s903ms 1s451ms 18 3 6s584ms 2s194ms 19 2 2s879ms 1s439ms 20 1 1s411ms 1s411ms 21 3 4s294ms 1s431ms 22 5 7s241ms 1s448ms 23 5 7s330ms 1s466ms Jan 21 01 1 1s431ms 1s431ms 05 2 2s843ms 1s421ms 07 1 1s424ms 1s424ms 08 5 7s481ms 1s496ms 09 2 2s980ms 1s490ms 10 2 2s964ms 1s482ms 11 1 1s437ms 1s437ms 12 3 4s470ms 1s490ms 13 1 1s497ms 1s497ms 14 3 4s425ms 1s475ms 22 2 2s180ms 1s90ms Jan 22 01 1 1s441ms 1s441ms 05 2 2s888ms 1s444ms 06 2 2s231ms 1s115ms 07 5 8s511ms 1s702ms 08 4 6s128ms 1s532ms 11 5 7s420ms 1s484ms 12 1 1s462ms 1s462ms 15 3 4s484ms 1s494ms 16 1 1s483ms 1s483ms 17 1 1s398ms 1s398ms 18 1 1s448ms 1s448ms 19 2 2s851ms 1s425ms 21 1 1s415ms 1s415ms 23 1 1s439ms 1s439ms Jan 23 01 2 2s846ms 1s423ms 02 1 1s495ms 1s495ms 03 1 1s454ms 1s454ms 05 2 2s909ms 1s454ms 06 2 2s992ms 1s496ms 07 1 1s432ms 1s432ms 08 1 1s449ms 1s449ms 09 1 1s457ms 1s457ms 10 1 1s468ms 1s468ms 11 1 1s488ms 1s488ms 13 4 5s911ms 1s477ms 15 2 2s900ms 1s450ms 16 3 4s324ms 1s441ms 17 3 4s529ms 1s509ms 18 3 4s287ms 1s429ms 22 3 4s585ms 1s528ms 23 1 1s510ms 1s510ms Jan 24 03 1 1s433ms 1s433ms 04 1 1s456ms 1s456ms 05 1 1s475ms 1s475ms 06 1 1s521ms 1s521ms 11 2 2s912ms 1s456ms 12 3 4s418ms 1s472ms 17 1 1s479ms 1s479ms 22 1 1s474ms 1s474ms 23 1 1s466ms 1s466ms Jan 25 02 1 1s486ms 1s486ms 05 1 1s455ms 1s455ms 06 2 2s900ms 1s450ms 07 1 1s417ms 1s417ms 08 2 2s878ms 1s439ms 09 1 1s411ms 1s411ms 11 1 1s485ms 1s485ms 13 1 1s443ms 1s443ms 14 4 5s734ms 1s433ms 15 1 1s428ms 1s428ms 16 1 1s471ms 1s471ms 17 1 1s429ms 1s429ms 18 3 4s388ms 1s462ms 20 1 1s441ms 1s441ms 21 2 3s3ms 1s501ms 22 4 5s965ms 1s491ms 23 2 2s909ms 1s454ms [ User: pubeu - Total duration: 3s591ms - Times executed: 3 ]
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SELECT /* ChemGenesDAO */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, COUNT(gcr.ixn_id) ixnCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN term g ON gcr.gene_id = g.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') GROUP BY g.nm, g.id, g.acc_txt, g.acc_db_cd, g.nm_sort ORDER BY COUNT(gcr.ixn_id) DESC, g.nm_sort LIMIT 50;
Date: 2025-01-20 18:03:22 Duration: 3s809ms Bind query: yes
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SELECT /* ChemGenesDAO */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, COUNT(gcr.ixn_id) ixnCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN term g ON gcr.gene_id = g.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') GROUP BY g.nm, g.id, g.acc_txt, g.acc_db_cd, g.nm_sort ORDER BY COUNT(gcr.ixn_id) DESC, g.nm_sort LIMIT 50;
Date: 2025-01-22 07:09:32 Duration: 2s297ms Bind query: yes
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SELECT /* ChemGenesDAO */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, COUNT(gcr.ixn_id) ixnCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN term g ON gcr.gene_id = g.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') GROUP BY g.nm, g.id, g.acc_txt, g.acc_db_cd, g.nm_sort ORDER BY COUNT(gcr.ixn_id) DESC, g.nm_sort LIMIT 50;
Date: 2025-01-22 07:17:30 Duration: 2s172ms Bind query: yes
17 134 2m32s 1s49ms 2s87ms 1s135ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where exposuremarkerterm.id = ? or receptorterm.id = ? group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by receptornotes;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Jan 19 12 7 7s702ms 1s100ms 13 5 5s459ms 1s91ms 14 3 3s264ms 1s88ms 15 7 7s802ms 1s114ms 16 8 8s889ms 1s111ms 17 6 7s666ms 1s277ms 18 7 7s800ms 1s114ms 19 6 6s554ms 1s92ms 20 6 6s487ms 1s81ms 21 5 5s571ms 1s114ms 22 4 4s549ms 1s137ms 23 2 2s246ms 1s123ms Jan 20 00 1 1s166ms 1s166ms 01 1 1s122ms 1s122ms 02 1 1s112ms 1s112ms 03 1 1s140ms 1s140ms 04 2 2s272ms 1s136ms 07 1 2s17ms 2s17ms 10 4 4s487ms 1s121ms Jan 21 06 1 1s123ms 1s123ms Jan 22 11 4 4s524ms 1s131ms 13 1 1s150ms 1s150ms 14 1 1s128ms 1s128ms 15 2 2s298ms 1s149ms 17 2 2s291ms 1s145ms 18 1 1s122ms 1s122ms 20 1 1s115ms 1s115ms 22 1 1s137ms 1s137ms Jan 23 00 1 1s200ms 1s200ms 01 2 2s372ms 1s186ms 02 1 1s157ms 1s157ms 05 1 1s148ms 1s148ms 07 1 1s131ms 1s131ms 08 1 1s135ms 1s135ms 09 2 2s289ms 1s144ms 11 2 2s203ms 1s101ms 12 1 1s92ms 1s92ms 13 1 1s140ms 1s140ms 15 1 1s154ms 1s154ms 18 1 1s138ms 1s138ms 21 1 1s162ms 1s162ms 22 3 3s439ms 1s146ms 23 1 1s159ms 1s159ms Jan 24 01 2 2s255ms 1s127ms 03 1 1s113ms 1s113ms 04 1 1s234ms 1s234ms 05 1 1s102ms 1s102ms 06 2 2s284ms 1s142ms 07 1 1s120ms 1s120ms 12 1 1s127ms 1s127ms 13 1 1s73ms 1s73ms 15 1 1s77ms 1s77ms 16 1 1s141ms 1s141ms 19 1 1s100ms 1s100ms 20 3 3s380ms 1s126ms 22 1 1s167ms 1s167ms Jan 25 00 1 1s177ms 1s177ms 03 1 1s146ms 1s146ms 07 1 1s149ms 1s149ms 17 2 2s225ms 1s112ms 21 1 1s99ms 1s99ms [ User: pubeu - Total duration: 35s942ms - Times executed: 32 ]
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '2044462' or receptorTerm.id = '2044462' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by receptorNotes;
Date: 2025-01-19 17:33:52 Duration: 2s87ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '2058885' or receptorTerm.id = '2058885' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by receptorNotes;
Date: 2025-01-20 07:37:00 Duration: 2s17ms Bind query: yes
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SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1990571' or receptorTerm.id = '1990571' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by receptorNotes;
Date: 2025-01-24 04:07:47 Duration: 1s234ms Bind query: yes
18 108 2m50s 1s9ms 3s70ms 1s579ms select phenotypeterm.nm gonm, phenotypeterm.nm_html gonmhtml, phenotypeterm.acc_txt goacc, phenotypeterm.id goid, diseaseterm.nm diseasenm, diseaseterm.acc_txt diseaseacc, diseaseterm.acc_db_cd diseaseaccdbcd, diseaseterm.id diseaseid, via_gene_qty genenetworkcount, via_chem_qty chemnetworkcount, indirect_reference_qty referencecount, count(*) over () fullrowcount from phenotype_term pt inner join term phenotypeterm on pt.phenotype_id = phenotypeterm.id inner join term diseaseterm on pt.term_id = diseaseterm.id where diseaseterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?) and diseaseterm.object_type_id = ? order by chemnetworkcount desc, genenetworkcount desc limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Jan 19 21 1 1s614ms 1s614ms Jan 20 03 1 1s629ms 1s629ms 04 1 1s12ms 1s12ms 08 1 1s625ms 1s625ms 11 1 1s685ms 1s685ms 12 2 2s359ms 1s179ms 14 3 4s421ms 1s473ms 15 1 2s121ms 2s121ms 16 2 3s591ms 1s795ms 17 1 1s575ms 1s575ms 19 1 1s90ms 1s90ms 20 1 2s189ms 2s189ms 22 1 2s285ms 2s285ms 23 1 1s370ms 1s370ms Jan 21 02 1 2s213ms 2s213ms 04 1 2s269ms 2s269ms 05 4 4s857ms 1s214ms 07 1 1s421ms 1s421ms 09 3 3s831ms 1s277ms 10 2 2s452ms 1s226ms 11 1 1s602ms 1s602ms 13 1 2s309ms 2s309ms 14 1 2s281ms 2s281ms 15 2 3s428ms 1s714ms 16 1 1s420ms 1s420ms 17 1 2s299ms 2s299ms 23 1 1s104ms 1s104ms Jan 22 01 1 1s178ms 1s178ms 02 1 2s326ms 2s326ms 05 1 1s594ms 1s594ms 06 3 5s544ms 1s848ms 07 1 2s500ms 2s500ms 08 2 2s415ms 1s207ms 09 1 2s472ms 2s472ms 10 2 3s389ms 1s694ms 11 2 4s135ms 2s67ms 12 2 3s776ms 1s888ms 14 2 2s757ms 1s378ms 16 3 3s188ms 1s62ms 19 1 1s602ms 1s602ms 20 1 2s481ms 2s481ms 21 2 2s447ms 1s223ms 22 1 1s667ms 1s667ms 23 1 1s121ms 1s121ms Jan 23 00 3 3s767ms 1s255ms 02 2 3s783ms 1s891ms 03 1 1s596ms 1s596ms 04 1 1s214ms 1s214ms 07 1 1s116ms 1s116ms 09 1 1s29ms 1s29ms 10 1 1s179ms 1s179ms 11 1 1s403ms 1s403ms 13 1 1s84ms 1s84ms 14 1 1s60ms 1s60ms 15 1 1s585ms 1s585ms 17 1 2s387ms 2s387ms 22 1 1s105ms 1s105ms Jan 24 01 1 2s278ms 2s278ms 03 2 2s169ms 1s84ms 04 1 1s124ms 1s124ms 06 1 1s141ms 1s141ms 07 1 1s634ms 1s634ms 08 2 4s438ms 2s219ms 15 1 1s606ms 1s606ms 17 2 2s736ms 1s368ms 18 2 3s991ms 1s995ms 20 2 3s91ms 1s545ms 21 1 2s284ms 2s284ms 23 1 1s37ms 1s37ms Jan 25 00 1 1s127ms 1s127ms 01 1 2s536ms 2s536ms 02 3 5s512ms 1s837ms 10 1 2s267ms 2s267ms 13 1 1s19ms 1s19ms 14 1 1s25ms 1s25ms 22 1 1s9ms 1s9ms 23 1 1s576ms 1s576ms [ User: pubeu - Total duration: 49s980ms - Times executed: 32 ]
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2079972') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-24 08:50:13 Duration: 3s70ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2079972') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-25 01:26:41 Duration: 2s536ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2079972') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 07:18:42 Duration: 2s500ms Database: ctdprd51 User: pubeu Bind query: yes
19 83 3m56s 1s5ms 22s862ms 2s852ms select d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, gd.network_score networkscore, gd.indirect_chem_qty inferredcount, gd.reference_qty referencecount, gd.exposure_reference_qty exposurereferencecount, case when gd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gd.gene_id and a.disease_id = gd.disease_id) else null end actiontypes from gene_disease gd inner join term g on gd.gene_id = g.id inner join term d on gd.disease_id = d.id where gd.disease_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, gd.network_score desc nulls last, g.nm_sort, d.nm_sort limit ? offset ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Jan 19 03 2 9s54ms 4s527ms 05 1 1s114ms 1s114ms 06 1 5s458ms 5s458ms 11 1 1s302ms 1s302ms 15 1 1s105ms 1s105ms Jan 20 00 2 10s350ms 5s175ms 02 2 2s906ms 1s453ms 04 1 1s5ms 1s5ms 06 1 2s137ms 2s137ms 08 2 6s90ms 3s45ms 09 1 1s133ms 1s133ms 10 1 2s134ms 2s134ms 12 1 2s121ms 2s121ms 14 2 3s137ms 1s568ms 15 1 1s306ms 1s306ms 16 1 5s304ms 5s304ms 17 1 3s791ms 3s791ms 19 2 3s68ms 1s534ms 20 1 2s979ms 2s979ms 21 1 4s728ms 4s728ms 22 1 1s146ms 1s146ms 23 2 3s74ms 1s537ms Jan 21 01 1 3s703ms 3s703ms 04 2 7s583ms 3s791ms 06 1 1s457ms 1s457ms 08 1 1s59ms 1s59ms 09 2 3s26ms 1s513ms 11 1 2s31ms 2s31ms 13 1 22s862ms 22s862ms 14 3 5s616ms 1s872ms 18 1 3s920ms 3s920ms 23 1 2s158ms 2s158ms Jan 22 00 1 1s464ms 1s464ms 01 1 11s736ms 11s736ms 03 1 6s477ms 6s477ms 10 1 4s247ms 4s247ms 11 1 2s249ms 2s249ms 12 2 3s752ms 1s876ms 20 2 3s991ms 1s995ms 23 1 4s204ms 4s204ms Jan 23 01 1 1s482ms 1s482ms 03 2 5s982ms 2s991ms 08 2 3s51ms 1s525ms 09 1 2s370ms 2s370ms 10 1 1s802ms 1s802ms 11 1 2s372ms 2s372ms 14 2 7s173ms 3s586ms 15 2 2s861ms 1s430ms 19 1 4s605ms 4s605ms 22 1 1s168ms 1s168ms Jan 24 01 1 7s913ms 7s913ms 04 1 1s215ms 1s215ms 05 2 2s975ms 1s487ms 09 1 3s579ms 3s579ms 10 1 1s612ms 1s612ms 12 1 2s196ms 2s196ms 16 1 1s683ms 1s683ms 20 1 1s366ms 1s366ms 21 1 1s996ms 1s996ms Jan 25 01 1 1s853ms 1s853ms 05 2 5s649ms 2s824ms 06 1 1s424ms 1s424ms 14 1 2s379ms 2s379ms 21 1 2s34ms 2s34ms [ User: pubeu - Total duration: 1m18s - Times executed: 23 ]
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2081635') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50 OFFSET 3766150;
Date: 2025-01-21 13:27:19 Duration: 22s862ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2083230') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50 OFFSET 2078150;
Date: 2025-01-22 01:34:33 Duration: 11s736ms Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2092592') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50 OFFSET 1125850;
Date: 2025-01-24 01:56:07 Duration: 7s913ms Bind query: yes
20 78 2m45s 1s157ms 3s851ms 2s116ms select distinct childterm.acc_txt from term childterm, term baseterm, dag_path dag where baseterm.id = ? and baseterm.id = dag.ancestor_object_id and childterm.id = dag.descendant_object_id union select acc_txt from term where id = ?;Times Reported Time consuming queries #20
Day Hour Count Duration Avg duration Jan 19 12 3 5s587ms 1s862ms 18 1 1s814ms 1s814ms 23 1 1s255ms 1s255ms Jan 20 07 1 1s806ms 1s806ms 11 1 3s762ms 3s762ms 12 1 3s130ms 3s130ms 13 4 12s664ms 3s166ms 15 3 6s784ms 2s261ms 17 2 3s727ms 1s863ms 19 1 3s656ms 3s656ms 21 1 3s64ms 3s64ms 22 2 2s571ms 1s285ms Jan 21 00 1 1s828ms 1s828ms 04 1 1s187ms 1s187ms 05 1 1s944ms 1s944ms 10 3 7s557ms 2s519ms 11 1 1s157ms 1s157ms 13 1 1s905ms 1s905ms 14 1 3s76ms 3s76ms 15 1 3s28ms 3s28ms 16 1 1s248ms 1s248ms 18 1 1s841ms 1s841ms 22 1 1s227ms 1s227ms Jan 22 04 2 3s776ms 1s888ms 07 1 3s385ms 3s385ms 09 1 3s696ms 3s696ms 10 1 1s279ms 1s279ms 13 1 1s836ms 1s836ms 15 2 4s296ms 2s148ms 17 1 1s227ms 1s227ms 18 3 5s86ms 1s695ms 23 1 3s168ms 3s168ms Jan 23 01 1 1s940ms 1s940ms 02 1 1s822ms 1s822ms 04 1 1s868ms 1s868ms 06 1 1s835ms 1s835ms 07 1 1s818ms 1s818ms 09 1 1s822ms 1s822ms 10 1 1s247ms 1s247ms 13 1 1s867ms 1s867ms 14 1 1s848ms 1s848ms 16 1 1s916ms 1s916ms 20 1 1s913ms 1s913ms 21 2 3s17ms 1s508ms 22 1 1s789ms 1s789ms Jan 24 01 1 1s803ms 1s803ms 05 1 1s914ms 1s914ms 11 1 1s839ms 1s839ms 12 1 3s100ms 3s100ms 18 1 3s585ms 3s585ms 20 1 3s633ms 3s633ms 22 1 1s824ms 1s824ms 23 1 3s698ms 3s698ms Jan 25 01 1 1s830ms 1s830ms 03 1 1s806ms 1s806ms 04 1 1s813ms 1s813ms 07 1 1s894ms 1s894ms 12 1 1s202ms 1s202ms 18 2 3s28ms 1s514ms 20 1 1s918ms 1s918ms 22 1 1s871ms 1s871ms [ User: pubeu - Total duration: 10s87ms - Times executed: 6 ]
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select distinct childTerm.acc_txt from term childTerm, term baseTerm, dag_path dag where baseTerm.id = '1222378' and baseTerm.id = dag.ancestor_object_id and childTerm.id = dag.descendant_object_id union select acc_txt from term where id = '1222378';
Date: 2025-01-21 10:12:40 Duration: 3s851ms Bind query: yes
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select distinct childTerm.acc_txt from term childTerm, term baseTerm, dag_path dag where baseTerm.id = '1222378' and baseTerm.id = dag.ancestor_object_id and childTerm.id = dag.descendant_object_id union select acc_txt from term where id = '1222378';
Date: 2025-01-20 13:37:35 Duration: 3s829ms Bind query: yes
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select distinct childTerm.acc_txt from term childTerm, term baseTerm, dag_path dag where baseTerm.id = '1222378' and baseTerm.id = dag.ancestor_object_id and childTerm.id = dag.descendant_object_id union select acc_txt from term where id = '1222378';
Date: 2025-01-20 11:37:29 Duration: 3s762ms Bind query: yes
Normalized slowest queries (N)
Rank Min duration Max duration Avg duration Times executed Total duration Query 1 24m16s 24m16s 24m16s 1 24m16s copy pub2.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) to stdout;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Jan 25 19 1 24m16s 24m16s -
COPY pub2.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) TO stdout;
Date: 2025-01-25 19:45:03 Duration: 24m16s
2 23m59s 23m59s 23m59s 1 23m59s copy pub1.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) to stdout;Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Jan 25 19 1 23m59s 23m59s -
COPY pub1.gene_disease_reference (id, gene_id, disease_id, reference_id, source_acc_txt, source_acc_db_id, via_chem_id, ixn_id, network_score, source_cd, mod_tm) TO stdout;
Date: 2025-01-25 19:01:02 Duration: 23m59s
3 22m44s 23m6s 22m57s 7 2h40m44s select maint_query_logs_archive ();Times Reported Time consuming queries #3
Day Hour Count Duration Avg duration Jan 19 00 1 22m45s 22m45s Jan 20 00 1 22m44s 22m44s Jan 21 00 1 22m59s 22m59s Jan 22 00 1 23m6s 23m6s Jan 23 00 1 23m1s 23m1s Jan 24 00 1 23m5s 23m5s Jan 25 00 1 23m1s 23m1s -
/* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();
Date: 2025-01-22 00:23:08 Duration: 23m6s
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/* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();
Date: 2025-01-24 00:23:07 Duration: 23m5s
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/* * Run daily to prune LOG_QUERY, archive old queries to LOG_QUERY_ARCHIVE * and vacuum/analyze the tables. * * $Id: archive_query_logs.sql 10832 2012-03-19 15:27:11Z mcr $ */ SELECT maint_query_logs_archive ();
Date: 2025-01-23 00:23:03 Duration: 23m1s
4 13m16s 14m42s 14m13s 6 1h25m22s select g.nm genesymbol, g.id geneid, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, i.id ixnid, i.ixn_prose_txt ixnprose, i.ixn_prose_html ixnprosehtml, i.actions_txt ixnactions, count(distinct gcr.reference_id) refcount, count(distinct gcr.taxon_id) taxoncount, count(*) over () fullrowcount from gene_chem_reference gcr inner join ixn i on gcr.ixn_id = i.id inner join term g on gcr.gene_id = g.id inner join term c on gcr.chem_id = c.id where exists ( select ? from gene_chem_ref_gene_form gf where gf.gene_chem_reference_id = gcr.id and gf.gene_id = gcr.gene_id and gf.actor_form_type_nm in ( select tc.nm from actor_form_type tp, actor_form_type tc where tc.subset_left_no between tp.subset_left_no and tp.subset_right_no and (tp.nm = ?))) and gcr.gene_id = any (array (( select gi.id gene_id from term gi where gi.object_type_id = ? and upper(gi.nm) like ?) intersect ( select ai.gene_id from dag_path pi inner join gene_go_annot ai on pi.descendant_object_id = ai.go_term_id inner join db_link dbli on dbli.object_id = pi.ancestor_object_id where dbli.acc_txt = ? and dbli.type_cd = ? and dbli.object_type_id = ?) intersect ( select tp.term_id from term_pathway tp where tp.object_type_id = ? and upper(tp.pathway_acc_txt) = ? and tp.pathway_acc_db_cd = ?))) and gcr.chem_id = any (array ( select dp.descendant_object_id from dag_path dp inner join term t on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.taxon_id = any (array ( select dp.descendant_object_id from dag_path dp inner join dag_node n on n.id = dp.ancestor_dag_node_id where n.acc_txt = ? and n.dag_id = ?)) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by c.nm_sort, g.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #4
Day Hour Count Duration Avg duration Jan 23 06 6 1h25m22s 14m13s [ User: pubeu - Total duration: 27m54s - Times executed: 2 ]
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-01-23 06:24:00 Duration: 14m42s Bind query: yes
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-01-23 06:23:56 Duration: 14m38s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'R-HSA-193048' AND tp.pathway_acc_db_cd = 'REACT'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'UROLITHIN B' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9606' AND n.dag_id = 7)) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY c.nm_sort, g.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-01-23 06:23:38 Duration: 14m20s Bind query: yes
5 11m20s 11m24s 11m22s 2 22m45s select g.nm genesymbol, g.id geneid, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, i.id ixnid, i.ixn_prose_txt ixnprose, i.ixn_prose_html ixnprosehtml, i.actions_txt ixnactions, count(distinct gcr.reference_id) refcount, count(distinct gcr.taxon_id) taxoncount, count(*) over () fullrowcount from gene_chem_reference gcr inner join ixn i on gcr.ixn_id = i.id inner join term g on gcr.gene_id = g.id inner join term c on gcr.chem_id = c.id where exists ( select ? from gene_chem_ref_gene_form gf where gf.gene_chem_reference_id = gcr.id and gf.gene_id = gcr.gene_id and gf.actor_form_type_nm in ( select tc.nm from actor_form_type tp, actor_form_type tc where tc.subset_left_no between tp.subset_left_no and tp.subset_right_no and (tp.nm = ?))) and gcr.gene_id = any (array (( select gi.id gene_id from term gi where gi.object_type_id = ? and upper(gi.nm) like ?) intersect ( select ai.gene_id from dag_path pi inner join gene_go_annot ai on pi.descendant_object_id = ai.go_term_id inner join db_link dbli on dbli.object_id = pi.ancestor_object_id where dbli.acc_txt = ? and dbli.type_cd = ? and dbli.object_type_id = ?) intersect ( select tp.term_id from term_pathway tp where tp.object_type_id = ? and upper(tp.pathway_acc_txt) = ? and tp.pathway_acc_db_cd = ?))) and gcr.chem_id = any (array ( select dp.descendant_object_id from dag_path dp inner join term t on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.taxon_id = any (array ( select dp.descendant_object_id from dag_path dp inner join dag_node n on n.id = dp.ancestor_dag_node_id where n.acc_txt = ? and n.dag_id = ?)) and exists ( select ? from gene_chem_reference_axn gcra where gcr.id = gcra.gene_chem_reference_id and gcra.action_type_nm in ( select ac.nm from action_type ap, action_type ac where ac.subset_left_no between ap.subset_left_no and ap.subset_right_no and (ap.nm = ?))) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by i.sort_txt, g.nm_sort, c.nm_sort limit ?;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Jan 22 00 1 11m20s 11m20s 11 1 11m24s 11m24s -
SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'CYP11A1') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'HSA00100' AND tp.pathway_acc_db_cd = 'KEGG'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'THYMOL' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '2665953' AND n.dag_id = 7)) AND exists ( SELECT 1 FROM gene_chem_reference_axn gcra WHERE gcr.id = gcra.gene_chem_reference_id AND gcra.action_type_nm IN ( SELECT ac.nm FROM action_type ap, action_type ac WHERE ac.subset_left_no BETWEEN ap.subset_left_no AND ap.subset_right_no AND (ap.nm = 'binding'))) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY i.sort_txt, g.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-22 11:26:42 Duration: 11m24s Bind query: yes
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SELECT /* AdvancedIxnQueryDAO.getData */ g.nm geneSymbol, g.id geneId, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, c.nm chemNm, c.nm_html chemNmhtml, c.acc_txt chemAcc, c.secondary_nm casRN, c.id chemId, i.id ixnId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, COUNT(*) OVER () fullRowCount FROM gene_chem_reference gcr INNER JOIN ixn i ON gcr.ixn_id = i.id INNER JOIN term g ON gcr.gene_id = g.id INNER JOIN term c ON gcr.chem_id = c.id WHERE /* CIQH.getIxnWhereCore */ EXISTS ( SELECT /* CIQH.getIxnGeneFormTypeWhere */ 1 FROM gene_chem_ref_gene_form gf WHERE gf.gene_chem_reference_id = gcr.id AND gf.gene_id = gcr.gene_id AND gf.actor_form_type_nm IN ( SELECT tc.nm FROM actor_form_type tp, actor_form_type tc WHERE tc.subset_left_no BETWEEN tp.subset_left_no AND tp.subset_right_no AND (tp.nm = 'protein'))) AND gcr.gene_id = ANY (ARRAY (( SELECT /* CIQH.getIxnGeneWhereEquals.Name */ gi.id gene_id FROM term gi WHERE gi.object_type_id = 4 AND UPPER(gi.nm) LIKE 'INS') INTERSECT ( SELECT /* IQH.getMasterGoWhereEquals.Gene */ ai.gene_id FROM dag_path pi INNER JOIN gene_go_annot ai ON pi.descendant_object_id = ai.go_term_id INNER JOIN db_link dbli ON dbli.object_id = pi.ancestor_object_id WHERE dbli.acc_txt = 'GO:0008150' AND dbli.type_cd = 'A' AND dbli.object_type_id = 5) INTERSECT ( SELECT /* IQH.getMasterPathwayWhereEquals.Acc */ tp.term_id FROM term_pathway tp WHERE tp.object_type_id = 4 AND UPPER(tp.pathway_acc_txt) = 'HSA01100' AND tp.pathway_acc_db_cd = 'KEGG'))) AND gcr.chem_id = ANY (ARRAY ( SELECT /* CIQH.getIxnChemWhereEquals.Name */ dp.descendant_object_id FROM dag_path dp INNER JOIN term t ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'DOXORUBICIN-IRON COMPLEX' AND t.object_type_id = 2)) AND gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Acc */ dp.descendant_object_id FROM dag_path dp INNER JOIN dag_node n ON n.id = dp.ancestor_dag_node_id WHERE n.acc_txt = '9605' AND n.dag_id = 7)) AND exists ( SELECT 1 FROM gene_chem_reference_axn gcra WHERE gcr.id = gcra.gene_chem_reference_id AND gcra.action_type_nm IN ( SELECT ac.nm FROM action_type ap, action_type ac WHERE ac.subset_left_no BETWEEN ap.subset_left_no AND ap.subset_right_no AND (ap.nm = 'abundance'))) GROUP BY g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY i.sort_txt, g.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-22 00:58:00 Duration: 11m20s Bind query: yes
6 6m9s 8m12s 7m11s 2 14m22s select phenotypeterm.nm gonm, phenotypeterm.nm_html gonmhtml, phenotypeterm.acc_txt goacc, phenotypeterm.id goid, diseaseterm.nm diseasenm, diseaseterm.acc_txt diseaseacc, diseaseterm.acc_db_cd diseaseaccdbcd, diseaseterm.id diseaseid, via_gene_qty genenetworkcount, via_chem_qty chemnetworkcount, indirect_reference_qty referencecount, count(*) over () fullrowcount from phenotype_term pt inner join term phenotypeterm on pt.phenotype_id = phenotypeterm.id inner join term diseaseterm on pt.term_id = diseaseterm.id where diseaseterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?) and diseaseterm.object_type_id = ? order by phenotypeterm.nm_sort, diseaseterm.nm_sort limit ?;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Jan 20 20 1 8m12s 8m12s Jan 25 13 1 6m9s 6m9s -
SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2085250') and diseaseTerm.object_type_id = 3 ORDER BY phenotypeTerm.nm_sort, diseaseTerm.nm_sort LIMIT 50;
Date: 2025-01-20 20:25:47 Duration: 8m12s Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE diseaseTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '2084747') and diseaseTerm.object_type_id = 3 ORDER BY phenotypeTerm.nm_sort, diseaseTerm.nm_sort LIMIT 50;
Date: 2025-01-25 13:33:08 Duration: 6m9s Bind query: yes
7 1s335ms 19m2s 1m48s 399 11h59m53s select phenotypeterm.nm gonm, phenotypeterm.nm_html gonmhtml, phenotypeterm.acc_txt goacc, phenotypeterm.id goid, diseaseterm.nm diseasenm, diseaseterm.acc_txt diseaseacc, diseaseterm.acc_db_cd diseaseaccdbcd, diseaseterm.id diseaseid, via_gene_qty genenetworkcount, via_chem_qty chemnetworkcount, indirect_reference_qty referencecount, count(*) over () fullrowcount from phenotype_term pt inner join term phenotypeterm on pt.phenotype_id = phenotypeterm.id inner join term diseaseterm on pt.term_id = diseaseterm.id where phenotypeterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?) and diseaseterm.object_type_id = ? order by chemnetworkcount desc, genenetworkcount desc limit ?;Times Reported Time consuming queries #7
Day Hour Count Duration Avg duration Jan 19 01 2 6m22s 3m11s 06 1 3s491ms 3s491ms 07 3 14m17s 4m45s 08 1 3s300ms 3s300ms 13 1 2s492ms 2s492ms 14 2 17m27s 8m43s 17 6 37m21s 6m13s 18 3 14m19s 4m46s Jan 20 07 3 26m11s 8m43s 08 1 1s706ms 1s706ms 10 3 6s934ms 2s311ms 11 1 4m10s 4m10s 12 7 11m2s 1m34s 13 3 3m1s 1m 14 3 5s409ms 1s803ms 15 2 5s97ms 2s548ms 16 4 4m11s 1m2s 17 3 8m55s 2m58s 18 7 31m23s 4m29s 19 5 6m57s 1m23s 20 5 26m43s 5m20s 21 8 8m58s 1m7s 22 4 9s948ms 2s487ms 23 2 4m58s 2m29s Jan 21 00 7 13m34s 1m56s 01 9 5m26s 36s269ms 02 3 1m20s 26s888ms 03 4 16m 4m 04 2 3s873ms 1s936ms 05 3 5m31s 1m50s 06 2 4s944ms 2s472ms 07 2 2m9s 1m4s 08 4 9s657ms 2s414ms 09 8 18s538ms 2s317ms 10 3 5s307ms 1s769ms 11 2 3s198ms 1s599ms 12 5 7m56s 1m35s 13 4 7s836ms 1s959ms 14 3 4m56s 1m38s 15 2 5m14s 2m37s 16 3 3m24s 1m8s 17 1 2m35s 2m35s 20 1 3m18s 3m18s 22 3 26m23s 8m47s 23 5 14m28s 2m53s Jan 22 00 4 2m15s 33s863ms 01 4 11m3s 2m45s 05 1 1s728ms 1s728ms 07 5 53m40s 10m44s 08 8 55m43s 6m57s 10 3 5s613ms 1s871ms 11 3 7s28ms 2s342ms 12 6 4m19s 43s218ms 15 2 5s253ms 2s626ms 16 2 3m20s 1m40s 17 4 4m20s 1m5s 18 5 9m5s 1m49s 19 7 13m38s 1m56s 20 2 4s159ms 2s79ms 21 3 5s158ms 1s719ms 22 1 3s271ms 3s271ms 23 2 4s412ms 2s206ms Jan 23 00 3 26m7s 8m42s 01 3 5s276ms 1s758ms 02 1 2s435ms 2s435ms 03 4 8m51s 2m12s 04 3 4m46s 1m35s 05 4 8s208ms 2s52ms 06 2 3s801ms 1s900ms 07 5 3m10s 38s147ms 08 1 1s518ms 1s518ms 09 5 3m4s 36s904ms 10 3 5s620ms 1s873ms 11 4 10m28s 2m37s 12 1 2s414ms 2s414ms 13 5 10m9s 2m1s 14 2 4m56s 2m28s 15 5 10s923ms 2s184ms 16 2 6s344ms 3s172ms 17 4 3m33s 53s273ms 18 2 5s254ms 2s627ms 19 5 6m9s 1m13s 20 4 8m9s 2m2s 21 2 5s386ms 2s693ms 22 3 7s155ms 2s385ms 23 4 8m31s 2m7s Jan 24 00 1 1s715ms 1s715ms 02 2 1m24s 42s52ms 03 2 3s509ms 1s754ms 04 5 3m38s 43s720ms 05 3 7s505ms 2s501ms 06 3 50s331ms 16s777ms 07 1 1s649ms 1s649ms 10 1 3s361ms 3s361ms 11 2 4m26s 2m13s 12 2 4s502ms 2s251ms 14 3 17m52s 5m57s 15 2 5s145ms 2s572ms 17 2 3m23s 1m41s 18 6 5m36s 56s103ms 19 2 1m18s 39s254ms 20 6 21m37s 3m36s 21 1 3s239ms 3s239ms 22 6 10m9s 1m41s 23 2 4s543ms 2s271ms Jan 25 00 4 1m52s 28s143ms 02 2 4s971ms 2s485ms 03 2 4s499ms 2s249ms 04 2 3m46s 1m53s 05 5 9m45s 1m57s 06 3 3m31s 1m10s 07 2 5s75ms 2s537ms 08 5 4m17s 51s519ms 09 2 2m59s 1m29s 10 3 7s341ms 2s447ms 11 2 3m13s 1m36s 12 3 4m15s 1m25s 14 1 1s697ms 1s697ms 15 1 3m44s 3m44s 16 2 2m9s 1m4s 18 3 4m13s 1m24s 19 3 6s690ms 2s230ms 20 1 1s800ms 1s800ms 22 4 7m14s 1m48s 23 2 3s196ms 1s598ms [ User: pubeu - Total duration: 2h16m53s - Times executed: 76 ]
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 08:30:29 Duration: 19m2s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 08:30:17 Duration: 18m44s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoDiseasesDAO */ phenotypeTerm.nm goNm, phenotypeTerm.nm_html goNmHTML, phenotypeTerm.acc_txt goAcc, phenotypeTerm.id goId, diseaseTerm.nm diseaseNm, diseaseTerm.acc_txt diseaseAcc, diseaseTerm.acc_db_cd diseaseAccDBCd, diseaseTerm.id diseaseId, via_gene_qty geneNetworkCount, via_chem_qty chemNetworkCount, indirect_reference_qty referenceCount, COUNT(*) OVER () fullRowCount FROM phenotype_term pt inner join term phenotypeTerm on pt.phenotype_id = phenotypeTerm.id inner join term diseaseTerm on pt.term_id = diseaseTerm.id WHERE phenotypeTerm.id IN ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1246190') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2025-01-22 07:22:03 Duration: 18m5s Bind query: yes
8 46s108ms 47s136ms 46s466ms 25 19m21s copy pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) to stdout;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Jan 19 06 1 46s190ms 46s190ms 10 1 46s153ms 46s153ms 14 1 46s215ms 46s215ms 18 1 46s158ms 46s158ms Jan 20 06 1 46s108ms 46s108ms 10 1 47s136ms 47s136ms 14 1 46s266ms 46s266ms 18 1 46s819ms 46s819ms Jan 21 06 1 46s484ms 46s484ms 10 1 46s497ms 46s497ms 14 1 46s293ms 46s293ms 18 1 46s334ms 46s334ms Jan 22 06 1 46s241ms 46s241ms 10 1 46s435ms 46s435ms 14 1 46s381ms 46s381ms 18 1 46s375ms 46s375ms Jan 23 06 1 46s529ms 46s529ms 10 1 46s417ms 46s417ms 14 1 46s513ms 46s513ms 18 1 46s654ms 46s654ms Jan 24 06 1 46s830ms 46s830ms 10 1 46s855ms 46s855ms 14 1 46s680ms 46s680ms 18 1 46s506ms 46s506ms Jan 25 19 1 46s586ms 46s586ms [ User: postgres - Total duration: 18m35s - Times executed: 24 ]
[ Application: pg_dump - Total duration: 18m35s - Times executed: 24 ]
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COPY pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) TO stdout;
Date: 2025-01-20 10:05:49 Duration: 47s136ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) TO stdout;
Date: 2025-01-24 10:05:48 Duration: 46s855ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY pubc.log_query_archive (id, type_cd, query_tm, submission_qty, session_id, remote_addr, http_user_agent, server_nm, node_nm, results_qty, execution_ms, basic_query_type, basic_query_txt, gene_query_type, gene_txt, gene_form_type_txt, taxon_query_type, taxon_txt, chem_query_type, chem_txt, party_query_type, party_nm_txt, acc_txt, go_query_type, go_txt, disease_query_type, disease_txt, action_type_txt, action_degree_type_txt, from_yr, through_yr, title_abstract_txt, has_marray, gene_set_txt, molecule_type_txt, volume_txt, first_page_txt, journal_query_type, journal_txt, is_review, pathway_query_type, pathway_txt, dag_txt, results_format_txt, batch_input_type_txt, gd_assn_type, p_val, p_val_type, input_term_qty, review_status) TO stdout;
Date: 2025-01-24 06:05:48 Duration: 46s830ms Database: ctdprd51 User: postgres Application: pg_dump
9 1s845ms 6m42s 41s568ms 46 31m52s select r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refacc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, count(*) over () fullrowcount from reference r where r.id in ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id = ?)) order by r.sort_txt limit ?;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Jan 20 02 1 2s13ms 2s13ms 18 1 6m42s 6m42s 20 1 2s208ms 2s208ms 22 1 1m21s 1m21s Jan 21 02 1 1m14s 1m14s 08 1 2s515ms 2s515ms 09 3 39s940ms 13s313ms 11 1 2s266ms 2s266ms 12 1 2s72ms 2s72ms 16 1 1m14s 1m14s 22 1 2s624ms 2s624ms Jan 22 01 1 1m14s 1m14s 09 1 2s74ms 2s74ms 10 1 28s728ms 28s728ms 11 1 2s39ms 2s39ms 13 1 1m5s 1m5s 18 1 1m4s 1m4s 19 2 4s335ms 2s167ms 20 1 1m24s 1m24s 21 1 51s81ms 51s81ms 22 2 1m41s 50s844ms 23 2 44s111ms 22s55ms Jan 23 02 1 1m4s 1m4s 03 2 56s30ms 28s15ms 04 1 51s553ms 51s553ms 07 1 1m 1m 08 1 25s369ms 25s369ms 11 1 2s48ms 2s48ms 12 2 4s497ms 2s248ms 14 1 52s396ms 52s396ms 21 1 1m14s 1m14s Jan 24 04 1 53s498ms 53s498ms 06 1 27s78ms 27s78ms 08 1 2s174ms 2s174ms 12 1 22s832ms 22s832ms 19 1 47s566ms 47s566ms Jan 25 00 1 41s742ms 41s742ms 17 1 1m14s 1m14s 21 1 40s931ms 40s931ms [ User: pubeu - Total duration: 18m50s - Times executed: 15 ]
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SELECT /* RefsDAO */ r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refAcc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, COUNT(*) OVER () fullRowCount FROM reference r WHERE r.id IN ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1439316')) ORDER BY r.sort_txt LIMIT 50;
Date: 2025-01-20 18:09:16 Duration: 6m42s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* RefsDAO */ r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refAcc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, COUNT(*) OVER () fullRowCount FROM reference r WHERE r.id IN ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1277024')) ORDER BY r.sort_txt LIMIT 50;
Date: 2025-01-22 20:24:23 Duration: 1m24s Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* RefsDAO */ r.id, r.abbr_authors_txt authors, r.title, r.core_citation_txt citation, r.pub_start_yr yr, r.acc_txt refAcc, r.has_diseases or r.has_ixns or r.has_exposures or r.has_phenotypes iscurated, r.has_exposures, COUNT(*) OVER () fullRowCount FROM reference r WHERE r.id IN ( select reference_id from term_reference where term_id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id = '1439316')) ORDER BY r.sort_txt LIMIT 50;
Date: 2025-01-20 22:25:28 Duration: 1m21s Bind query: yes
10 1s15ms 22s724ms 7s866ms 423 55m27s select sq.*, count(*) over () fullrowcount from ( select distinct gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid from dag_node gt inner join gene_go_annot gga on gt.object_id = gga.go_term_id inner join term g on gga.gene_id = g.id where gt.id in ( select p.descendant_dag_node_id from dag_path p where p.ancestor_object_id = ?) and gga.is_not = false) sq order by sq.gonmsort, sq.genesymbolsort limit ?;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Jan 19 05 6 1m58s 19s683ms 06 2 16s134ms 8s67ms 07 3 19s517ms 6s505ms 08 2 15s450ms 7s725ms 10 1 1s112ms 1s112ms 14 2 43s990ms 21s995ms 15 3 1m5s 21s979ms 18 8 1m26s 10s772ms 19 1 20s888ms 20s888ms 20 1 1s271ms 1s271ms 21 1 3s802ms 3s802ms 23 6 18s183ms 3s30ms Jan 20 01 3 22s159ms 7s386ms 04 1 20s511ms 20s511ms 05 5 1m8s 13s781ms 07 2 15s880ms 7s940ms 09 2 10s167ms 5s83ms 10 1 1s168ms 1s168ms 11 3 23s310ms 7s770ms 12 4 24s519ms 6s129ms 13 1 1s135ms 1s135ms 14 5 36s56ms 7s211ms 15 4 47s677ms 11s919ms 16 3 14s580ms 4s860ms 17 3 26s738ms 8s912ms 18 7 1m2s 8s858ms 19 6 35s114ms 5s852ms 20 5 1m22s 16s588ms 21 7 12s355ms 1s765ms 22 5 47s306ms 9s461ms 23 4 7s367ms 1s841ms Jan 21 00 4 21s429ms 5s357ms 01 7 39s932ms 5s704ms 02 6 31s21ms 5s170ms 03 2 15s316ms 7s658ms 04 1 17s879ms 17s879ms 05 5 44s307ms 8s861ms 06 7 48s735ms 6s962ms 07 3 39s304ms 13s101ms 08 2 18s435ms 9s217ms 09 7 51s782ms 7s397ms 10 1 1s539ms 1s539ms 11 4 8s206ms 2s51ms 12 2 22s670ms 11s335ms 13 9 44s843ms 4s982ms 14 3 52s963ms 17s654ms 15 7 32s685ms 4s669ms 16 7 37s313ms 5s330ms 17 3 14s979ms 4s993ms 22 1 1s311ms 1s311ms 23 3 40s592ms 13s530ms Jan 22 01 2 28s971ms 14s485ms 02 2 18s378ms 9s189ms 03 3 1m5s 21s910ms 04 3 20s690ms 6s896ms 05 1 1s81ms 1s81ms 06 5 37s406ms 7s481ms 08 6 31s688ms 5s281ms 09 2 27s411ms 13s705ms 11 3 28s152ms 9s384ms 12 3 13s417ms 4s472ms 13 5 7s972ms 1s594ms 14 4 45s472ms 11s368ms 15 2 6s959ms 3s479ms 16 4 1m 15s228ms 18 3 29s827ms 9s942ms 21 5 10s953ms 2s190ms 22 7 1m9s 9s872ms 23 6 1m20s 13s423ms Jan 23 00 1 20s930ms 20s930ms 01 2 21s544ms 10s772ms 02 5 32s936ms 6s587ms 03 2 7s245ms 3s622ms 04 6 27s553ms 4s592ms 05 4 44s915ms 11s228ms 06 2 3s590ms 1s795ms 07 2 5s130ms 2s565ms 08 4 41s401ms 10s350ms 09 2 12s183ms 6s91ms 10 2 38s877ms 19s438ms 11 4 7s349ms 1s837ms 12 3 27s323ms 9s107ms 14 3 24s693ms 8s231ms 15 1 10s884ms 10s884ms 16 4 26s411ms 6s602ms 17 3 4s469ms 1s489ms 18 3 7s49ms 2s349ms 19 3 16s451ms 5s483ms 20 1 2s929ms 2s929ms 21 2 24s729ms 12s364ms 23 1 10s769ms 10s769ms Jan 24 00 1 1s94ms 1s94ms 01 1 10s998ms 10s998ms 02 1 3s984ms 3s984ms 03 5 1m42s 20s578ms 04 1 3s808ms 3s808ms 05 5 19s56ms 3s811ms 06 3 20s353ms 6s784ms 07 1 17s308ms 17s308ms 08 1 4s386ms 4s386ms 09 1 1s76ms 1s76ms 10 4 16s507ms 4s126ms 12 2 11s775ms 5s887ms 13 2 5s355ms 2s677ms 14 2 6s445ms 3s222ms 15 2 5s504ms 2s752ms 16 3 26s248ms 8s749ms 17 4 24s250ms 6s62ms 19 1 1s745ms 1s745ms 20 2 22s821ms 11s410ms 21 4 22s875ms 5s718ms 22 1 3s560ms 3s560ms 23 7 33s566ms 4s795ms Jan 25 00 3 35s810ms 11s936ms 01 5 1m32s 18s445ms 02 5 11s225ms 2s245ms 04 1 3s98ms 3s98ms 05 1 1s492ms 1s492ms 06 4 29s824ms 7s456ms 07 1 3s897ms 3s897ms 08 1 10s770ms 10s770ms 09 4 47s760ms 11s940ms 10 2 3s145ms 1s572ms 11 2 22s239ms 11s119ms 14 1 2s364ms 2s364ms 16 3 27s63ms 9s21ms 17 4 30s18ms 7s504ms 18 1 1s92ms 1s92ms 19 3 24s199ms 8s66ms 20 1 1s64ms 1s64ms 21 1 3s297ms 3s297ms 22 5 41s280ms 8s256ms 23 4 10s249ms 2s562ms [ User: pubeu - Total duration: 14m - Times executed: 97 ]
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-20 05:48:07 Duration: 22s724ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-23 12:31:57 Duration: 22s533ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* GoGenesDAO */ sq.*, COUNT(*) OVER () fullRowCount FROM ( SELECT DISTINCT gt.nm gonm, gt.nm_html gonmhtml, gt.nm_sort gonmsort, gt.acc_txt goacc, gt.object_id goid, g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid FROM dag_node gt INNER JOIN gene_go_annot gga ON gt.object_id = gga.go_term_id INNER JOIN term g ON gga.gene_id = g.id WHERE gt.id IN ( SELECT p.descendant_dag_node_id FROM dag_path p WHERE p.ancestor_object_id = '1222378') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2025-01-25 01:41:22 Duration: 22s529ms Database: ctdprd51 User: pubeu Bind query: yes
11 1s 18s526ms 5s514ms 293 26m55s select distinct associatedterm.nm || ? || o.cd || ? || associatedterm.nm_html || ? || associatedterm.acc_txt || ? || associatedterm.acc_db_cd as associatedterm, associatedterm.id associatedtermid, ptr.ixn_id ixnid, associatedterm.object_type_id || ? || associatedterm.nm_sort associatedtermnmsort, coalesce(associatedterm.secondary_nm, ?) casrn, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotype, phenotypeterm.id phenotypeid, ( select string_agg(distinct taxonterm.nm || ? || ? || ? || taxonterm.nm_html || ? || taxonterm.acc_txt || ? || taxonterm.acc_db_cd || ? || coalesce(taxonterm.secondary_nm, ?), ?)) as taxonterms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || ia.level_seq || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, count(distinct taxonterm.nm) taxoncount, i.ixn_prose_html ixnprosehtml, i.ixn_prose_txt ixnprose, i.sort_txt ixnsort, ( select string_agg(distinct r.acc_txt, ?)) as references, count(distinct ptr.reference_id) refcount, pt.indirect_term_qty inferredcount, count(*) over () fullrowcount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedterm on ptr.term_id = associatedterm.id inner join term phenotypeterm on ptr.phenotype_id = phenotypeterm.id left outer join term taxonterm on ptr.taxon_id = taxonterm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedterm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyterm on ia.anatomy_id = anatomyterm.id where phenotypeterm.id = any (array (( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?))) and associatedterm.object_type_id = ? group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort limit ?;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Jan 19 08 1 1s250ms 1s250ms 15 2 2s195ms 1s97ms 23 2 3s184ms 1s592ms Jan 20 04 1 15s479ms 15s479ms 10 4 10s305ms 2s576ms 11 4 23s441ms 5s860ms 12 6 32s808ms 5s468ms 13 2 7s475ms 3s737ms 14 2 20s101ms 10s50ms 15 1 2s228ms 2s228ms 16 1 1s16ms 1s16ms 17 5 10s723ms 2s144ms 18 6 37s771ms 6s295ms 19 3 9s52ms 3s17ms 21 5 35s84ms 7s16ms 22 3 5s560ms 1s853ms 23 3 19s419ms 6s473ms Jan 21 00 6 16s651ms 2s775ms 01 4 45s369ms 11s342ms 02 4 36s503ms 9s125ms 03 3 22s846ms 7s615ms 04 2 12s53ms 6s26ms 05 6 46s710ms 7s785ms 06 9 15s786ms 1s754ms 07 3 8s424ms 2s808ms 08 4 14s835ms 3s708ms 09 2 17s203ms 8s601ms 10 5 1m11s 14s376ms 11 4 17s622ms 4s405ms 12 1 15s807ms 15s807ms 13 3 10s897ms 3s632ms 14 2 5s662ms 2s831ms 15 2 3s727ms 1s863ms 16 1 1s28ms 1s28ms 17 3 18s10ms 6s3ms 21 2 11s760ms 5s880ms 22 1 1s146ms 1s146ms Jan 22 00 2 7s334ms 3s667ms 01 4 35s754ms 8s938ms 02 4 20s253ms 5s63ms 05 1 1s38ms 1s38ms 06 1 1s399ms 1s399ms 07 5 14s29ms 2s805ms 09 1 1s938ms 1s938ms 10 3 6s724ms 2s241ms 11 1 3s848ms 3s848ms 12 3 6s409ms 2s136ms 13 3 19s411ms 6s470ms 14 1 16s241ms 16s241ms 15 2 2s609ms 1s304ms 16 3 18s462ms 6s154ms 17 1 1s89ms 1s89ms 18 3 13s525ms 4s508ms 19 2 3s139ms 1s569ms 20 1 10s587ms 10s587ms 21 1 1s52ms 1s52ms 22 6 28s415ms 4s735ms 23 3 20s349ms 6s783ms Jan 23 01 2 3s349ms 1s674ms 02 3 11s18ms 3s672ms 03 1 5s726ms 5s726ms 04 3 13s670ms 4s556ms 05 3 14s288ms 4s762ms 06 1 1s236ms 1s236ms 09 2 5s604ms 2s802ms 10 1 1s65ms 1s65ms 11 5 52s870ms 10s574ms 14 4 29s803ms 7s450ms 15 1 3s908ms 3s908ms 16 4 36s717ms 9s179ms 20 1 3s854ms 3s854ms 21 2 6s309ms 3s154ms 22 1 2s464ms 2s464ms Jan 24 00 1 1s548ms 1s548ms 01 2 6s795ms 3s397ms 02 1 16s135ms 16s135ms 03 1 1s138ms 1s138ms 04 1 1s282ms 1s282ms 05 4 32s814ms 8s203ms 06 6 29s468ms 4s911ms 07 1 16s246ms 16s246ms 08 1 3s934ms 3s934ms 10 1 3s35ms 3s35ms 11 3 15s879ms 5s293ms 12 2 6s507ms 3s253ms 14 2 5s452ms 2s726ms 15 1 4s370ms 4s370ms 16 3 24s362ms 8s120ms 17 2 16s410ms 8s205ms 18 1 10s822ms 10s822ms 19 4 14s242ms 3s560ms 20 4 17s722ms 4s430ms 21 3 16s529ms 5s509ms 22 2 12s323ms 6s161ms Jan 25 00 2 26s810ms 13s405ms 01 2 20s997ms 10s498ms 03 3 26s52ms 8s684ms 05 1 1s19ms 1s19ms 06 3 9s821ms 3s273ms 07 5 45s239ms 9s47ms 10 4 20s353ms 5s88ms 12 2 8s232ms 4s116ms 13 2 6s650ms 3s325ms 15 1 1s281ms 1s281ms 16 6 58s141ms 9s690ms 17 3 11s59ms 3s686ms 18 1 4s329ms 4s329ms 19 3 13s693ms 4s564ms 20 1 10s839ms 10s839ms 21 2 16s808ms 8s404ms 22 1 15s951ms 15s951ms 23 2 4s949ms 2s474ms [ User: pubeu - Total duration: 5m46s - Times executed: 53 ]
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:12:59 Duration: 18s526ms Database: ctdprd51 User: pubeu Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:12:57 Duration: 17s859ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where phenotypeTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1222378'))) and associatedTerm.object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-21 10:13:03 Duration: 17s117ms Bind query: yes
12 1s 6s681ms 4s352ms 452 32m47s select d.abbr dagabbr, d.nm dagnm, gt.level_min_no daglevelmin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pvalcorrected, te.raw_p_val pvalraw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, count(*) over () fullrowcount from term_enrichment te inner join dag_node gt on te.enriched_term_id = gt.object_id inner join dag d on gt.dag_id = d.id where te.term_id = ? and te.enriched_object_type_id = ? order by te.corrected_p_val, d.abbr, gt.nm_sort limit ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Jan 19 03 1 5s158ms 5s158ms 09 5 25s479ms 5s95ms 10 2 10s689ms 5s344ms 11 1 5s101ms 5s101ms 12 7 36s752ms 5s250ms 13 2 10s180ms 5s90ms 14 1 1s32ms 1s32ms 15 2 11s39ms 5s519ms 17 5 26s469ms 5s293ms 21 2 6s259ms 3s129ms 23 2 2s176ms 1s88ms Jan 20 03 1 1s16ms 1s16ms 04 1 5s576ms 5s576ms 05 6 25s974ms 4s329ms 07 2 10s297ms 5s148ms 08 3 11s662ms 3s887ms 09 1 1s10ms 1s10ms 10 3 11s730ms 3s910ms 11 2 10s569ms 5s284ms 12 6 22s783ms 3s797ms 13 8 32s892ms 4s111ms 14 2 6s165ms 3s82ms 15 3 11s630ms 3s876ms 16 5 22s502ms 4s500ms 17 3 11s736ms 3s912ms 18 2 10s532ms 5s266ms 19 3 7s458ms 2s486ms 20 5 28s923ms 5s784ms 21 4 18s437ms 4s609ms 22 3 15s537ms 5s179ms 23 3 11s528ms 3s842ms Jan 21 00 2 6s145ms 3s72ms 01 3 11s578ms 3s859ms 02 4 17s420ms 4s355ms 03 3 16s74ms 5s358ms 04 3 7s424ms 2s474ms 05 4 12s217ms 3s54ms 06 11 47s486ms 4s316ms 07 4 12s698ms 3s174ms 08 5 13s475ms 2s695ms 09 3 15s831ms 5s277ms 10 3 11s814ms 3s938ms 11 2 6s201ms 3s100ms 12 5 22s172ms 4s434ms 13 2 6s483ms 3s241ms 14 3 3s131ms 1s43ms 15 3 15s571ms 5s190ms 16 4 19s166ms 4s791ms 17 4 17s3ms 4s250ms 21 6 26s857ms 4s476ms 23 7 31s703ms 4s529ms Jan 22 00 3 15s742ms 5s247ms 01 1 5s220ms 5s220ms 02 3 11s450ms 3s816ms 04 1 5s153ms 5s153ms 06 5 26s220ms 5s244ms 07 1 5s331ms 5s331ms 08 3 11s638ms 3s879ms 10 4 16s748ms 4s187ms 11 7 29s82ms 4s154ms 12 2 10s449ms 5s224ms 13 2 10s455ms 5s227ms 14 1 5s226ms 5s226ms 15 2 10s474ms 5s237ms 16 1 5s238ms 5s238ms 17 8 42s178ms 5s272ms 18 4 16s833ms 4s208ms 19 1 1s30ms 1s30ms 20 5 26s121ms 5s224ms 21 6 27s144ms 4s524ms 22 1 1s30ms 1s30ms 23 4 16s678ms 4s169ms Jan 23 00 3 16s731ms 5s577ms 01 2 10s124ms 5s62ms 02 3 16s393ms 5s464ms 03 3 11s657ms 3s885ms 04 4 12s635ms 3s158ms 05 1 5s200ms 5s200ms 06 7 33s719ms 4s817ms 08 1 5s371ms 5s371ms 09 3 11s715ms 3s905ms 10 3 11s388ms 3s796ms 11 2 6s594ms 3s297ms 12 1 5s177ms 5s177ms 13 1 5s50ms 5s50ms 14 2 10s672ms 5s336ms 15 3 11s681ms 3s893ms 16 5 22s925ms 4s585ms 17 1 5s139ms 5s139ms 18 2 6s130ms 3s65ms 19 1 5s383ms 5s383ms 20 1 5s134ms 5s134ms 21 5 22s29ms 4s405ms 22 3 11s104ms 3s701ms 23 3 15s627ms 5s209ms Jan 24 00 3 11s724ms 3s908ms 01 2 10s690ms 5s345ms 02 7 32s908ms 4s701ms 03 3 11s424ms 3s808ms 05 9 45s446ms 5s49ms 06 3 15s874ms 5s291ms 07 3 15s832ms 5s277ms 08 3 3s111ms 1s37ms 10 6 27s655ms 4s609ms 11 1 5s760ms 5s760ms 13 1 5s501ms 5s501ms 14 3 15s543ms 5s181ms 15 3 7s386ms 2s462ms 16 5 17s160ms 3s432ms 17 1 5s378ms 5s378ms 18 3 7s192ms 2s397ms 19 1 5s168ms 5s168ms 20 9 43s556ms 4s839ms 21 2 10s467ms 5s233ms 22 1 1s45ms 1s45ms 23 1 5s212ms 5s212ms Jan 25 01 9 50s8ms 5s556ms 02 7 33s523ms 4s789ms 03 6 27s249ms 4s541ms 04 1 5s462ms 5s462ms 05 1 1s26ms 1s26ms 06 3 11s515ms 3s838ms 07 1 5s243ms 5s243ms 08 3 11s655ms 3s885ms 09 2 6s347ms 3s173ms 10 4 13s292ms 3s323ms 11 2 10s878ms 5s439ms 12 6 23s993ms 3s998ms 13 2 10s617ms 5s308ms 14 2 10s798ms 5s399ms 16 5 22s754ms 4s550ms 17 6 14s837ms 2s472ms 18 8 43s128ms 5s391ms 20 6 28s29ms 4s671ms 21 4 16s623ms 4s155ms 22 2 10s629ms 5s314ms [ User: pubeu - Total duration: 5m51s - Times executed: 77 ]
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1362020' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-21 16:19:10 Duration: 6s681ms Bind query: yes
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1267688' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-20 20:47:18 Duration: 6s478ms Bind query: yes
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SELECT /* ChemGODAO */ d.abbr dagAbbr, d.nm dagNm, gt.level_min_no dagLevelMin, gt.nm gonm, gt.nm_html gonmhtml, gt.acc_txt goacc, gt.object_id goid, te.corrected_p_val pValCorrected, te.raw_p_val pValRaw, te.target_match_qty targetmatchqty, te.target_total_qty targettotalqty, te.background_match_qty backgroundmatchqty, te.background_total_qty backgroundtotalqty, COUNT(*) OVER () fullRowCount FROM term_enrichment te INNER JOIN dag_node gt ON te.enriched_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE te.term_id = '1267688' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2025-01-20 20:47:18 Duration: 6s447ms Database: ctdprd51 User: pubeu Bind query: yes
13 3s730ms 16s749ms 4s101ms 374 25m34s select coalesce(st.alt_nm, t.nm) slimtermnm, ( select count(*) from slim_term_mapping stm inner join chem_disease cd on cd.disease_id = stm.mapped_term_id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) and stm.slim_term_id = st.slim_term_id and cd.curated_reference_qty > ?) curatedcount, ( select count(*) from slim_term_mapping stm inner join chem_disease cd on cd.disease_id = stm.mapped_term_id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) and stm.slim_term_id = st.slim_term_id and cd.indirect_gene_qty > ?) inferredcount from slim_term st inner join term t on st.slim_term_id = t.id where st.slim_id = ? order by ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Jan 19 02 2 8s226ms 4s113ms 03 3 11s718ms 3s906ms 06 2 8s39ms 4s19ms 07 2 7s834ms 3s917ms 09 3 12s98ms 4s32ms 10 1 3s864ms 3s864ms 12 5 19s460ms 3s892ms 13 2 7s982ms 3s991ms 14 1 4s288ms 4s288ms 15 4 15s413ms 3s853ms 18 2 7s774ms 3s887ms 21 1 4s109ms 4s109ms 22 2 7s747ms 3s873ms 23 5 19s357ms 3s871ms Jan 20 00 2 7s747ms 3s873ms 01 1 3s841ms 3s841ms 02 2 9s235ms 4s617ms 03 3 11s778ms 3s926ms 04 4 17s420ms 4s355ms 05 2 7s831ms 3s915ms 06 2 7s821ms 3s910ms 07 1 3s821ms 3s821ms 08 2 7s707ms 3s853ms 09 4 15s533ms 3s883ms 10 3 11s931ms 3s977ms 11 2 8s163ms 4s81ms 12 1 3s885ms 3s885ms 13 1 4s30ms 4s30ms 14 2 7s845ms 3s922ms 15 3 11s983ms 3s994ms 16 7 27s786ms 3s969ms 18 1 4s159ms 4s159ms 19 11 42s774ms 3s888ms 20 4 28s921ms 7s230ms 21 3 12s144ms 4s48ms 22 5 19s481ms 3s896ms 23 7 27s409ms 3s915ms Jan 21 00 7 27s432ms 3s918ms 01 15 1m 4s51ms 02 9 34s990ms 3s887ms 03 1 3s801ms 3s801ms 04 4 16s156ms 4s39ms 05 2 8s233ms 4s116ms 06 2 8s88ms 4s44ms 07 6 24s217ms 4s36ms 08 8 32s335ms 4s41ms 09 1 3s983ms 3s983ms 10 2 7s801ms 3s900ms 12 4 15s756ms 3s939ms 13 4 16s278ms 4s69ms 14 2 8s65ms 4s32ms 15 1 4s199ms 4s199ms 16 1 3s950ms 3s950ms 17 1 3s862ms 3s862ms 18 6 23s784ms 3s964ms 19 3 11s945ms 3s981ms 20 1 3s862ms 3s862ms 21 1 3s863ms 3s863ms Jan 22 00 1 4s32ms 4s32ms 01 2 7s773ms 3s886ms 03 7 27s616ms 3s945ms 04 3 12s318ms 4s106ms 05 4 16s159ms 4s39ms 06 2 8s101ms 4s50ms 08 1 3s965ms 3s965ms 09 3 11s855ms 3s951ms 11 2 7s750ms 3s875ms 13 1 3s992ms 3s992ms 14 1 3s879ms 3s879ms 15 2 7s830ms 3s915ms 16 1 3s965ms 3s965ms 17 1 4s45ms 4s45ms 18 1 3s905ms 3s905ms 19 1 4s431ms 4s431ms 20 2 7s922ms 3s961ms 21 2 7s991ms 3s995ms 22 1 3s959ms 3s959ms 23 1 4s5ms 4s5ms Jan 23 00 2 7s927ms 3s963ms 01 2 8s140ms 4s70ms 02 3 11s744ms 3s914ms 03 6 23s818ms 3s969ms 04 4 29s881ms 7s470ms 05 2 8s406ms 4s203ms 06 1 3s847ms 3s847ms 07 4 16s80ms 4s20ms 08 3 12s62ms 4s20ms 09 6 23s784ms 3s964ms 10 3 11s908ms 3s969ms 11 5 19s734ms 3s946ms 12 2 7s831ms 3s915ms 13 1 3s870ms 3s870ms 14 6 24s301ms 4s50ms 16 3 12s344ms 4s114ms 17 2 8s124ms 4s62ms 18 1 3s943ms 3s943ms 20 8 49s48ms 6s131ms 21 3 12s235ms 4s78ms 22 1 4s305ms 4s305ms 23 1 3s981ms 3s981ms Jan 24 00 1 3s956ms 3s956ms 01 1 3s973ms 3s973ms 03 2 7s729ms 3s864ms 04 2 8s57ms 4s28ms 05 2 8s306ms 4s153ms 06 3 11s890ms 3s963ms 07 3 11s750ms 3s916ms 08 1 3s840ms 3s840ms 09 2 8s198ms 4s99ms 10 3 11s965ms 3s988ms 11 10 39s988ms 3s998ms 12 18 1m10s 3s943ms 13 8 31s300ms 3s912ms 15 1 3s886ms 3s886ms 19 2 7s925ms 3s962ms 20 1 3s954ms 3s954ms 22 1 4s317ms 4s317ms Jan 25 00 1 3s947ms 3s947ms 05 3 12s105ms 4s35ms 06 3 11s954ms 3s984ms 07 1 3s894ms 3s894ms 09 2 9s12ms 4s506ms 10 1 4s40ms 4s40ms 11 1 3s912ms 3s912ms 15 1 3s896ms 3s896ms 19 1 4s7ms 4s7ms 22 1 3s908ms 3s908ms 23 1 4s 4s [ User: pubeu - Total duration: 5m13s - Times executed: 75 ]
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-23 04:57:07 Duration: 16s749ms Bind query: yes
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-23 20:10:30 Duration: 16s433ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemDiseasesBySlimDAO */ COALESCE(st.alt_nm, t.nm) slimTermNm, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1336334') AND stm.slim_term_id = st.slim_term_id AND cd.curated_reference_qty > 0) curatedCount, ( SELECT COUNT(*) FROM slim_term_mapping stm INNER JOIN chem_disease cd ON cd.disease_id = stm.mapped_term_id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1336334') AND stm.slim_term_id = st.slim_term_id AND cd.indirect_gene_qty > 0) inferredCount FROM slim_term st INNER JOIN term t ON st.slim_term_id = t.id WHERE st.slim_id = 1 ORDER BY 1;
Date: 2025-01-20 20:13:35 Duration: 10s550ms Bind query: yes
14 1s2ms 13s350ms 3s881ms 565 36m32s select d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, gd.network_score networkscore, gd.indirect_chem_qty inferredcount, gd.reference_qty referencecount, gd.exposure_reference_qty exposurereferencecount, case when gd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gd.gene_id and a.disease_id = gd.disease_id) else null end actiontypes from gene_disease gd inner join term g on gd.gene_id = g.id inner join term d on gd.disease_id = d.id where gd.disease_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, gd.network_score desc nulls last, g.nm_sort, d.nm_sort limit ?;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Jan 19 00 1 1s222ms 1s222ms 01 1 1s359ms 1s359ms 02 3 3s797ms 1s265ms 03 2 3s775ms 1s887ms 04 7 51s582ms 7s368ms 05 1 2s730ms 2s730ms 08 2 3s37ms 1s518ms 09 1 4s821ms 4s821ms 10 1 4s793ms 4s793ms 12 1 5s45ms 5s45ms 13 4 14s713ms 3s678ms 14 6 24s480ms 4s80ms 15 2 8s95ms 4s47ms 17 1 1s912ms 1s912ms 18 1 2s748ms 2s748ms 19 1 1s372ms 1s372ms 20 2 12s763ms 6s381ms 22 1 5s83ms 5s83ms Jan 20 01 2 2s735ms 1s367ms 02 1 2s439ms 2s439ms 03 2 2s197ms 1s98ms 04 4 17s244ms 4s311ms 06 2 6s51ms 3s25ms 07 1 1s147ms 1s147ms 09 3 10s111ms 3s370ms 10 8 20s746ms 2s593ms 11 9 34s384ms 3s820ms 12 8 23s468ms 2s933ms 13 2 7s510ms 3s755ms 14 3 20s883ms 6s961ms 15 8 25s548ms 3s193ms 16 2 4s60ms 2s30ms 17 3 13s7ms 4s335ms 18 4 23s72ms 5s768ms 19 8 17s828ms 2s228ms 20 3 10s881ms 3s627ms 21 3 3s340ms 1s113ms 22 6 30s219ms 5s36ms 23 5 21s546ms 4s309ms Jan 21 00 3 14s129ms 4s709ms 01 5 13s546ms 2s709ms 02 4 16s379ms 4s94ms 03 5 12s35ms 2s407ms 04 6 14s977ms 2s496ms 05 4 14s197ms 3s549ms 06 13 53s916ms 4s147ms 07 11 52s369ms 4s760ms 08 3 8s340ms 2s780ms 09 9 34s729ms 3s858ms 10 6 24s536ms 4s89ms 11 5 23s465ms 4s693ms 12 6 9s766ms 1s627ms 13 6 25s226ms 4s204ms 14 9 37s745ms 4s193ms 15 8 25s854ms 3s231ms 16 10 35s894ms 3s589ms 17 5 17s801ms 3s560ms 19 1 2s901ms 2s901ms 21 2 8s360ms 4s180ms 22 4 17s706ms 4s426ms 23 5 13s25ms 2s605ms Jan 22 00 9 41s105ms 4s567ms 01 3 10s463ms 3s487ms 02 1 1s232ms 1s232ms 05 3 9s779ms 3s259ms 06 2 10s564ms 5s282ms 07 3 10s221ms 3s407ms 08 14 1m3s 4s513ms 09 6 27s423ms 4s570ms 10 4 16s858ms 4s214ms 11 3 6s781ms 2s260ms 12 7 30s51ms 4s293ms 13 3 3s706ms 1s235ms 14 6 31s146ms 5s191ms 15 4 12s630ms 3s157ms 16 2 6s663ms 3s331ms 17 3 22s951ms 7s650ms 18 3 20s257ms 6s752ms 19 5 12s216ms 2s443ms 20 9 41s847ms 4s649ms 21 7 26s330ms 3s761ms 22 2 2s559ms 1s279ms 23 7 23s316ms 3s330ms Jan 23 00 2 7s687ms 3s843ms 01 4 13s872ms 3s468ms 02 2 7s314ms 3s657ms 03 10 1m4s 6s442ms 04 4 11s470ms 2s867ms 05 4 20s698ms 5s174ms 06 1 2s223ms 2s223ms 07 2 13s911ms 6s955ms 08 2 2s984ms 1s492ms 09 6 18s734ms 3s122ms 10 6 32s573ms 5s428ms 12 4 12s400ms 3s100ms 13 2 13s927ms 6s963ms 14 4 19s229ms 4s807ms 16 2 3s202ms 1s601ms 17 2 4s210ms 2s105ms 18 4 15s433ms 3s858ms 19 4 22s44ms 5s511ms 20 4 23s600ms 5s900ms 21 3 13s101ms 4s367ms 22 4 16s228ms 4s57ms 23 1 1s834ms 1s834ms Jan 24 00 3 10s619ms 3s539ms 01 2 5s509ms 2s754ms 02 2 4s878ms 2s439ms 03 4 14s105ms 3s526ms 04 2 4s14ms 2s7ms 05 2 11s105ms 5s552ms 06 2 3s874ms 1s937ms 07 3 10s944ms 3s648ms 08 14 1m40s 7s150ms 09 3 14s177ms 4s725ms 10 2 5s766ms 2s883ms 12 1 6s398ms 6s398ms 13 1 2s217ms 2s217ms 14 3 14s967ms 4s989ms 15 4 17s627ms 4s406ms 16 3 11s167ms 3s722ms 17 2 3s182ms 1s591ms 18 3 6s151ms 2s50ms 19 2 8s14ms 4s7ms 20 1 3s65ms 3s65ms 22 2 4s468ms 2s234ms 23 4 17s573ms 4s393ms Jan 25 00 2 9s376ms 4s688ms 01 3 9s743ms 3s247ms 02 5 12s807ms 2s561ms 04 6 16s294ms 2s715ms 05 3 8s952ms 2s984ms 06 1 2s255ms 2s255ms 07 4 14s748ms 3s687ms 08 1 1s473ms 1s473ms 09 4 9s787ms 2s446ms 10 5 16s433ms 3s286ms 11 1 5s521ms 5s521ms 12 3 17s308ms 5s769ms 13 2 5s346ms 2s673ms 14 1 1s50ms 1s50ms 15 7 18s21ms 2s574ms 19 2 5s857ms 2s928ms 20 5 33s141ms 6s628ms 21 3 12s192ms 4s64ms 22 1 5s484ms 5s484ms 23 3 6s45ms 2s15ms [ User: pubeu - Total duration: 8m5s - Times executed: 111 ]
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-24 08:50:26 Duration: 13s350ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-19 04:21:48 Duration: 13s86ms Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2090292') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50;
Date: 2025-01-19 04:21:50 Duration: 12s765ms Bind query: yes
15 1s 7s472ms 2s965ms 5,119 4h13m2s select distinct associatedterm.nm || ? || o.cd || ? || associatedterm.nm_html || ? || associatedterm.acc_txt || ? || associatedterm.acc_db_cd as associatedterm, associatedterm.id associatedtermid, ptr.ixn_id ixnid, associatedterm.object_type_id || ? || associatedterm.nm_sort associatedtermnmsort, coalesce(associatedterm.secondary_nm, ?) casrn, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotype, phenotypeterm.id phenotypeid, ( select string_agg(distinct taxonterm.nm || ? || ? || ? || taxonterm.nm_html || ? || taxonterm.acc_txt || ? || taxonterm.acc_db_cd || ? || coalesce(taxonterm.secondary_nm, ?), ?)) as taxonterms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || ia.level_seq || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, count(distinct taxonterm.nm) taxoncount, i.ixn_prose_html ixnprosehtml, i.ixn_prose_txt ixnprose, i.sort_txt ixnsort, ( select string_agg(distinct r.acc_txt, ?)) as references, count(distinct ptr.reference_id) refcount, pt.indirect_term_qty inferredcount, count(*) over () fullrowcount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedterm on ptr.term_id = associatedterm.id inner join term phenotypeterm on ptr.phenotype_id = phenotypeterm.id left outer join term taxonterm on ptr.taxon_id = taxonterm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedterm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyterm on ia.anatomy_id = anatomyterm.id where associatedterm.id = any (array (( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?))) and ptr.term_object_type_id = ? group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort limit ?;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Jan 19 02 1 1s886ms 1s886ms 09 6 16s347ms 2s724ms 10 1 3s249ms 3s249ms 11 1 6s150ms 6s150ms 14 3 18s706ms 6s235ms 17 1 1s12ms 1s12ms 18 3 8s101ms 2s700ms 21 3 14s360ms 4s786ms 22 2 6s60ms 3s30ms Jan 20 05 6 15s809ms 2s634ms 07 1 1s33ms 1s33ms 08 1 1s893ms 1s893ms 09 1 5s970ms 5s970ms 10 32 1m28s 2s750ms 11 39 1m50s 2s832ms 12 52 2m39s 3s60ms 13 30 1m22s 2s743ms 14 60 3m13s 3s232ms 15 56 2m51s 3s57ms 16 51 2m9s 2s533ms 17 47 2m15s 2s888ms 18 59 2m48s 2s859ms 19 55 2m26s 2s671ms 20 48 2m15s 2s822ms 21 45 2m27s 3s286ms 22 54 2m48s 3s119ms 23 47 1m57s 2s508ms Jan 21 00 53 2m19s 2s633ms 01 54 2m32s 2s824ms 02 53 2m43s 3s91ms 03 51 2m24s 2s824ms 04 46 2m27s 3s212ms 05 53 2m40s 3s36ms 06 36 1m42s 2s850ms 07 50 2m26s 2s935ms 08 47 2m7s 2s718ms 09 56 2m57s 3s176ms 10 41 2m5s 3s53ms 11 53 2m15s 2s564ms 12 49 2m30s 3s74ms 13 43 2m10s 3s36ms 14 56 2m42s 2s900ms 15 47 2m19s 2s961ms 16 22 1m9s 3s173ms 17 24 1m23s 3s482ms 18 7 28s687ms 4s98ms 19 3 7s479ms 2s493ms 20 1 1s364ms 1s364ms 21 6 16s133ms 2s688ms 22 15 44s44ms 2s936ms 23 36 1m59s 3s326ms Jan 22 00 34 1m57s 3s453ms 01 44 2m27s 3s346ms 02 8 17s532ms 2s191ms 04 1 2s144ms 2s144ms 05 12 41s668ms 3s472ms 06 35 1m50s 3s165ms 07 41 2m8s 3s129ms 08 27 1m13s 2s732ms 09 46 2m9s 2s821ms 10 45 2m20s 3s112ms 11 36 1m51s 3s95ms 12 37 1m50s 2s985ms 13 40 2m16s 3s416ms 14 37 1m37s 2s626ms 15 39 1m35s 2s454ms 16 41 1m51s 2s725ms 17 42 2m5s 2s977ms 18 43 2m6s 2s939ms 19 55 2m57s 3s218ms 20 33 1m27s 2s661ms 21 42 2m 2s868ms 22 48 2m35s 3s245ms 23 45 1m54s 2s545ms Jan 23 00 34 1m35s 2s820ms 01 48 2m8s 2s683ms 02 44 2m8s 2s909ms 03 43 2m14s 3s122ms 04 50 2m18s 2s777ms 05 47 2m14s 2s865ms 06 55 2m25s 2s638ms 07 49 2m36s 3s192ms 08 45 2m9s 2s881ms 09 47 2m35s 3s302ms 10 41 1m54s 2s801ms 11 41 2m25s 3s554ms 12 39 2m4s 3s199ms 13 40 2m9s 3s237ms 14 37 1m38s 2s651ms 15 37 1m43s 2s808ms 16 55 2m34s 2s809ms 17 43 1m48s 2s522ms 18 41 2m10s 3s192ms 19 38 2m5s 3s315ms 20 32 1m27s 2s743ms 21 40 2m12s 3s312ms 22 41 1m47s 2s620ms 23 38 1m39s 2s616ms Jan 24 00 27 1m23s 3s77ms 01 31 1m26s 2s799ms 02 41 2m3s 3s14ms 03 36 1m44s 2s889ms 04 39 1m45s 2s710ms 05 43 2m15s 3s147ms 06 29 1m14s 2s566ms 07 44 2m18s 3s158ms 08 40 1m51s 2s798ms 09 35 1m32s 2s655ms 10 32 1m28s 2s751ms 11 43 2m6s 2s944ms 12 22 1m10s 3s195ms 13 29 1m7s 2s334ms 14 37 2m5s 3s402ms 15 33 1m37s 2s949ms 16 33 1m34s 2s874ms 17 42 2m10s 3s101ms 18 40 2m1s 3s45ms 19 41 2m11s 3s218ms 20 29 1m34s 3s261ms 21 42 1m58s 2s811ms 22 30 1m28s 2s954ms 23 36 1m52s 3s133ms Jan 25 00 32 1m27s 2s729ms 01 35 2m19s 3s991ms 02 35 1m30s 2s583ms 03 34 1m40s 2s956ms 04 29 1m15s 2s590ms 05 34 1m21s 2s399ms 06 40 1m45s 2s625ms 07 29 1m30s 3s121ms 08 32 1m33s 2s921ms 09 25 1m8s 2s743ms 10 30 1m25s 2s859ms 11 31 1m45s 3s408ms 12 31 1m31s 2s966ms 13 42 2m13s 3s180ms 14 30 1m36s 3s218ms 15 40 2m15s 3s394ms 16 34 1m50s 3s237ms 17 27 1m37s 3s627ms 18 45 2m23s 3s181ms 19 33 1m45s 3s195ms 20 27 1m5s 2s442ms 21 41 2m18s 3s379ms 22 33 1m36s 2s930ms 23 33 1m32s 2s811ms [ User: pubeu - Total duration: 52m26s - Times executed: 1034 ]
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:54 Duration: 7s472ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2089310'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:52 Duration: 7s24ms Bind query: yes
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select distinct /* ChemPhenotypesAssnsDAO */ associatedTerm.nm || '^' || o.cd || '^' || associatedTerm.nm_html || '^' || associatedTerm.acc_txt || '^' || associatedTerm.acc_db_cd as associatedTerm, associatedTerm.id associatedTermId, ptr.ixn_id ixnId, associatedTerm.object_type_id || '|' || associatedTerm.nm_sort associatedTermNmSort, COALESCE(associatedTerm.secondary_nm, '') casRN, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotype, phenotypeTerm.id phenotypeId, ( SELECT STRING_AGG(distinct taxonTerm.nm || '^' || 'taxon' || '^' || taxonTerm.nm_html || '^' || taxonTerm.acc_txt || '^' || taxonTerm.acc_db_cd || '^' || COALESCE(taxonTerm.secondary_nm, ''), '|')) as taxonTerms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || ia.level_seq || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, COUNT(DISTINCT taxonTerm.nm) taxonCount, i.ixn_prose_html ixnProseHtml, i.ixn_prose_txt ixnProse, i.sort_txt ixnSort, ( SELECT STRING_AGG(distinct r.acc_txt, '|')) as references, COUNT(DISTINCT ptr.reference_id) refCount, pt.indirect_term_qty inferredCount, COUNT(*) OVER () fullRowCount from phenotype_term_reference ptr inner join phenotype_term pt on ptr.term_id = pt.term_id and ptr.phenotype_id = pt.phenotype_id inner join term associatedTerm on ptr.term_id = associatedTerm.id inner join term phenotypeTerm on ptr.phenotype_id = phenotypeTerm.id left outer join term taxonTerm on ptr.taxon_id = taxonTerm.id inner join reference r on ptr.reference_id = r.id inner join ixn i on ptr.ixn_id = i.id inner join object_type o on associatedTerm.object_type_id = o.id left outer join ixn_anatomy ia on ptr.ixn_id = ia.ixn_id left outer join term anatomyTerm on ia.anatomy_id = anatomyTerm.id where associatedTerm.id = ANY (ARRAY (( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640'))) and ptr.term_object_type_id = 2 group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort LIMIT 50;
Date: 2025-01-22 06:57:45 Duration: 6s906ms Database: ctdprd51 User: pubeu Bind query: yes
16 1s5ms 22s862ms 2s852ms 83 3m56s select d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, gd.network_score networkscore, gd.indirect_chem_qty inferredcount, gd.reference_qty referencecount, gd.exposure_reference_qty exposurereferencecount, case when gd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gd.gene_id and a.disease_id = gd.disease_id) else null end actiontypes from gene_disease gd inner join term g on gd.gene_id = g.id inner join term d on gd.disease_id = d.id where gd.disease_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, gd.network_score desc nulls last, g.nm_sort, d.nm_sort limit ? offset ?;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Jan 19 03 2 9s54ms 4s527ms 05 1 1s114ms 1s114ms 06 1 5s458ms 5s458ms 11 1 1s302ms 1s302ms 15 1 1s105ms 1s105ms Jan 20 00 2 10s350ms 5s175ms 02 2 2s906ms 1s453ms 04 1 1s5ms 1s5ms 06 1 2s137ms 2s137ms 08 2 6s90ms 3s45ms 09 1 1s133ms 1s133ms 10 1 2s134ms 2s134ms 12 1 2s121ms 2s121ms 14 2 3s137ms 1s568ms 15 1 1s306ms 1s306ms 16 1 5s304ms 5s304ms 17 1 3s791ms 3s791ms 19 2 3s68ms 1s534ms 20 1 2s979ms 2s979ms 21 1 4s728ms 4s728ms 22 1 1s146ms 1s146ms 23 2 3s74ms 1s537ms Jan 21 01 1 3s703ms 3s703ms 04 2 7s583ms 3s791ms 06 1 1s457ms 1s457ms 08 1 1s59ms 1s59ms 09 2 3s26ms 1s513ms 11 1 2s31ms 2s31ms 13 1 22s862ms 22s862ms 14 3 5s616ms 1s872ms 18 1 3s920ms 3s920ms 23 1 2s158ms 2s158ms Jan 22 00 1 1s464ms 1s464ms 01 1 11s736ms 11s736ms 03 1 6s477ms 6s477ms 10 1 4s247ms 4s247ms 11 1 2s249ms 2s249ms 12 2 3s752ms 1s876ms 20 2 3s991ms 1s995ms 23 1 4s204ms 4s204ms Jan 23 01 1 1s482ms 1s482ms 03 2 5s982ms 2s991ms 08 2 3s51ms 1s525ms 09 1 2s370ms 2s370ms 10 1 1s802ms 1s802ms 11 1 2s372ms 2s372ms 14 2 7s173ms 3s586ms 15 2 2s861ms 1s430ms 19 1 4s605ms 4s605ms 22 1 1s168ms 1s168ms Jan 24 01 1 7s913ms 7s913ms 04 1 1s215ms 1s215ms 05 2 2s975ms 1s487ms 09 1 3s579ms 3s579ms 10 1 1s612ms 1s612ms 12 1 2s196ms 2s196ms 16 1 1s683ms 1s683ms 20 1 1s366ms 1s366ms 21 1 1s996ms 1s996ms Jan 25 01 1 1s853ms 1s853ms 05 2 5s649ms 2s824ms 06 1 1s424ms 1s424ms 14 1 2s379ms 2s379ms 21 1 2s34ms 2s34ms [ User: pubeu - Total duration: 1m18s - Times executed: 23 ]
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2081635') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50 OFFSET 3766150;
Date: 2025-01-21 13:27:19 Duration: 22s862ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2083230') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50 OFFSET 2078150;
Date: 2025-01-22 01:34:33 Duration: 11s736ms Bind query: yes
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SELECT /* DiseaseGeneAssnsDAO */ d.nm diseaseNm, d.acc_txt diseaseAcc, d.acc_db_cd diseaseAccDbCd, d.id diseaseId, g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, gd.network_score networkScore, gd.indirect_chem_qty inferredCount, gd.reference_qty referenceCount, gd.exposure_reference_qty exposureReferenceCount, CASE WHEN gd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gd.gene_id AND a.disease_id = gd.disease_id) ELSE NULL END actionTypes FROM gene_disease gd INNER JOIN term g ON gd.gene_id = g.id INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '2092592') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort LIMIT 50 OFFSET 1125850;
Date: 2025-01-24 01:56:07 Duration: 7s913ms Bind query: yes
17 1s 6s652ms 2s668ms 3,797 2h48m51s select e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, ( select string_agg(distinct stressorterm.nm || ? || ( select cd from object_type where id = stressorterm.object_type_id) || ? || stressorterm.nm_html || ? || stressorterm.acc_txt || ? || stressorterm.acc_db_cd, ?)) as stressoragents, ( select string_agg(distinct coalesce(receptorterm.nm, ?) || ? || coalesce(( select cd from object_type where id = receptorterm.object_type_id), ?) || ? || coalesce(receptorterm.nm_html, ?) || ? || coalesce(receptorterm.acc_txt, ?) || ? || coalesce(receptorterm.acc_db_cd, ?) || ? || receptor.description, ?)) as receptors, ( select string_agg(distinct country.nm, ?)) as studycountries, ( select string_agg(distinct location.locality_txt, ?)) as localities, ( select string_agg(distinct event.medium_nm || ? || coalesce(event.medium_term_acc_txt, ?), ?)) as assaymediums, ( select string_agg(distinct exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd, ?)) as assayedmarkers, ( select string_agg(distinct diseaseterm.nm || ? || ( select cd from object_type where id = diseaseterm.object_type_id) || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd, ?)) as diseases, ( select string_agg(distinct phenotypeterm.nm || ? || ( select cd from object_type where id = phenotypeterm.object_type_id) || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd, ?)) as phenotypes, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, re.author_summary summary, count(*) over () fullrowcount from exposure e inner join reference r on e.reference_id = r.id inner join exp_stressor stressor on e.exp_stressor_id = stressor.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join term receptorterm on receptor.term_id = receptorterm.id left outer join exp_event event on e.exp_event_id = event.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join exp_event_location location on e.exp_event_id = location.exp_event_id left outer join country on location.country_id = country.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id inner join reference_exp re on e.reference_id = re.reference_id left outer join exp_study_factor expstudyfactor on re.id = expstudyfactor.reference_exp_id where e.reference_id = any (array ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like ?) and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressoragents limit ?;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Jan 19 01 2 6s680ms 3s340ms 05 2 5s9ms 2s504ms 06 2 5s606ms 2s803ms 09 12 26s948ms 2s245ms 10 1 3s262ms 3s262ms 19 1 3s18ms 3s18ms 21 2 2s360ms 1s180ms 22 1 1s101ms 1s101ms 23 3 13s753ms 4s584ms Jan 20 01 1 3s425ms 3s425ms 05 11 24s925ms 2s265ms 08 1 1s322ms 1s322ms 09 2 3s482ms 1s741ms 10 20 58s446ms 2s922ms 11 24 1m4s 2s687ms 12 31 1m11s 2s308ms 13 35 1m40s 2s863ms 14 42 1m47s 2s562ms 15 33 1m28s 2s689ms 16 47 2m8s 2s743ms 17 42 1m39s 2s379ms 18 45 2m3s 2s751ms 19 38 1m34s 2s490ms 20 33 1m30s 2s737ms 21 31 1m30s 2s910ms 22 42 1m55s 2s760ms 23 37 1m34s 2s540ms Jan 21 00 30 1m19s 2s648ms 01 33 1m30s 2s740ms 02 43 1m54s 2s669ms 03 31 1m26s 2s789ms 04 40 1m36s 2s418ms 05 36 1m32s 2s577ms 06 33 1m27s 2s639ms 07 27 1m20s 2s991ms 08 37 1m49s 2s968ms 09 37 1m44s 2s822ms 10 34 1m36s 2s826ms 11 32 1m24s 2s637ms 12 35 1m32s 2s651ms 13 31 1m29s 2s878ms 14 38 1m51s 2s939ms 15 37 1m34s 2s540ms 16 22 57s758ms 2s625ms 17 19 45s932ms 2s417ms 18 6 19s103ms 3s183ms 19 2 6s549ms 3s274ms 20 1 1s890ms 1s890ms 21 16 40s188ms 2s511ms 22 18 45s520ms 2s528ms 23 26 1m2s 2s400ms Jan 22 00 28 1m9s 2s490ms 01 25 1m1s 2s469ms 02 9 29s166ms 3s240ms 04 1 1s195ms 1s195ms 05 5 8s835ms 1s767ms 06 19 43s646ms 2s297ms 07 30 1m13s 2s461ms 08 36 1m42s 2s848ms 09 39 1m41s 2s602ms 10 30 1m19s 2s637ms 11 22 55s540ms 2s524ms 12 42 1m41s 2s409ms 13 19 53s581ms 2s820ms 14 29 1m20s 2s771ms 15 27 1m21s 3s24ms 16 26 1m9s 2s667ms 17 26 1m3s 2s442ms 18 32 1m14s 2s313ms 19 23 1m9s 3s5ms 20 24 1m6s 2s773ms 21 45 1m51s 2s479ms 22 30 1m9s 2s305ms 23 36 1m32s 2s568ms Jan 23 00 38 1m40s 2s645ms 01 28 1m20s 2s857ms 02 37 1m32s 2s505ms 03 38 1m31s 2s398ms 04 30 1m13s 2s457ms 05 32 1m33s 2s925ms 06 36 1m31s 2s548ms 07 31 1m23s 2s707ms 08 24 58s323ms 2s430ms 09 41 1m50s 2s701ms 10 27 1m11s 2s656ms 11 37 1m38s 2s671ms 12 26 1m9s 2s687ms 13 27 1m10s 2s626ms 14 34 1m35s 2s809ms 15 22 1m7s 3s50ms 16 35 1m37s 2s791ms 17 40 1m41s 2s533ms 18 27 1m17s 2s864ms 19 26 1m8s 2s650ms 20 32 1m17s 2s430ms 21 23 1m 2s643ms 22 31 1m23s 2s684ms 23 21 56s882ms 2s708ms Jan 24 00 21 56s167ms 2s674ms 01 26 1m15s 2s917ms 02 24 1m11s 2s980ms 03 27 1m13s 2s733ms 04 31 1m25s 2s761ms 05 36 1m44s 2s897ms 06 24 1m6s 2s772ms 07 20 49s954ms 2s497ms 08 27 1m6s 2s481ms 09 20 41s993ms 2s99ms 10 30 1m31s 3s61ms 11 27 1m17s 2s853ms 12 27 1m15s 2s800ms 13 21 53s723ms 2s558ms 14 21 57s433ms 2s734ms 15 23 1m1s 2s686ms 16 24 1m10s 2s941ms 17 37 1m53s 3s55ms 18 24 54s199ms 2s258ms 19 25 1m9s 2s775ms 20 44 1m54s 2s591ms 21 22 58s941ms 2s679ms 22 26 1m22s 3s171ms 23 27 1m13s 2s728ms Jan 25 00 21 1m3s 3s7ms 01 29 1m18s 2s718ms 02 22 1m3s 2s904ms 03 20 52s173ms 2s608ms 04 28 1m9s 2s476ms 05 22 58s868ms 2s675ms 06 24 1m1s 2s550ms 07 17 47s674ms 2s804ms 08 28 1m25s 3s38ms 09 26 1m7s 2s611ms 10 31 1m18s 2s527ms 11 11 23s510ms 2s137ms 12 33 1m24s 2s545ms 13 32 1m26s 2s701ms 14 36 1m28s 2s463ms 15 22 58s575ms 2s662ms 16 28 1m6s 2s365ms 17 22 56s908ms 2s586ms 18 26 1m13s 2s820ms 19 26 1m9s 2s669ms 20 27 1m29s 3s329ms 21 36 1m31s 2s551ms 22 17 35s599ms 2s94ms 23 28 1m20s 2s861ms [ User: pubeu - Total duration: 32m47s - Times executed: 734 ]
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:14:11 Duration: 6s652ms Bind query: yes
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:26:20 Duration: 6s471ms Bind query: yes
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SELECT /* ChemExposureStudiesAssnsDAO */ e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, ( SELECT STRING_AGG(distinct stressorTerm.nm || '^' || ( select cd from object_type where id = stressorTerm.object_type_id) || '^' || stressorTerm.nm_html || '^' || stressorTerm.acc_txt || '^' || stressorTerm.acc_db_cd, '|')) as stressorAgents, ( SELECT STRING_AGG(distinct COALESCE(receptorTerm.nm, '') || '^' || COALESCE(( select cd from object_type where id = receptorTerm.object_type_id), '') || '^' || COALESCE(receptorTerm.nm_html, '') || '^' || COALESCE(receptorTerm.acc_txt, '') || '^' || COALESCE(receptorTerm.acc_db_cd, '') || '^' || receptor.description, '|')) as receptors, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, ( SELECT STRING_AGG(distinct location.locality_txt, ' | ')) as localities, ( SELECT STRING_AGG(distinct event.medium_nm || '^' || COALESCE(event.medium_term_acc_txt, ''), ' | ')) as assayMediums, ( SELECT STRING_AGG(distinct exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd, '|')) as assayedMarkers, ( SELECT STRING_AGG(distinct diseaseTerm.nm || '^' || ( select cd from object_type where id = diseaseTerm.object_type_id) || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd, '|')) as diseases, ( SELECT STRING_AGG(distinct phenotypeTerm.nm || '^' || ( select cd from object_type where id = phenotypeTerm.object_type_id) || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd, '|')) as phenotypes, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, re.author_summary summary, COUNT(*) OVER () fullRowCount FROM exposure e inner join reference r ON e.reference_id = r.id inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id left outer join exp_event event ON e.exp_event_id = event.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join exp_event_location location ON e.exp_event_id = location.exp_event_id left outer join country ON location.country_id = country.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id inner join reference_exp re ON e.reference_id = re.reference_id left outer join exp_study_factor expStudyFactor on re.id = expStudyFactor.reference_exp_id where e.reference_id = ANY (ARRAY ( select reference_id from exposure e1, term chem, exp_stressor s1 where chem.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and chem.id = s1.chem_id and s1.id = e1.exp_stressor_id union select reference_id from exposure e1, term t, exp_event event1 where t.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1399640') and t.id = event1.exp_marker_term_id and event1.exp_marker_type_id in ( select id from exp_marker_type where nm like 'chem%') and event1.id = e1.exp_event_id)) group by e.reference_acc_txt, r.abbr_authors_txt, pub_start_yr, re.author_summary order by stressorAgents LIMIT 50;
Date: 2025-01-22 08:26:06 Duration: 6s440ms Bind query: yes
18 1s15ms 6s149ms 2s320ms 326 12m36s select * from ( select g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, count(*) over () fullrowcount from term g where g.id in ( select gt.gene_id from dag_path dp inner join gene_taxon gt on dp.descendant_object_id = gt.taxon_id where dp.ancestor_object_id = ? union all select gcr.gene_id from dag_path dp inner join gene_chem_reference gcr on dp.descendant_object_id = gcr.taxon_id where dp.ancestor_object_id = ?) offset ?) mq order by mq.genesymbolsort limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Jan 19 00 1 2s127ms 2s127ms 02 3 5s943ms 1s981ms 05 6 8s265ms 1s377ms 06 6 10s986ms 1s831ms 07 2 4s283ms 2s141ms 09 4 15s835ms 3s958ms 17 4 4s945ms 1s236ms 18 5 16s39ms 3s207ms 20 7 25s204ms 3s600ms 21 3 10s428ms 3s476ms 23 2 2s482ms 1s241ms Jan 20 00 3 3s103ms 1s34ms 07 7 26s694ms 3s813ms 09 1 2s61ms 2s61ms 10 2 3s484ms 1s742ms 11 3 4s914ms 1s638ms 12 4 11s401ms 2s850ms 13 1 1s314ms 1s314ms 14 3 10s321ms 3s440ms 15 4 7s571ms 1s892ms 16 4 19s425ms 4s856ms 17 2 4s811ms 2s405ms 18 5 10s800ms 2s160ms 19 4 7s1ms 1s750ms 20 4 8s962ms 2s240ms 21 1 1s331ms 1s331ms 22 2 4s272ms 2s136ms 23 3 5s419ms 1s806ms Jan 21 00 1 1s203ms 1s203ms 01 3 5s389ms 1s796ms 02 4 7s51ms 1s762ms 03 5 8s866ms 1s773ms 04 1 2s66ms 2s66ms 05 3 5s416ms 1s805ms 06 2 3s586ms 1s793ms 07 1 1s443ms 1s443ms 09 2 4s281ms 2s140ms 10 3 6s296ms 2s98ms 11 4 11s488ms 2s872ms 12 4 12s345ms 3s86ms 13 4 8s183ms 2s45ms 14 3 5s508ms 1s836ms 15 1 2s142ms 2s142ms 16 2 3s415ms 1s707ms 17 1 2s264ms 2s264ms 21 1 1s135ms 1s135ms 22 6 18s917ms 3s152ms 23 5 10s783ms 2s156ms Jan 22 00 1 1s61ms 1s61ms 01 3 6s714ms 2s238ms 02 1 1s648ms 1s648ms 06 1 5s735ms 5s735ms 07 9 32s316ms 3s590ms 08 1 5s746ms 5s746ms 09 1 2s67ms 2s67ms 10 1 1s487ms 1s487ms 11 3 6s990ms 2s330ms 12 1 5s641ms 5s641ms 13 2 3s668ms 1s834ms 14 2 3s271ms 1s635ms 15 1 2s112ms 2s112ms 16 3 5s714ms 1s904ms 17 2 4s309ms 2s154ms 19 3 4s765ms 1s588ms 20 2 7s832ms 3s916ms 21 4 7s546ms 1s886ms 22 2 2s669ms 1s334ms 23 1 2s134ms 2s134ms Jan 23 00 2 3s58ms 1s529ms 01 1 1s24ms 1s24ms 03 4 7s526ms 1s881ms 04 1 2s140ms 2s140ms 05 1 1s286ms 1s286ms 06 1 2s190ms 2s190ms 07 1 1s629ms 1s629ms 09 3 5s532ms 1s844ms 10 1 1s155ms 1s155ms 11 1 1s605ms 1s605ms 12 3 6s370ms 2s123ms 13 1 1s223ms 1s223ms 14 1 1s44ms 1s44ms 15 2 2s312ms 1s156ms 16 2 2s698ms 1s349ms 17 5 8s545ms 1s709ms 18 2 4s298ms 2s149ms 20 1 1s221ms 1s221ms 21 5 9s694ms 1s938ms 22 3 5s853ms 1s951ms 23 1 1s486ms 1s486ms Jan 24 01 5 15s936ms 3s187ms 02 3 6s339ms 2s113ms 03 5 9s724ms 1s944ms 05 5 18s360ms 3s672ms 06 2 3s590ms 1s795ms 09 3 6s197ms 2s65ms 12 3 4s903ms 1s634ms 13 1 2s279ms 2s279ms 14 2 3s214ms 1s607ms 15 5 14s838ms 2s967ms 16 1 1s261ms 1s261ms 17 1 2s111ms 2s111ms 20 1 2s191ms 2s191ms 21 3 5s403ms 1s801ms 22 2 2s259ms 1s129ms 23 3 6s876ms 2s292ms Jan 25 00 1 2s620ms 2s620ms 01 4 7s936ms 1s984ms 02 2 4s407ms 2s203ms 03 2 3s218ms 1s609ms 04 1 2s165ms 2s165ms 05 3 9s684ms 3s228ms 06 1 2s193ms 2s193ms 09 3 6s95ms 2s31ms 10 4 7s849ms 1s962ms 11 3 10s116ms 3s372ms 12 1 2s134ms 2s134ms 14 2 4s782ms 2s391ms 15 3 11s15ms 3s671ms 16 2 5s417ms 2s708ms 17 2 3s364ms 1s682ms 18 2 8s348ms 4s174ms 19 1 2s292ms 2s292ms 20 1 1s572ms 1s572ms 22 3 5s835ms 1s945ms 23 2 3s309ms 1s654ms [ User: pubeu - Total duration: 2m52s - Times executed: 75 ]
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SELECT /* TaxonGenesDAO */ * FROM ( SELECT g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gt.gene_id FROM dag_path dp INNER JOIN gene_taxon gt ON dp.descendant_object_id = gt.taxon_id WHERE dp.ancestor_object_id = '655388' UNION ALL SELECT gcr.gene_id FROM dag_path dp INNER JOIN gene_chem_reference gcr ON dp.descendant_object_id = gcr.taxon_id WHERE dp.ancestor_object_id = '655388') OFFSET 0) mq ORDER BY mq.genesymbolsort LIMIT 50;
Date: 2025-01-19 09:55:13 Duration: 6s149ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* TaxonGenesDAO */ * FROM ( SELECT g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gt.gene_id FROM dag_path dp INNER JOIN gene_taxon gt ON dp.descendant_object_id = gt.taxon_id WHERE dp.ancestor_object_id = '655388' UNION ALL SELECT gcr.gene_id FROM dag_path dp INNER JOIN gene_chem_reference gcr ON dp.descendant_object_id = gcr.taxon_id WHERE dp.ancestor_object_id = '655388') OFFSET 0) mq ORDER BY mq.genesymbolsort LIMIT 50;
Date: 2025-01-22 07:08:33 Duration: 6s89ms Bind query: yes
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SELECT /* TaxonGenesDAO */ * FROM ( SELECT g.nm genesymbol, g.nm_sort genesymbolsort, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gt.gene_id FROM dag_path dp INNER JOIN gene_taxon gt ON dp.descendant_object_id = gt.taxon_id WHERE dp.ancestor_object_id = '655388' UNION ALL SELECT gcr.gene_id FROM dag_path dp INNER JOIN gene_chem_reference gcr ON dp.descendant_object_id = gcr.taxon_id WHERE dp.ancestor_object_id = '655388') OFFSET 0) mq ORDER BY mq.genesymbolsort LIMIT 50;
Date: 2025-01-19 21:19:03 Duration: 6s45ms Bind query: yes
19 1s157ms 3s851ms 2s116ms 78 2m45s select distinct childterm.acc_txt from term childterm, term baseterm, dag_path dag where baseterm.id = ? and baseterm.id = dag.ancestor_object_id and childterm.id = dag.descendant_object_id union select acc_txt from term where id = ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Jan 19 12 3 5s587ms 1s862ms 18 1 1s814ms 1s814ms 23 1 1s255ms 1s255ms Jan 20 07 1 1s806ms 1s806ms 11 1 3s762ms 3s762ms 12 1 3s130ms 3s130ms 13 4 12s664ms 3s166ms 15 3 6s784ms 2s261ms 17 2 3s727ms 1s863ms 19 1 3s656ms 3s656ms 21 1 3s64ms 3s64ms 22 2 2s571ms 1s285ms Jan 21 00 1 1s828ms 1s828ms 04 1 1s187ms 1s187ms 05 1 1s944ms 1s944ms 10 3 7s557ms 2s519ms 11 1 1s157ms 1s157ms 13 1 1s905ms 1s905ms 14 1 3s76ms 3s76ms 15 1 3s28ms 3s28ms 16 1 1s248ms 1s248ms 18 1 1s841ms 1s841ms 22 1 1s227ms 1s227ms Jan 22 04 2 3s776ms 1s888ms 07 1 3s385ms 3s385ms 09 1 3s696ms 3s696ms 10 1 1s279ms 1s279ms 13 1 1s836ms 1s836ms 15 2 4s296ms 2s148ms 17 1 1s227ms 1s227ms 18 3 5s86ms 1s695ms 23 1 3s168ms 3s168ms Jan 23 01 1 1s940ms 1s940ms 02 1 1s822ms 1s822ms 04 1 1s868ms 1s868ms 06 1 1s835ms 1s835ms 07 1 1s818ms 1s818ms 09 1 1s822ms 1s822ms 10 1 1s247ms 1s247ms 13 1 1s867ms 1s867ms 14 1 1s848ms 1s848ms 16 1 1s916ms 1s916ms 20 1 1s913ms 1s913ms 21 2 3s17ms 1s508ms 22 1 1s789ms 1s789ms Jan 24 01 1 1s803ms 1s803ms 05 1 1s914ms 1s914ms 11 1 1s839ms 1s839ms 12 1 3s100ms 3s100ms 18 1 3s585ms 3s585ms 20 1 3s633ms 3s633ms 22 1 1s824ms 1s824ms 23 1 3s698ms 3s698ms Jan 25 01 1 1s830ms 1s830ms 03 1 1s806ms 1s806ms 04 1 1s813ms 1s813ms 07 1 1s894ms 1s894ms 12 1 1s202ms 1s202ms 18 2 3s28ms 1s514ms 20 1 1s918ms 1s918ms 22 1 1s871ms 1s871ms [ User: pubeu - Total duration: 10s87ms - Times executed: 6 ]
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select distinct childTerm.acc_txt from term childTerm, term baseTerm, dag_path dag where baseTerm.id = '1222378' and baseTerm.id = dag.ancestor_object_id and childTerm.id = dag.descendant_object_id union select acc_txt from term where id = '1222378';
Date: 2025-01-21 10:12:40 Duration: 3s851ms Bind query: yes
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select distinct childTerm.acc_txt from term childTerm, term baseTerm, dag_path dag where baseTerm.id = '1222378' and baseTerm.id = dag.ancestor_object_id and childTerm.id = dag.descendant_object_id union select acc_txt from term where id = '1222378';
Date: 2025-01-20 13:37:35 Duration: 3s829ms Bind query: yes
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select distinct childTerm.acc_txt from term childTerm, term baseTerm, dag_path dag where baseTerm.id = '1222378' and baseTerm.id = dag.ancestor_object_id and childTerm.id = dag.descendant_object_id union select acc_txt from term where id = '1222378';
Date: 2025-01-20 11:37:29 Duration: 3s762ms Bind query: yes
20 1s9ms 2s108ms 1s585ms 1,680 44m23s select c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposurereferencecount, case when cd.curated_reference_qty > ? then ( select string_agg(a.action_type_cd || ? || a.action_type_nm, ?) from chem_disease_axn a where a.chem_id = cd.chem_id and a.disease_id = cd.disease_id) else null end actiontypes from chem_disease cd inner join term c on cd.chem_id = c.id inner join term d on cd.disease_id = d.id where cd.chem_id in ( select p.descendant_object_id from dag_path p where p.ancestor_object_id = ?) order by actiontypes, cd.network_score desc nulls last, d.nm_sort, c.nm_sort limit ?;Times Reported Time consuming queries #20
Day Hour Count Duration Avg duration Jan 19 05 1 1s302ms 1s302ms 07 2 3s691ms 1s845ms 09 1 1s900ms 1s900ms 18 2 3s658ms 1s829ms 21 2 3s327ms 1s663ms Jan 20 02 8 14s881ms 1s860ms 05 1 1s811ms 1s811ms 09 1 1s256ms 1s256ms 10 13 20s736ms 1s595ms 11 16 25s755ms 1s609ms 12 18 26s813ms 1s489ms 13 26 43s14ms 1s654ms 14 15 23s197ms 1s546ms 15 17 26s67ms 1s533ms 16 18 27s941ms 1s552ms 17 19 28s981ms 1s525ms 18 17 25s47ms 1s473ms 19 18 28s603ms 1s589ms 20 18 30s489ms 1s693ms 21 17 26s984ms 1s587ms 22 21 32s178ms 1s532ms 23 27 42s787ms 1s584ms Jan 21 00 17 27s136ms 1s596ms 01 14 21s954ms 1s568ms 02 14 22s485ms 1s606ms 03 18 30s792ms 1s710ms 04 20 30s676ms 1s533ms 05 16 24s346ms 1s521ms 06 8 13s164ms 1s645ms 07 20 31s732ms 1s586ms 08 10 17s976ms 1s797ms 09 11 18s130ms 1s648ms 10 16 26s213ms 1s638ms 11 20 30s838ms 1s541ms 12 17 25s140ms 1s478ms 13 17 26s950ms 1s585ms 14 11 18s167ms 1s651ms 15 21 31s80ms 1s480ms 16 11 19s154ms 1s741ms 17 8 11s885ms 1s485ms 18 2 3s663ms 1s831ms 20 1 1s861ms 1s861ms 21 2 3s686ms 1s843ms 22 5 7s503ms 1s500ms 23 2 3s145ms 1s572ms Jan 22 00 10 16s150ms 1s615ms 01 16 26s314ms 1s644ms 02 3 4s385ms 1s461ms 03 1 1s305ms 1s305ms 05 4 5s573ms 1s393ms 06 9 14s710ms 1s634ms 07 16 26s133ms 1s633ms 08 14 22s397ms 1s599ms 09 8 12s990ms 1s623ms 10 13 19s430ms 1s494ms 11 23 38s853ms 1s689ms 12 10 15s527ms 1s552ms 13 13 20s691ms 1s591ms 14 8 12s368ms 1s546ms 15 15 22s635ms 1s509ms 16 12 16s957ms 1s413ms 17 12 20s485ms 1s707ms 18 9 15s47ms 1s671ms 19 6 8s225ms 1s370ms 20 17 27s845ms 1s637ms 21 13 20s70ms 1s543ms 22 14 21s241ms 1s517ms 23 10 16s56ms 1s605ms Jan 23 00 14 21s747ms 1s553ms 01 23 37s853ms 1s645ms 02 13 20s90ms 1s545ms 03 12 18s845ms 1s570ms 04 13 19s500ms 1s500ms 05 20 34s119ms 1s705ms 06 19 28s480ms 1s498ms 07 11 16s752ms 1s522ms 08 8 13s624ms 1s703ms 09 12 18s38ms 1s503ms 10 20 31s46ms 1s552ms 11 12 19s415ms 1s617ms 12 19 28s678ms 1s509ms 13 10 16s878ms 1s687ms 14 14 23s796ms 1s699ms 15 8 13s141ms 1s642ms 16 14 22s398ms 1s599ms 17 9 13s678ms 1s519ms 18 14 21s456ms 1s532ms 19 7 11s810ms 1s687ms 20 16 23s743ms 1s483ms 21 15 24s881ms 1s658ms 22 14 23s77ms 1s648ms 23 14 21s693ms 1s549ms Jan 24 00 13 21s316ms 1s639ms 01 11 16s190ms 1s471ms 02 9 12s4ms 1s333ms 03 10 16s157ms 1s615ms 04 8 13s170ms 1s646ms 05 14 20s191ms 1s442ms 06 9 13s773ms 1s530ms 07 14 22s673ms 1s619ms 08 5 8s643ms 1s728ms 09 15 21s413ms 1s427ms 10 6 9s833ms 1s638ms 11 14 23s24ms 1s644ms 12 15 22s511ms 1s500ms 13 12 20s673ms 1s722ms 14 4 5s695ms 1s423ms 15 9 14s941ms 1s660ms 16 13 20s57ms 1s542ms 17 15 23s203ms 1s546ms 18 13 20s672ms 1s590ms 19 6 8s804ms 1s467ms 20 12 18s775ms 1s564ms 21 15 23s228ms 1s548ms 22 9 14s765ms 1s640ms 23 6 11s71ms 1s845ms Jan 25 00 7 10s631ms 1s518ms 01 10 16s851ms 1s685ms 02 14 22s392ms 1s599ms 03 8 12s403ms 1s550ms 04 15 25s588ms 1s705ms 05 8 10s665ms 1s333ms 06 14 22s501ms 1s607ms 07 7 10s275ms 1s467ms 08 17 27s275ms 1s604ms 09 16 24s307ms 1s519ms 10 14 21s797ms 1s556ms 11 17 27s146ms 1s596ms 12 11 16s858ms 1s532ms 13 12 19s903ms 1s658ms 14 11 18s993ms 1s726ms 15 7 10s4ms 1s429ms 16 15 23s716ms 1s581ms 17 13 20s988ms 1s614ms 18 7 12s275ms 1s753ms 19 6 9s767ms 1s627ms 20 17 27s966ms 1s645ms 21 10 17s352ms 1s735ms 22 7 11s218ms 1s602ms 23 14 21s859ms 1s561ms [ User: pubeu - Total duration: 8m31s - Times executed: 327 ]
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-21 07:48:17 Duration: 2s108ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-25 19:30:51 Duration: 2s86ms Bind query: yes
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SELECT /* ChemDiseaseAssnsDAO */ c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemid, d.nm diseasenm, d.acc_txt diseaseacc, d.acc_db_cd diseaseaccdbcd, d.id diseaseid, cd.network_score networkscore, cd.indirect_gene_qty inferredcount, cd.reference_qty referencecount, cd.exposure_reference_qty exposureReferenceCount, CASE WHEN cd.curated_reference_qty > 0 THEN ( SELECT STRING_AGG(a.action_type_cd || '^' || a.action_type_nm, '|') FROM chem_disease_axn a WHERE a.chem_id = cd.chem_id AND a.disease_id = cd.disease_id) ELSE NULL END actiontypes FROM chem_disease cd INNER JOIN term c ON cd.chem_id = c.id INNER JOIN term d ON cd.disease_id = d.id WHERE cd.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1399640') ORDER BY actionTypes, cd.network_score DESC NULLS LAST, d.nm_sort, c.nm_sort LIMIT 50;
Date: 2025-01-21 08:08:33 Duration: 2s80ms Bind query: yes
Time consuming prepare
Rank Total duration Times executed Min duration Max duration Avg duration Query NO DATASET
Time consuming bind
Rank Total duration Times executed Min duration Max duration Avg duration Query 1 0ms 660 0ms 0ms 0ms ;Times Reported Time consuming bind #1
Day Hour Count Duration Avg duration Jan 19 04 2 0ms 0ms 06 6 0ms 0ms 07 18 0ms 0ms 08 16 0ms 0ms Jan 20 06 16 0ms 0ms 07 8 0ms 0ms 08 2 0ms 0ms 10 20 0ms 0ms 11 54 0ms 0ms 12 2 0ms 0ms 13 20 0ms 0ms 14 28 0ms 0ms 16 6 0ms 0ms 17 16 0ms 0ms 21 2 0ms 0ms Jan 21 00 2 0ms 0ms 06 6 0ms 0ms 07 28 0ms 0ms 08 36 0ms 0ms 09 28 0ms 0ms 10 6 0ms 0ms 11 8 0ms 0ms 12 12 0ms 0ms 13 6 0ms 0ms 14 6 0ms 0ms 16 22 0ms 0ms 17 8 0ms 0ms Jan 22 00 1 0ms 0ms 06 18 0ms 0ms 07 12 0ms 0ms 08 6 0ms 0ms 10 12 0ms 0ms 11 6 0ms 0ms 12 12 0ms 0ms 13 16 0ms 0ms 14 10 0ms 0ms 15 16 0ms 0ms 16 22 0ms 0ms 17 32 0ms 0ms Jan 23 00 1 0ms 0ms 06 16 0ms 0ms 07 10 0ms 0ms 09 2 0ms 0ms 13 6 0ms 0ms 14 6 0ms 0ms 15 4 0ms 0ms Jan 24 00 1 0ms 0ms 08 33 0ms 0ms 09 6 0ms 0ms 10 6 0ms 0ms 13 9 0ms 0ms 14 9 0ms 0ms Jan 25 00 2 0ms 0ms 01 2 0ms 0ms [ User: pubeu - Total duration: 7m16s - Times executed: 180 ]
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;
Date: Duration: 0ms Database: postgres parameters: $1 = '1399640'
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Events
Log levels
Key values
- 127,477 Log entries
Events distribution
Key values
- 0 PANIC entries
- 11 FATAL entries
- 114 ERROR entries
- 0 WARNING entries
Most Frequent Errors/Events
Key values
- 81 Max number of times the same event was reported
- 125 Total events found
Rank Times reported Error 1 81 ERROR: syntax error in ts"..."
Times Reported Most Frequent Error / Event #1
Day Hour Count Jan 19 01 1 02 1 04 2 06 1 07 1 18 1 20 2 23 3 Jan 20 02 2 12 1 19 3 20 2 21 1 Jan 21 00 1 02 1 06 1 07 1 09 3 11 1 12 1 20 2 21 1 Jan 22 00 3 02 2 06 1 07 1 08 1 12 1 23 1 Jan 23 01 1 04 1 05 1 16 13 19 1 21 5 22 4 23 1 Jan 24 02 1 04 2 05 1 08 2 Jan 25 01 1 16 1 20 1 23 2 - ERROR: syntax error in ts"ソフテック 9FT"
- ERROR: syntax error in ts"(DK-100MPS シャッター | DK100MPS シャッター)"
- ERROR: syntax error in ts"エストラジオール吉草酸エステル クリーム"
Statement: SELECT /* GeneBasicQueryDAO */ sq.* ,COUNT(*) OVER() fullRowCount FROM ( SELECT /* label */ t.acc_txt acc ,'name:' || t.nm accQueryStr ,t.nm ,t.nm_html nmHtml ,t.secondary_nm secondaryNm ,l.nm matchedNm ,lt.nm_display matchedType ,CASE WHEN lt.nm_display='Symbol' THEN true ELSE false END isNameMatch ,CASE WHEN lt.nm_display='Name' THEN true ELSE false END isSecondaryNameMatch ,t.has_chems hasChems ,t.has_diseases hasDiseases ,t.has_exposures hasExposures ,CASE WHEN UPPER(l.nm) = $1 THEN 1 ELSE 2 END relevance ,t.nm_sort ,t.id ,t.has_phenotypes hasPhenotypes FROM term t INNER JOIN term_label l ON l.term_id = t.id INNER JOIN term_label_type lt ON l.term_label_type_id = lt.id WHERE l.object_type_id = 4 AND t.object_type_id = 4 AND l.id IN( SELECT FIRST_VALUE(i.id) OVER(PARTITION BY i.term_id ORDER BY it.priority_seq, i.nm) FROM term_label i INNER JOIN term_label_type it ON i.term_label_type_id = it.id WHERE i.object_type_id = 4 AND i.nm_fts @@ to_tsquery('common.english_nostops', $2) ) UNION ALL SELECT /* acc */ t.acc_txt acc ,'name:' || t.nm accQueryStr ,t.nm ,t.nm_html nmHtml ,t.secondary_nm secondaryNm ,l.acc_txt matchednm ,'Accession' matchedtype ,false isNameMatch ,false isSecondaryNameMatch ,t.has_chems hasChems ,t.has_diseases hasDiseases ,t.has_exposures hasExposures ,1 relevance ,t.nm_sort ,t.id ,t.has_phenotypes hasPhenotypes FROM db_link l INNER JOIN term t ON l.object_id = t.id WHERE l.type_cd = 'A' AND l.object_type_id = 4 AND (upper( l.acc_txt ) = $3 ) ORDER BY 13,14 ) sq LIMIT 50
Date: 2025-01-19 04:11:19
Statement: SELECT /* GeneBasicQueryDAO */ sq.* ,COUNT(*) OVER() fullRowCount FROM ( SELECT /* label */ t.acc_txt acc ,'name:' || t.nm accQueryStr ,t.nm ,t.nm_html nmHtml ,t.secondary_nm secondaryNm ,l.nm matchedNm ,lt.nm_display matchedType ,CASE WHEN lt.nm_display='Symbol' THEN true ELSE false END isNameMatch ,CASE WHEN lt.nm_display='Name' THEN true ELSE false END isSecondaryNameMatch ,t.has_chems hasChems ,t.has_diseases hasDiseases ,t.has_exposures hasExposures ,CASE WHEN UPPER(l.nm) = $1 THEN 1 ELSE 2 END relevance ,t.nm_sort ,t.id ,t.has_phenotypes hasPhenotypes FROM term t INNER JOIN term_label l ON l.term_id = t.id INNER JOIN term_label_type lt ON l.term_label_type_id = lt.id WHERE l.object_type_id = 4 AND t.object_type_id = 4 AND l.id IN( SELECT FIRST_VALUE(i.id) OVER(PARTITION BY i.term_id ORDER BY it.priority_seq, i.nm) FROM term_label i INNER JOIN term_label_type it ON i.term_label_type_id = it.id WHERE i.object_type_id = 4 AND i.nm_fts @@ to_tsquery('common.english_nostops', $2) ) UNION ALL SELECT /* acc */ t.acc_txt acc ,'name:' || t.nm accQueryStr ,t.nm ,t.nm_html nmHtml ,t.secondary_nm secondaryNm ,l.acc_txt matchednm ,'Accession' matchedtype ,false isNameMatch ,false isSecondaryNameMatch ,t.has_chems hasChems ,t.has_diseases hasDiseases ,t.has_exposures hasExposures ,1 relevance ,t.nm_sort ,t.id ,t.has_phenotypes hasPhenotypes FROM db_link l INNER JOIN term t ON l.object_id = t.id WHERE l.type_cd = 'A' AND l.object_type_id = 4 AND (upper( l.acc_txt ) = $3 OR upper( l.acc_txt ) = $4 OR upper( l.acc_txt ) = $5 ) ORDER BY 13,14 ) sq LIMIT 50
Date: 2025-01-19 18:14:37
Statement: SELECT /* BasicCountsDAO gen */ ii.cd ,COUNT(ii.id) cnt FROM (SELECT ot.cd ,tl.term_id id FROM object_type ot INNER JOIN term_label tl ON ot.id = tl.object_type_id WHERE tl.nm_fts @@ to_tsquery('common.english_nostops',$1) UNION SELECT 'reference' ,r.id FROM reference r WHERE r.title_abstract_fts @@ to_tsquery('pg_catalog.english',$2) OR r.id IN (SELECT rpr.reference_id FROM reference_party_role rpr INNER JOIN reference_party rp ON rpr.reference_party_id = rp.id WHERE (SUBSTR(get_reference_party_nm_sort(rp.required_nm),1,128) LIKE $3 ) ) UNION SELECT ot.cd ,l.object_id FROM db_link l INNER JOIN object_type ot on l.object_type_id = ot.id WHERE l.type_cd = 'A' AND (upper( l.acc_txt ) LIKE $4 ) ) ii GROUP BY ii.cd
Date: 2025-01-19 20:58:19
2 13 LOG: could not receive data from client: Connection timed out
Times Reported Most Frequent Error / Event #2
Day Hour Count Jan 21 17 1 18 1 19 1 Jan 22 19 1 20 2 21 1 Jan 23 19 1 20 1 Jan 24 19 3 20 1 3 9 FATAL: connection to client lost
Times Reported Most Frequent Error / Event #3
Day Hour Count Jan 22 07 3 08 3 Jan 23 00 1 Jan 24 14 1 20 1 4 9 LOG: could not send data to client: Broken pipe
Times Reported Most Frequent Error / Event #4
Day Hour Count Jan 22 07 3 08 3 Jan 23 00 1 Jan 24 14 1 20 1 5 5 ERROR: syntax error at or near "..."
Times Reported Most Frequent Error / Event #5
Day Hour Count Jan 21 12 1 Jan 22 12 4 - ERROR: syntax error at or near "update" at character 19
- ERROR: syntax error at or near "'-tetrabromodiphenyl ether'" at character 7152
- ERROR: syntax error at or near "'-pentachlorobiphenyl'" at character 8705
Statement: BEGIN transaction update reference_contact set sent_tm=NULL where email_addr='skysea1010@gmail.com'
Date: 2025-01-21 12:45:01
Statement: SELECT id FROM term WHERE nm IN ( -- genes 'NOG' ,'TNF' ,'INS' ,'CASP3' ,'IL1B' ,'IL6' ,'MAPK1' ,'NFE2L2' ,'MAPK3' ,'HMOX1' ,'AHR' ,'CYP1A1' ,'PTGS2' ,'PPARA' ,'BCL2' ,'CAT' ,'ESR1' ,'BAX' ,'NOS2' ,'RELA' ,'TGFB1' ,'TP53' ,'RORA' ,'AKT1' ,'CXCL8' ,'PPARG' ,'IFNG' ,'AR' ,'INS1' ,'ACHE' ,'PARP1' ,'CASP9' ,'CCL2' ,'NQO1' ,'CDKN1A' ,'CYP3A4' ,'MMP9' ,'SOD2' ,'APP' ,'VEGFA' ,'CYP1A2' ,'CCND1' ,'FOS' ,'NFKBIA' ,'SOD1' ,'HIF1A' ,'DDIT3' ,'ESR2' ,'JUN' ,'IL10' ,'AGT' ,'FGF2' ,'ABCB1' ,'CYP2E1' ,'GPT' ,'NR1I3' ,'CYP1B1' ,'CASP8' ,'NR1I2' ,'MAPK8' ,'EGF' ,'SIRT1' ,'GSR' ,'ACTA2' ,'MPO' ,'MYC' ,'ICAM1' ,'HSPA5' ,'MMP2' ,'G3BP1' ,'STAT3' ,'SQSTM1' ,'EGFR' ,'IL4' ,'NFKB1' ,'TLR4' ,'CASP1' ,'ALB' ,'RX3' ,'CTNNB1' ,'NOS3' ,'IGF1' ,'BCL2L1' ,'COL1A1' ,'GCLC' ,'NLRP3' ,'MAP1LC3B' ,'CDH1' ,'SREBF1' ,'GSK3B' ,'MTOR' ,'FASN' ,'PCNA' ,'ABCC2' ,'STAR' ,'PGR' ,'BDNF' ,'PPARGC1A' ,'CYP19A1' ,'GPX1' ,'H2AX' ,'LEP' ,'VIM' ,'IL18' ,'OGA' ,'GSTP1' ,'ADIPOQ' ,'BECN1' ,'IL1A' ,'TRP53' ,'FAS' ,'EGR1' ,'VCAM1' ,'NR1H4' ,'NR3C1' ,'APOE' ,'ABCG2' ,'FN1' ,'MYD88' ,'IL2' ,'CXCL1' ,'FSHB' ,'CREB1' ,'EDN1' ,'BIRC5' ,'SERPINE1' ,'ABCC1' ,'CNR1' ,'ABCB11' ,'CYCS' ,'CD36' ,'TIMP1' ,'GCLM' ,'CYP2C9' ,'TNFSF10' ,'LHB' ,'TH' ,'CXCL2' ,'FABP4' ,'BCHE' ,'ATF4' ,'PON1' ,'CYP11A1' ,'SPP1' ,'CASP7' ,'HMGCR' ,'MAPK9' ,'IL12B' ,'CYP17A1' ,'CCNB1' ,'CDKN1B' ,'CYP2B6' ,'RB1' ,'PRL' ,'MAPK14' ,'CEBPB' ,'CXCL10' ,'TIPARP' ,'GADD45A' ,'XBP1' ,'ATF3' ,'TRPV1' ,'CDK1' ,'MT1' ,'LPL' ,'GJA1' ,'MKI67' ,'MAPT' ,'ADRB2' ,'PTEN' ,'TXNRD1' ,'CPT1A' ,'KEAP1' ,'CYP7A1' ,'SLC2A1' ,'CCL5' ,'RPS6KB1' ,'ACACA' ,'KCNH2' ,'CEBPA' ,'STAT1' ,'INHBA' ,'MCL1' ,'BMP4' ,'CCN2' ,'SRC' ,'CSF2' ,'PTGS1' ,'EIF2AK3' ,'XDH' ,'SNCA' ,'ABCA1' ,'CDK2' ,'GPX4' ,'THRB' ,'CNR2' ,'DRD2' ,'LDLR' ,'GSTM1' ,'ABCC3' -- chemicals ,'bisphenol A' ,'Tetrachlorodibenzodioxin' ,'Benzo(a)pyrene' ,'Valproic Acid' ,'sodium arsenite' ,'Lipopolysaccharides' ,'Estradiol' ,'Acetaminophen' ,'4-(5-benzo(1,3)dioxol-5-yl-4-pyridin-2-yl-1H-imidazol-2-yl)benzamide' ,'dorsomorphin' ,'Particulate Matter' ,'Dexamethasone' ,'Cadmium Chloride' ,'titanium dioxide' ,'Aflatoxin B1' ,'Air Pollutants' ,'Cisplatin' ,'Tobacco Smoke Pollution' ,'Carbon Tetrachloride' ,'Resveratrol' ,'Doxorubicin' ,'pirinixic acid' ,'Ethinyl Estradiol' ,'Ozone' ,'Tretinoin' ,'Ethanol' ,'Dietary Fats' ,'Thioacetamide' ,'Cyclosporine' ,'Nanotubes, Carbon' ,'perfluorooctane sulfonic acid' ,'bisphenol S' ,'Folic Acid' ,'Vehicle Emissions' ,'1,2-Dimethylhydrazine' ,'Oxygen' ,'trichostatin A' ,'1-Methyl-3-isobutylxanthine' ,'Silicon Dioxide' ,'Indomethacin' ,'bisphenol F' ,'CGP 52608' ,'Atrazine' ,'Arsenic Trioxide' ,'methylmercuric chloride' ,'Cadmium' ,'Phenobarbital' ,'arsenite' ,'decamethrin' ,'Paraquat' ,'Tetradecanoylphorbol Acetate' ,'Quercetin' ,'Propylthiouracil' ,'Hydrogen Peroxide' ,'perfluorooctanoic acid' ,'Glucose' ,'Copper' ,'Smoke' ,'Chlorpyrifos' ,'triphenyl phosphate' ,'Gentamicins' ,'Diethylhexyl Phthalate' ,'Arsenic' ,'Rotenone' ,'Diethylnitrosamine' ,'Testosterone' ,'Acrylamide' ,'Phenylmercuric Acetate' ,'Dibutyl Phthalate' ,'Streptozocin' ,'Progesterone' ,'Plant Extracts' ,'Trichloroethylene' ,'aristolochic acid I' ,'Copper Sulfate' ,'cobaltous chloride' ,'Methyl Methanesulfonate' ,'Methamphetamine' ,'(+)-JQ1 compound' ,'jinfukang' ,'deoxynivalenol' ,'vinclozolin' ,'abrine' ,'Nickel' ,'Dioxins' ,'Genistein' ,'Fulvestrant' ,'Clofibrate' ,'Rosiglitazone' ,'Soot' ,'Cocaine' ,'Sunitinib' ,'Dronabinol' ,'Methotrexate' ,'JP8 aviation fuel' ,'triptonide' ,'entinostat' ,'2,2',4,4'-tetrabromodiphenyl ether' ,'Tamoxifen' ,'Acetylcysteine' ,'1-Methyl-4-phenylpyridinium' ,'Calcitriol' ,'Acrolein' ,'di-n-butylphosphoric acid' ,'Thiram' ,'Endosulfan' ,'Zinc' ,'Ammonium Chloride' ,'Choline' ,'Ionomycin' ,'Formaldehyde' ,'tris(1,3-dichloro-2-propyl)phosphate' ,'Caffeine' ,'potassium chromate(VI)' ,'Methionine' ,'lead acetate' ,'perfluorooctanesulfonamide' ,'lipopolysaccharide, E coli O55-B5' ,'Flutamide' ,'Vorinostat' ,'furan' ,'Ivermectin' ,'Curcumin' ,'Lead' ,'Urethane' ,'Troglitazone' ,'S-(1,2-dichlorovinyl)cysteine' ,'Fluorouracil' ,'Fenretinide' ,'ethylene dichloride' ,'Dextran Sulfate' ,'hexabromocyclododecane' ,'Asbestos, Crocidolite' ,'7,8-Dihydro-7,8-dihydroxybenzo(a)pyrene 9,10-oxide' ,'sodium arsenate' ,'manganese chloride' ,'lipopolysaccharide, Escherichia coli O111 B4' ,'Cuprizone' ,'Methapyrilene' ,'Topotecan' ,'Isoproterenol' ,'epoxiconazole' ,'FR900359' ,'Methimazole' ,'Nicotine' ,'Antirheumatic Agents' ,'3,4,5,3',4'-pentachlorobiphenyl' ,'methacrylaldehyde' ,'chromium hexavalent ion' ,'Triclosan' ,'Glyphosate' ,'N-Methyl-3,4-methylenedioxyamphetamine' ,'mono-(2-ethylhexyl)phthalate' ,'Aluminum' ,'Oxaliplatin' ,'T-2 Toxin' ,'Cellulose' ,'Decitabine' ,'acetamide' ,'Amitrole' ,'beta-lapachone' ,'Cyclophosphamide' ,'butyraldehyde' ,'Selenium' ,'alpha-pinene' ,'Temozolomide' ,'Amiodarone' ,'4,4'-diaminodiphenylmethane' ,'1,4-bis(2-(3,5-dichloropyridyloxy))benzene' ,'Panobinostat' ,'Diethylstilbestrol' ,'decabromobiphenyl ether' ,'Tunicamycin' ,'Carbamazepine' ,'Lactic Acid' ,'Sodium Fluoride' ,'Cannabidiol' ,'ochratoxin A' ,'epigallocatechin gallate' ,'1-Naphthylisothiocyanate' ,'fipronil' ,'Mercuric Chloride' ,'Coumestrol' ,'Paclitaxel' ,'bisphenol AF' ,'tert-Butylhydroperoxide' ,'dicrotophos' ,'sulforaphane' ,'Enzyme Inhibitors' ,'Dichlorodiphenyl Dichloroethylene' ,'1H,1H,10H,10H-perfluorodecane-1,10-diol' ,'Methoxychlor' ,'Thapsigargin' ,'Leflunomide' ,'Haloperidol' ,'2,4,5,2',4',5'-hexachlorobiphenyl' ,'9,10-Dimethyl-1,2-benzanthracene' ,'Silver' ,'Amphetamine' ,'Pregnenolone Carbonitrile' -- diseases ,'Chemical and Drug Induced Liver Injury' ,'Seizures' ,'Hypertension' ,'Hypotension' ,'Kidney Diseases' ,'Pain' ,'Acute Kidney Injury' ,'Breast Neoplasms' ,'Necrosis' ,'Weight Loss' ,'Inflammation' ,'Drug-Related Side Effects and Adverse Reactions' ,'Cocaine-Related Disorders' ,'Heart Failure' ,'Substance Withdrawal Syndrome' ,'Depressive Disorder' ,'Bradycardia' ,'Prostatic Neoplasms' ,'Hyperalgesia' ,'Prenatal Exposure Delayed Effects' ,'Myocardial Infarction' ,'Catalepsy' ,'Liver Cirrhosis, Experimental' ,'Hyperkinesis' ,'Edema' ,'Arrhythmias, Cardiac' ,'Carcinoma, Hepatocellular' ,'Dyskinesia, Drug-Induced' ,'Nausea' ,'Vomiting' ,'Lung Neoplasms' ,'Disease Models, Animal' ,'Hyperglycemia' ,'Hepatomegaly' ,'Weight Gain' ,'Cardiomyopathies' ,'Tachycardia' ,'Headache' ,'Bipolar Disorder' ,'Nerve Degeneration' ,'Proteinuria' ,'Diabetes Mellitus, Experimental' ,'Anemia' ,'Memory Disorders' ,'Tremor' ,'Peripheral Nervous System Diseases' ,'Fatty Liver' ,'Parkinson Disease' ,'Liver Neoplasms' ,'Status Epilepticus' ,'Schizophrenia' ,'Thrombocytopenia' ,'Liver Neoplasms, Experimental' ,'Cognition Disorders' ,'Heart Diseases' ,'Hemorrhage' ,'Arthritis, Rheumatoid' ,'Renal Insufficiency' ,'Fever' ,'Asthma' ,'Cholestasis' ,'Insulin Resistance' ,'Urinary Bladder Neoplasms' ,'Obesity' ,'Nervous System Diseases' ,'Liver Cirrhosis' ,'Poisoning' ,'Muscular Diseases' ,'Diarrhea' ,'Neoplasms, Experimental' ,'Colorectal Neoplasms' ,'Atrial Fibrillation' ,'Neutropenia' ,'Tachycardia, Ventricular' ,'Anxiety Disorders' ,'Colonic Neoplasms' ,'Epilepsy' ,'Myocardial Ischemia' ,'Stomach Neoplasms' ,'Amnesia' ,'Cardiomegaly' ,'Brain Injuries' ,'Parkinsonian Disorders' ,'Diabetes Mellitus, Type 2' ,'Neoplasm Metastasis' ,'Melanoma' ,'Neoplasm Invasiveness' ,'Torsades de Pointes' ,'Neoplasms' ,'Long QT Syndrome' ,'Ventricular Dysfunction, Left' ,'Cell Transformation, Neoplastic' ,'Thrombosis' ,'Pain, Postoperative' ,'Movement Disorders' ,'Hallucinations' ,'Dystonia' ,'Nephritis, Interstitial' ,'Stomach Ulcer' ,'Carcinoma, Non-Small-Cell Lung' ,'Pulmonary Fibrosis' ,'Brain Diseases' ,'Fibrosis' ,'Learning Disabilities' ,'Heart Arrest' ,'Drug Hypersensitivity' ,'Liver Diseases' ,'Psychoses, Substance-Induced' ,'Dizziness' ,'Cardiovascular Diseases' ,'Hypokalemia' ,'Ventricular Fibrillation' ,'Autistic Disorder' ,'Precursor Cell Lymphoblastic Leukemia-Lymphoma' ,'Myoclonus' ,'Hyperplasia' ,'Precancerous Conditions' ,'Multiple Myeloma' ,'Angina Pectoris' ,'Neurotoxicity Syndromes' ,'Liver Failure, Acute' ,'Leukemia, Promyelocytic, Acute' ,'Adenocarcinoma' ,'Basal Ganglia Diseases' ,'Cystitis' ,'Hepatitis B' ,'Hepatitis' ,'Dermatitis, Allergic Contact' ,'Leukemia, Myeloid, Acute' ,'Lung Injury' ,'HIV Infections' ,'Ataxia' ,'Ovarian Neoplasms' ,'Atherosclerosis' ,'Mammary Neoplasms, Experimental' ,'Abnormalities, Drug-Induced' ,'Confusion' ,'Staphylococcal Infections' ,'Autism Spectrum Disorder' ,'Stroke' ,'Leukopenia' ,'Testicular Diseases' ,'Reperfusion Injury' ,'Colitis' ,'Alzheimer Disease' ,'Carcinoma' ,'Glucose Intolerance' ,'Skin Neoplasms' ,'Anemia, Hemolytic' ,'Exanthema' ,'Hypertension, Pulmonary' ,'Muscle Rigidity' ,'Psychotic Disorders' ,'Hypercholesterolemia' ,'Angioedema' ,'Delirium' ,'Non-alcoholic Fatty Liver Disease' ,'Paralysis' ,'Apnea' ,'Pulmonary Edema' ,'Pneumonia' ,'Micronuclei, Chromosome-Defective' ,'Venous Thrombosis' ,'Parkinson Disease, Secondary' ,'Nephrotic Syndrome' ,'Muscle Weakness' ,'Pruritus' ,'Drug Eruptions' ,'Acute Lung Injury' ,'Hypothermia' ,'Pancreatic Neoplasms' ,'Diabetic Nephropathies' ,'Gastrointestinal Diseases' ,'Substance-Related Disorders' ,'Coma' ,'Epilepsy, Tonic-Clonic' ,'Craniofacial Abnormalities' ,'Stevens-Johnson Syndrome' ,'Migraine Disorders' ,'Vision Disorders' ,'Jaundice' ,'Paresthesia' ,'Carcinoma, Squamous Cell' ,'Fatigue' ,'Cerebral Hemorrhage' ,'Hypercalcemia' ,'Skin Diseases' ,'Hypotension, Orthostatic' ,'Urticaria' ,'Hematuria' ,'Erectile Dysfunction' ,'Colitis, Ulcerative' ,'Mammary Neoplasms, Animal' ,'Lung Diseases' ,'Rhabdomyolysis' ,'Oligospermia' ,'Depressive Disorder, Major' ,'Anemia, Aplastic' ,'Anorexia' ,'Hyperlipidemias' -- phenotypes ,'apoptotic process' ,'cell population proliferation' ,'cellular metabolic process' ,'lipid oxidation' ,'glutathione metabolic process' ,'reactive oxygen species metabolic process' ,'lipid catabolic process' ,'cell death' ,'detection of oxidative stress' ,'positive regulation of apoptotic process' ,'superoxide dismutase activity' ,'positive regulation of reactive oxygen species biosynthetic process' ,'positive regulation of cell death' ,'regulation of blood pressure' ,'reactive oxygen species biosynthetic process' ,'negative regulation of cell population proliferation' ,'regulation of mitochondrial membrane potential' ,'vasoconstriction' ,'glutathione biosynthetic process' ,'membrane lipid catabolic process' ,'glutathione peroxidase activity' ,'cellular response to DNA damage stimulus' ,'cholesterol metabolic process' ,'positive regulation of cell population proliferation' ,'triglyceride metabolic process' ,'response to oxidative stress' ,'regulation of heart rate' ,'negative regulation of mitotic cell cycle' ,'vasodilation' ,'ATP metabolic process' ,'cell growth' ,'cellular calcium ion homeostasis' ,'leukocyte migration involved in inflammatory response' ,'nitric oxide metabolic process' ,'creatinine metabolic process' ,'apoptotic DNA fragmentation' ,'lipid droplet formation' ,'ncRNA transcription' ,'protein oxidation' ,'mitotic cell cycle process' ,'DNA modification' ,'inflammatory response' ,'cholesterol homeostasis' ,'glutathione transferase activity' ,'autophagy' ,'fat cell differentiation' ,'triglyceride homeostasis' ,'lipid metabolic process' ,'necrotic cell death' ,'xenobiotic metabolic process' ,'negative regulation of superoxide dismutase activity' ,'triglyceride biosynthetic process' ,'cell migration' ,'cell redox homeostasis' ,'bile acid metabolic process' ,'nitric oxide biosynthetic process' ,'superoxide anion generation' ,'lactate dehydrogenase activity' ,'cell cycle' ,'amino acid metabolic process' ,'testosterone biosynthetic process' ,'activation of protein kinase B activity' ,'L-aspartate:2-oxoglutarate aminotransferase activity' ,'positive regulation of nitric oxide biosynthetic process' ,'cholesterol biosynthetic process' ,'protein import into nucleus' ,'positive regulation of protein import into nucleus' ,'wound healing, spreading of cells' ,'alkaline phosphatase activity' ,'positive regulation of cytosolic calcium ion concentration' ,'glucose homeostasis' ,'positive regulation of mitochondrial membrane potential' ,'fatty acid metabolic process' ,'cell chemotaxis' ,'positive regulation of vasoconstriction' ,'spermatogenesis' ,'positive regulation of neuron death' ,'positive regulation of superoxide dismutase activity' ,'collagen fibril organization' ,'cell differentiation' ,'histone H3-K9 acetylation' ,'mitochondrion organization' ,'positive regulation of protein localization to nucleus' ,'positive regulation of p38MAPK cascade' ,'ATP biosynthetic process' ,'metabolic process' ,'locomotion involved in locomotory behavior' ,'urate metabolic process' ,'dopamine metabolic process' ,'positive regulation of NF-kappaB transcription factor activity' ,'embryo development' ,'lipid biosynthetic process' ,'protein lipidation' ,'histamine secretion mediated by immunoglobulin' ,'glucose metabolic process' ,'negative regulation of mitochondrial membrane potential' ,'release of cytochrome c from mitochondria' ,'DNA catabolic process, endonucleolytic' ,'cellular respiration' ,'calcium ion homeostasis' ,'positive regulation of cell migration' ,'regulation of cellular metabolic process' ,'reactive nitrogen species metabolic process' ,'positive regulation of inflammatory response' ,'establishment of protein localization to plasma membrane' ,'lipid homeostasis' ,'response to antineoplastic agent' ,'glucose import' ,'urea metabolic process' ,'positive regulation of ERK1 and ERK2 cascade' ,'positive regulation of necrotic cell death' ,'memory' ,'negative regulation of glutathione peroxidase activity' ,'positive regulation of apoptotic DNA fragmentation' ,'mitochondrial depolarization' ,'G2/M transition of mitotic cell cycle' ,'cAMP metabolic process' ,'mitotic S phase' ,'hydrogen peroxide biosynthetic process' ,'positive regulation of superoxide anion generation' ,'positive regulation of autophagy' ,'protein modification process' ,'regulation of metabolic process' ,'cellular iron ion homeostasis' ,'lactate metabolic process' ,'DNA methylation on cytosine within a CG sequence' ,'apoptotic chromosome condensation' ,'serotonin metabolic process' ,'cellular lipid metabolic process' ,'positive regulation of glutathione peroxidase activity' ,'transepithelial transport' ,'positive regulation of lipid storage' ,'hydrogen peroxide metabolic process' ,'G0 to G1 transition' ,'positive regulation of collagen biosynthetic process' ,'iron ion homeostasis' ,'positive regulation of cytolysis' ,'gluconeogenesis' ,'micronucleus organization' ,'microglial cell activation' ,'positive regulation of autophagosome assembly' ,'positive regulation of NIK/NF-kappaB signaling' ,'calcium-mediated signaling' ,'positive regulation of cytokine production involved in inflammatory response' ,'cellular senescence' ,'neuron death' ,'macrophage activation' ,'cAMP biosynthetic process' ,'positive regulation of lipid catabolic process' ,'negative regulation of response to drug' ,'calcium ion import' ,'behavioral response to pain' ,'positive regulation of intracellular estrogen receptor signaling pathway' ,'regulation of bile acid metabolic process' ,'mitotic cell cycle' ,'autophagosome assembly' ,'prostaglandin metabolic process' ,'protein poly-ADP-ribosylation' ,'DNA methylation' ,'glycolytic process' ,'positive regulation of fat cell differentiation' ,'protein lipidation involved in autophagosome assembly' ,'estrogen metabolic process' ,'thyroid hormone metabolic process' ,'positive regulation of organ growth' ,'neutrophil migration' ,'NADH dehydrogenase (ubiquinone) activity' ,'prostaglandin biosynthetic process' ,'negative regulation of ATP biosynthetic process' ,'adipose tissue development' ,'larval development' ,'androgen metabolic process' ,'amino acid biosynthetic process' ,'aerobic respiration' ,'positive regulation of cellular extravasation' ,'positive regulation of neutrophil extravasation' ,'negative regulation of cell migration' ,'carbohydrate metabolic process' ,'positive regulation of JNK cascade' ,'positive regulation of neuron apoptotic process' ,'positive regulation of release of cytochrome c from mitochondria' ,'cognition' ,'vacuole organization' ,'renal sodium excretion' ,'osteoclast differentiation' ,'positive regulation of epithelial to mesenchymal transition' ,'glutathione derivative biosynthetic process' ,'arachidonic acid metabolic process' ,'neurotransmitter metabolic process' ,'stress granule assembly' ,'sperm motility' ,'hepatocyte differentiation' ,'AMP-activated protein kinase activity' ,'swimming behavior' ,'negative regulation of monooxygenase activity' ,'fatty acid homeostasis' ,'L-ascorbic acid metabolic process' ,'pyroptosis' ,'response to xenobiotic stimulus' ,'positive regulation of prostaglandin biosynthetic process' )
Date: 2025-01-22 12:25:52
Statement: SELECT id FROM term WHERE nm IN ( -- genes 'NOG' ,'TNF' ,'INS' ,'CASP3' ,'IL1B' ,'IL6' ,'MAPK1' ,'NFE2L2' ,'MAPK3' ,'HMOX1' ,'AHR' ,'CYP1A1' ,'PTGS2' ,'PPARA' ,'BCL2' ,'CAT' ,'ESR1' ,'BAX' ,'NOS2' ,'RELA' ,'TGFB1' ,'TP53' ,'RORA' ,'AKT1' ,'CXCL8' ,'PPARG' ,'IFNG' ,'AR' ,'INS1' ,'ACHE' ,'PARP1' ,'CASP9' ,'CCL2' ,'NQO1' ,'CDKN1A' ,'CYP3A4' ,'MMP9' ,'SOD2' ,'APP' ,'VEGFA' ,'CYP1A2' ,'CCND1' ,'FOS' ,'NFKBIA' ,'SOD1' ,'HIF1A' ,'DDIT3' ,'ESR2' ,'JUN' ,'IL10' ,'AGT' ,'FGF2' ,'ABCB1' ,'CYP2E1' ,'GPT' ,'NR1I3' ,'CYP1B1' ,'CASP8' ,'NR1I2' ,'MAPK8' ,'EGF' ,'SIRT1' ,'GSR' ,'ACTA2' ,'MPO' ,'MYC' ,'ICAM1' ,'HSPA5' ,'MMP2' ,'G3BP1' ,'STAT3' ,'SQSTM1' ,'EGFR' ,'IL4' ,'NFKB1' ,'TLR4' ,'CASP1' ,'ALB' ,'RX3' ,'CTNNB1' ,'NOS3' ,'IGF1' ,'BCL2L1' ,'COL1A1' ,'GCLC' ,'NLRP3' ,'MAP1LC3B' ,'CDH1' ,'SREBF1' ,'GSK3B' ,'MTOR' ,'FASN' ,'PCNA' ,'ABCC2' ,'STAR' ,'PGR' ,'BDNF' ,'PPARGC1A' ,'CYP19A1' ,'GPX1' ,'H2AX' ,'LEP' ,'VIM' ,'IL18' ,'OGA' ,'GSTP1' ,'ADIPOQ' ,'BECN1' ,'IL1A' ,'TRP53' ,'FAS' ,'EGR1' ,'VCAM1' ,'NR1H4' ,'NR3C1' ,'APOE' ,'ABCG2' ,'FN1' ,'MYD88' ,'IL2' ,'CXCL1' ,'FSHB' ,'CREB1' ,'EDN1' ,'BIRC5' ,'SERPINE1' ,'ABCC1' ,'CNR1' ,'ABCB11' ,'CYCS' ,'CD36' ,'TIMP1' ,'GCLM' ,'CYP2C9' ,'TNFSF10' ,'LHB' ,'TH' ,'CXCL2' ,'FABP4' ,'BCHE' ,'ATF4' ,'PON1' ,'CYP11A1' ,'SPP1' ,'CASP7' ,'HMGCR' ,'MAPK9' ,'IL12B' ,'CYP17A1' ,'CCNB1' ,'CDKN1B' ,'CYP2B6' ,'RB1' ,'PRL' ,'MAPK14' ,'CEBPB' ,'CXCL10' ,'TIPARP' ,'GADD45A' ,'XBP1' ,'ATF3' ,'TRPV1' ,'CDK1' ,'MT1' ,'LPL' ,'GJA1' ,'MKI67' ,'MAPT' ,'ADRB2' ,'PTEN' ,'TXNRD1' ,'CPT1A' ,'KEAP1' ,'CYP7A1' ,'SLC2A1' ,'CCL5' ,'RPS6KB1' ,'ACACA' ,'KCNH2' ,'CEBPA' ,'STAT1' ,'INHBA' ,'MCL1' ,'BMP4' ,'CCN2' ,'SRC' ,'CSF2' ,'PTGS1' ,'EIF2AK3' ,'XDH' ,'SNCA' ,'ABCA1' ,'CDK2' ,'GPX4' ,'THRB' ,'CNR2' ,'DRD2' ,'LDLR' ,'GSTM1' ,'ABCC3' -- chemicals ,'bisphenol A' ,'Tetrachlorodibenzodioxin' ,'Benzo(a)pyrene' ,'Valproic Acid' ,'sodium arsenite' ,'Lipopolysaccharides' ,'Estradiol' ,'Acetaminophen' ,'4-(5-benzo(1,3)dioxol-5-yl-4-pyridin-2-yl-1H-imidazol-2-yl)benzamide' ,'dorsomorphin' ,'Particulate Matter' ,'Dexamethasone' ,'Cadmium Chloride' ,'titanium dioxide' ,'Aflatoxin B1' ,'Air Pollutants' ,'Cisplatin' ,'Tobacco Smoke Pollution' ,'Carbon Tetrachloride' ,'Resveratrol' ,'Doxorubicin' ,'pirinixic acid' ,'Ethinyl Estradiol' ,'Ozone' ,'Tretinoin' ,'Ethanol' ,'Dietary Fats' ,'Thioacetamide' ,'Cyclosporine' ,'Nanotubes, Carbon' ,'perfluorooctane sulfonic acid' ,'bisphenol S' ,'Folic Acid' ,'Vehicle Emissions' ,'1,2-Dimethylhydrazine' ,'Oxygen' ,'trichostatin A' ,'1-Methyl-3-isobutylxanthine' ,'Silicon Dioxide' ,'Indomethacin' ,'bisphenol F' ,'CGP 52608' ,'Atrazine' ,'Arsenic Trioxide' ,'methylmercuric chloride' ,'Cadmium' ,'Phenobarbital' ,'arsenite' ,'decamethrin' ,'Paraquat' ,'Tetradecanoylphorbol Acetate' ,'Quercetin' ,'Propylthiouracil' ,'Hydrogen Peroxide' ,'perfluorooctanoic acid' ,'Glucose' ,'Copper' ,'Smoke' ,'Chlorpyrifos' ,'triphenyl phosphate' ,'Gentamicins' ,'Diethylhexyl Phthalate' ,'Arsenic' ,'Rotenone' ,'Diethylnitrosamine' ,'Testosterone' ,'Acrylamide' ,'Phenylmercuric Acetate' ,'Dibutyl Phthalate' ,'Streptozocin' ,'Progesterone' ,'Plant Extracts' ,'Trichloroethylene' ,'aristolochic acid I' ,'Copper Sulfate' ,'cobaltous chloride' ,'Methyl Methanesulfonate' ,'Methamphetamine' ,'(+)-JQ1 compound' ,'jinfukang' ,'deoxynivalenol' ,'vinclozolin' ,'abrine' ,'Nickel' ,'Dioxins' ,'Genistein' ,'Fulvestrant' ,'Clofibrate' ,'Rosiglitazone' ,'Soot' ,'Cocaine' ,'Sunitinib' ,'Dronabinol' ,'Methotrexate' ,'JP8 aviation fuel' ,'triptonide' ,'entinostat' ,'2,2'',4,4''-tetrabromodiphenyl ether' ,'Tamoxifen' ,'Acetylcysteine' ,'1-Methyl-4-phenylpyridinium' ,'Calcitriol' ,'Acrolein' ,'di-n-butylphosphoric acid' ,'Thiram' ,'Endosulfan' ,'Zinc' ,'Ammonium Chloride' ,'Choline' ,'Ionomycin' ,'Formaldehyde' ,'tris(1,3-dichloro-2-propyl)phosphate' ,'Caffeine' ,'potassium chromate(VI)' ,'Methionine' ,'lead acetate' ,'perfluorooctanesulfonamide' ,'lipopolysaccharide, E coli O55-B5' ,'Flutamide' ,'Vorinostat' ,'furan' ,'Ivermectin' ,'Curcumin' ,'Lead' ,'Urethane' ,'Troglitazone' ,'S-(1,2-dichlorovinyl)cysteine' ,'Fluorouracil' ,'Fenretinide' ,'ethylene dichloride' ,'Dextran Sulfate' ,'hexabromocyclododecane' ,'Asbestos, Crocidolite' ,'7,8-Dihydro-7,8-dihydroxybenzo(a)pyrene 9,10-oxide' ,'sodium arsenate' ,'manganese chloride' ,'lipopolysaccharide, Escherichia coli O111 B4' ,'Cuprizone' ,'Methapyrilene' ,'Topotecan' ,'Isoproterenol' ,'epoxiconazole' ,'FR900359' ,'Methimazole' ,'Nicotine' ,'Antirheumatic Agents' ,'3,4,5,3',4'-pentachlorobiphenyl' ,'methacrylaldehyde' ,'chromium hexavalent ion' ,'Triclosan' ,'Glyphosate' ,'N-Methyl-3,4-methylenedioxyamphetamine' ,'mono-(2-ethylhexyl)phthalate' ,'Aluminum' ,'Oxaliplatin' ,'T-2 Toxin' ,'Cellulose' ,'Decitabine' ,'acetamide' ,'Amitrole' ,'beta-lapachone' ,'Cyclophosphamide' ,'butyraldehyde' ,'Selenium' ,'alpha-pinene' ,'Temozolomide' ,'Amiodarone' ,'4,4'-diaminodiphenylmethane' ,'1,4-bis(2-(3,5-dichloropyridyloxy))benzene' ,'Panobinostat' ,'Diethylstilbestrol' ,'decabromobiphenyl ether' ,'Tunicamycin' ,'Carbamazepine' ,'Lactic Acid' ,'Sodium Fluoride' ,'Cannabidiol' ,'ochratoxin A' ,'epigallocatechin gallate' ,'1-Naphthylisothiocyanate' ,'fipronil' ,'Mercuric Chloride' ,'Coumestrol' ,'Paclitaxel' ,'bisphenol AF' ,'tert-Butylhydroperoxide' ,'dicrotophos' ,'sulforaphane' ,'Enzyme Inhibitors' ,'Dichlorodiphenyl Dichloroethylene' ,'1H,1H,10H,10H-perfluorodecane-1,10-diol' ,'Methoxychlor' ,'Thapsigargin' ,'Leflunomide' ,'Haloperidol' ,'2,4,5,2',4',5'-hexachlorobiphenyl' ,'9,10-Dimethyl-1,2-benzanthracene' ,'Silver' ,'Amphetamine' ,'Pregnenolone Carbonitrile' -- diseases ,'Chemical and Drug Induced Liver Injury' ,'Seizures' ,'Hypertension' ,'Hypotension' ,'Kidney Diseases' ,'Pain' ,'Acute Kidney Injury' ,'Breast Neoplasms' ,'Necrosis' ,'Weight Loss' ,'Inflammation' ,'Drug-Related Side Effects and Adverse Reactions' ,'Cocaine-Related Disorders' ,'Heart Failure' ,'Substance Withdrawal Syndrome' ,'Depressive Disorder' ,'Bradycardia' ,'Prostatic Neoplasms' ,'Hyperalgesia' ,'Prenatal Exposure Delayed Effects' ,'Myocardial Infarction' ,'Catalepsy' ,'Liver Cirrhosis, Experimental' ,'Hyperkinesis' ,'Edema' ,'Arrhythmias, Cardiac' ,'Carcinoma, Hepatocellular' ,'Dyskinesia, Drug-Induced' ,'Nausea' ,'Vomiting' ,'Lung Neoplasms' ,'Disease Models, Animal' ,'Hyperglycemia' ,'Hepatomegaly' ,'Weight Gain' ,'Cardiomyopathies' ,'Tachycardia' ,'Headache' ,'Bipolar Disorder' ,'Nerve Degeneration' ,'Proteinuria' ,'Diabetes Mellitus, Experimental' ,'Anemia' ,'Memory Disorders' ,'Tremor' ,'Peripheral Nervous System Diseases' ,'Fatty Liver' ,'Parkinson Disease' ,'Liver Neoplasms' ,'Status Epilepticus' ,'Schizophrenia' ,'Thrombocytopenia' ,'Liver Neoplasms, Experimental' ,'Cognition Disorders' ,'Heart Diseases' ,'Hemorrhage' ,'Arthritis, Rheumatoid' ,'Renal Insufficiency' ,'Fever' ,'Asthma' ,'Cholestasis' ,'Insulin Resistance' ,'Urinary Bladder Neoplasms' ,'Obesity' ,'Nervous System Diseases' ,'Liver Cirrhosis' ,'Poisoning' ,'Muscular Diseases' ,'Diarrhea' ,'Neoplasms, Experimental' ,'Colorectal Neoplasms' ,'Atrial Fibrillation' ,'Neutropenia' ,'Tachycardia, Ventricular' ,'Anxiety Disorders' ,'Colonic Neoplasms' ,'Epilepsy' ,'Myocardial Ischemia' ,'Stomach Neoplasms' ,'Amnesia' ,'Cardiomegaly' ,'Brain Injuries' ,'Parkinsonian Disorders' ,'Diabetes Mellitus, Type 2' ,'Neoplasm Metastasis' ,'Melanoma' ,'Neoplasm Invasiveness' ,'Torsades de Pointes' ,'Neoplasms' ,'Long QT Syndrome' ,'Ventricular Dysfunction, Left' ,'Cell Transformation, Neoplastic' ,'Thrombosis' ,'Pain, Postoperative' ,'Movement Disorders' ,'Hallucinations' ,'Dystonia' ,'Nephritis, Interstitial' ,'Stomach Ulcer' ,'Carcinoma, Non-Small-Cell Lung' ,'Pulmonary Fibrosis' ,'Brain Diseases' ,'Fibrosis' ,'Learning Disabilities' ,'Heart Arrest' ,'Drug Hypersensitivity' ,'Liver Diseases' ,'Psychoses, Substance-Induced' ,'Dizziness' ,'Cardiovascular Diseases' ,'Hypokalemia' ,'Ventricular Fibrillation' ,'Autistic Disorder' ,'Precursor Cell Lymphoblastic Leukemia-Lymphoma' ,'Myoclonus' ,'Hyperplasia' ,'Precancerous Conditions' ,'Multiple Myeloma' ,'Angina Pectoris' ,'Neurotoxicity Syndromes' ,'Liver Failure, Acute' ,'Leukemia, Promyelocytic, Acute' ,'Adenocarcinoma' ,'Basal Ganglia Diseases' ,'Cystitis' ,'Hepatitis B' ,'Hepatitis' ,'Dermatitis, Allergic Contact' ,'Leukemia, Myeloid, Acute' ,'Lung Injury' ,'HIV Infections' ,'Ataxia' ,'Ovarian Neoplasms' ,'Atherosclerosis' ,'Mammary Neoplasms, Experimental' ,'Abnormalities, Drug-Induced' ,'Confusion' ,'Staphylococcal Infections' ,'Autism Spectrum Disorder' ,'Stroke' ,'Leukopenia' ,'Testicular Diseases' ,'Reperfusion Injury' ,'Colitis' ,'Alzheimer Disease' ,'Carcinoma' ,'Glucose Intolerance' ,'Skin Neoplasms' ,'Anemia, Hemolytic' ,'Exanthema' ,'Hypertension, Pulmonary' ,'Muscle Rigidity' ,'Psychotic Disorders' ,'Hypercholesterolemia' ,'Angioedema' ,'Delirium' ,'Non-alcoholic Fatty Liver Disease' ,'Paralysis' ,'Apnea' ,'Pulmonary Edema' ,'Pneumonia' ,'Micronuclei, Chromosome-Defective' ,'Venous Thrombosis' ,'Parkinson Disease, Secondary' ,'Nephrotic Syndrome' ,'Muscle Weakness' ,'Pruritus' ,'Drug Eruptions' ,'Acute Lung Injury' ,'Hypothermia' ,'Pancreatic Neoplasms' ,'Diabetic Nephropathies' ,'Gastrointestinal Diseases' ,'Substance-Related Disorders' ,'Coma' ,'Epilepsy, Tonic-Clonic' ,'Craniofacial Abnormalities' ,'Stevens-Johnson Syndrome' ,'Migraine Disorders' ,'Vision Disorders' ,'Jaundice' ,'Paresthesia' ,'Carcinoma, Squamous Cell' ,'Fatigue' ,'Cerebral Hemorrhage' ,'Hypercalcemia' ,'Skin Diseases' ,'Hypotension, Orthostatic' ,'Urticaria' ,'Hematuria' ,'Erectile Dysfunction' ,'Colitis, Ulcerative' ,'Mammary Neoplasms, Animal' ,'Lung Diseases' ,'Rhabdomyolysis' ,'Oligospermia' ,'Depressive Disorder, Major' ,'Anemia, Aplastic' ,'Anorexia' ,'Hyperlipidemias' -- phenotypes ,'apoptotic process' ,'cell population proliferation' ,'cellular metabolic process' ,'lipid oxidation' ,'glutathione metabolic process' ,'reactive oxygen species metabolic process' ,'lipid catabolic process' ,'cell death' ,'detection of oxidative stress' ,'positive regulation of apoptotic process' ,'superoxide dismutase activity' ,'positive regulation of reactive oxygen species biosynthetic process' ,'positive regulation of cell death' ,'regulation of blood pressure' ,'reactive oxygen species biosynthetic process' ,'negative regulation of cell population proliferation' ,'regulation of mitochondrial membrane potential' ,'vasoconstriction' ,'glutathione biosynthetic process' ,'membrane lipid catabolic process' ,'glutathione peroxidase activity' ,'cellular response to DNA damage stimulus' ,'cholesterol metabolic process' ,'positive regulation of cell population proliferation' ,'triglyceride metabolic process' ,'response to oxidative stress' ,'regulation of heart rate' ,'negative regulation of mitotic cell cycle' ,'vasodilation' ,'ATP metabolic process' ,'cell growth' ,'cellular calcium ion homeostasis' ,'leukocyte migration involved in inflammatory response' ,'nitric oxide metabolic process' ,'creatinine metabolic process' ,'apoptotic DNA fragmentation' ,'lipid droplet formation' ,'ncRNA transcription' ,'protein oxidation' ,'mitotic cell cycle process' ,'DNA modification' ,'inflammatory response' ,'cholesterol homeostasis' ,'glutathione transferase activity' ,'autophagy' ,'fat cell differentiation' ,'triglyceride homeostasis' ,'lipid metabolic process' ,'necrotic cell death' ,'xenobiotic metabolic process' ,'negative regulation of superoxide dismutase activity' ,'triglyceride biosynthetic process' ,'cell migration' ,'cell redox homeostasis' ,'bile acid metabolic process' ,'nitric oxide biosynthetic process' ,'superoxide anion generation' ,'lactate dehydrogenase activity' ,'cell cycle' ,'amino acid metabolic process' ,'testosterone biosynthetic process' ,'activation of protein kinase B activity' ,'L-aspartate:2-oxoglutarate aminotransferase activity' ,'positive regulation of nitric oxide biosynthetic process' ,'cholesterol biosynthetic process' ,'protein import into nucleus' ,'positive regulation of protein import into nucleus' ,'wound healing, spreading of cells' ,'alkaline phosphatase activity' ,'positive regulation of cytosolic calcium ion concentration' ,'glucose homeostasis' ,'positive regulation of mitochondrial membrane potential' ,'fatty acid metabolic process' ,'cell chemotaxis' ,'positive regulation of vasoconstriction' ,'spermatogenesis' ,'positive regulation of neuron death' ,'positive regulation of superoxide dismutase activity' ,'collagen fibril organization' ,'cell differentiation' ,'histone H3-K9 acetylation' ,'mitochondrion organization' ,'positive regulation of protein localization to nucleus' ,'positive regulation of p38MAPK cascade' ,'ATP biosynthetic process' ,'metabolic process' ,'locomotion involved in locomotory behavior' ,'urate metabolic process' ,'dopamine metabolic process' ,'positive regulation of NF-kappaB transcription factor activity' ,'embryo development' ,'lipid biosynthetic process' ,'protein lipidation' ,'histamine secretion mediated by immunoglobulin' ,'glucose metabolic process' ,'negative regulation of mitochondrial membrane potential' ,'release of cytochrome c from mitochondria' ,'DNA catabolic process, endonucleolytic' ,'cellular respiration' ,'calcium ion homeostasis' ,'positive regulation of cell migration' ,'regulation of cellular metabolic process' ,'reactive nitrogen species metabolic process' ,'positive regulation of inflammatory response' ,'establishment of protein localization to plasma membrane' ,'lipid homeostasis' ,'response to antineoplastic agent' ,'glucose import' ,'urea metabolic process' ,'positive regulation of ERK1 and ERK2 cascade' ,'positive regulation of necrotic cell death' ,'memory' ,'negative regulation of glutathione peroxidase activity' ,'positive regulation of apoptotic DNA fragmentation' ,'mitochondrial depolarization' ,'G2/M transition of mitotic cell cycle' ,'cAMP metabolic process' ,'mitotic S phase' ,'hydrogen peroxide biosynthetic process' ,'positive regulation of superoxide anion generation' ,'positive regulation of autophagy' ,'protein modification process' ,'regulation of metabolic process' ,'cellular iron ion homeostasis' ,'lactate metabolic process' ,'DNA methylation on cytosine within a CG sequence' ,'apoptotic chromosome condensation' ,'serotonin metabolic process' ,'cellular lipid metabolic process' ,'positive regulation of glutathione peroxidase activity' ,'transepithelial transport' ,'positive regulation of lipid storage' ,'hydrogen peroxide metabolic process' ,'G0 to G1 transition' ,'positive regulation of collagen biosynthetic process' ,'iron ion homeostasis' ,'positive regulation of cytolysis' ,'gluconeogenesis' ,'micronucleus organization' ,'microglial cell activation' ,'positive regulation of autophagosome assembly' ,'positive regulation of NIK/NF-kappaB signaling' ,'calcium-mediated signaling' ,'positive regulation of cytokine production involved in inflammatory response' ,'cellular senescence' ,'neuron death' ,'macrophage activation' ,'cAMP biosynthetic process' ,'positive regulation of lipid catabolic process' ,'negative regulation of response to drug' ,'calcium ion import' ,'behavioral response to pain' ,'positive regulation of intracellular estrogen receptor signaling pathway' ,'regulation of bile acid metabolic process' ,'mitotic cell cycle' ,'autophagosome assembly' ,'prostaglandin metabolic process' ,'protein poly-ADP-ribosylation' ,'DNA methylation' ,'glycolytic process' ,'positive regulation of fat cell differentiation' ,'protein lipidation involved in autophagosome assembly' ,'estrogen metabolic process' ,'thyroid hormone metabolic process' ,'positive regulation of organ growth' ,'neutrophil migration' ,'NADH dehydrogenase (ubiquinone) activity' ,'prostaglandin biosynthetic process' ,'negative regulation of ATP biosynthetic process' ,'adipose tissue development' ,'larval development' ,'androgen metabolic process' ,'amino acid biosynthetic process' ,'aerobic respiration' ,'positive regulation of cellular extravasation' ,'positive regulation of neutrophil extravasation' ,'negative regulation of cell migration' ,'carbohydrate metabolic process' ,'positive regulation of JNK cascade' ,'positive regulation of neuron apoptotic process' ,'positive regulation of release of cytochrome c from mitochondria' ,'cognition' ,'vacuole organization' ,'renal sodium excretion' ,'osteoclast differentiation' ,'positive regulation of epithelial to mesenchymal transition' ,'glutathione derivative biosynthetic process' ,'arachidonic acid metabolic process' ,'neurotransmitter metabolic process' ,'stress granule assembly' ,'sperm motility' ,'hepatocyte differentiation' ,'AMP-activated protein kinase activity' ,'swimming behavior' ,'negative regulation of monooxygenase activity' ,'fatty acid homeostasis' ,'L-ascorbic acid metabolic process' ,'pyroptosis' ,'response to xenobiotic stimulus' ,'positive regulation of prostaglandin biosynthetic process' )
Date: 2025-01-22 12:26:17
6 2 ERROR: relation "..." does not exist
Times Reported Most Frequent Error / Event #6
Day Hour Count Jan 21 12 1 Jan 24 13 1 - ERROR: relation "ref_contact" does not exist at character 15
- ERROR: relation "mod_tm" does not exist at character 95
Statement: select * from ref_contact limit 5
Date: 2025-01-21 12:41:54 Database: ctdprd51 Application: pgAdmin 4 - CONN:6822702 User: edit Remote:
Statement: --select * from reference_exp where reference_acc_txt='35190574' select * from reference_exp, mod_tm where mod_by = 'mstrong' order by mod_tm desc limit 50
Date: 2025-01-24 13:39:00 Database: ctdprd51 Application: pgAdmin 4 - CONN:7641329 User: edit Remote:
7 2 ERROR: column "..." must appear in the GROUP BY clause or be used in an aggregate function
Times Reported Most Frequent Error / Event #7
Day Hour Count Jan 20 15 2 - ERROR: column "test.acc_txt" must appear in the GROUP BY clause or be used in an aggregate function at character 16
- ERROR: column "test.acc_txt" must appear in the GROUP BY clause or be used in an aggregate function at character 16
Statement: -- gene select acc_txt, nm, count(*) from ( select acc_txt ,nm ,count(*) from gene_chem_reference gcr ,term t where gcr.gene_id = t.id group by acc_txt, nm union select acc_txt ,nm ,count(*) from gene_disease_reference gdr ,term t where gdr.gene_id = t.id and source_cd in ( 'O', 'C' ) group by acc_txt, nm ) as test order by count(*) desc limit 200
Date: 2025-01-20 15:52:09 Database: ctdprd51 Application: pgAdmin 4 - CONN:6850408 User: pub2 Remote:
Statement: -- gene select * --acc_txt, nm, count(*) from ( select acc_txt ,nm ,count(*) from gene_chem_reference gcr ,term t where gcr.gene_id = t.id group by acc_txt, nm union select acc_txt ,nm ,count(*) from gene_disease_reference gdr ,term t where gdr.gene_id = t.id and source_cd in ( 'O', 'C' ) group by acc_txt, nm ) as test order by count(*) desc limit 200
Date: 2025-01-20 15:52:26
8 2 FATAL: password authentication failed for user "..."
Times Reported Most Frequent Error / Event #8
Day Hour Count Jan 20 15 2 - FATAL: password authentication failed for user "edit"
Detail: Connection matched pg_hba.conf line 85: "host all all 192.168.201.0/24 md5 "
Date: 2025-01-20 15:47:27
9 1 ERROR: canceling statement due to user request
Times Reported Most Frequent Error / Event #9
Day Hour Count Jan 20 16 1 - ERROR: canceling statement due to user request
Statement: select acc_txt ,nm -- ,count(*) from gene_chem_reference gcr ,term t where gcr.gene_id = t.id
Date: 2025-01-20 16:03:09
10 1 ERROR: column "..." does not exist
Times Reported Most Frequent Error / Event #10
Day Hour Count Jan 20 16 1 - ERROR: column cdr.gene_id does not exist at character 255
Hint: Perhaps you meant to reference the column "cdr.ixn_id".
Statement: select acc_txt, nm, count(*) from ( select acc_txt ,nm -- ,count(*) from gene_chem_reference gcr ,term t where gcr.chem_id = t.id union all select acc_txt ,nm -- ,count(*) from chem_disease_reference cdr ,term t where cdr.gene_id = t.id and source_cd in ( 'C' ) ) as test group by acc_txt, nm order by count(*) ASC limit 200Date: 2025-01-20 16:11:22