pgBadger-
Global information
- Generated on Sun Mar 29 04:15:05 2026
- Log file: /project/archive/log/postgres/dbprd51/postgresql.log-20260328
- Parsed 115,850 log entries in 4s
- Log start from 2026-03-22 00:00:01 to 2026-03-28 23:59:50
-
Overview
Global Stats
- 100 Number of unique normalized queries
- 479 Number of queries
- 6h27m12s Total query duration
- 2026-03-22 00:09:18 First query
- 2026-03-28 19:47:03 Last query
- 2 queries/s at 2026-03-22 05:27:15 Query peak
- 6h27m12s Total query duration
- 0ms Prepare/parse total duration
- 0ms Bind total duration
- 6h27m12s Execute total duration
- 49 Number of events
- 11 Number of unique normalized events
- 13 Max number of times the same event was reported
- 0 Number of cancellation
- 23 Total number of automatic vacuums
- 123 Total number of automatic analyzes
- 0 Number temporary file
- 0 Max size of temporary file
- 0.00 B Average size of temporary file
- 14,060 Total number of sessions
- 63 sessions at 2026-03-25 22:08:59 Session peak
- 309d38m15s Total duration of sessions
- 31m38s Average duration of sessions
- 0 Average queries per session
- 1s652ms Average queries duration per session
- 31m37s Average idle time per session
- 14,058 Total number of connections
- 33 connections/s at 2026-03-25 22:07:57 Connection peak
- 2 Total number of databases
SQL Traffic
Key values
- 2 queries/s Query Peak
- 2026-03-22 05:27:15 Date
SELECT Traffic
Key values
- 2 queries/s Query Peak
- 2026-03-22 05:27:15 Date
INSERT/UPDATE/DELETE Traffic
Key values
- 1 queries/s Query Peak
- 2026-03-28 19:31:47 Date
Queries duration
Key values
- 6h27m12s 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) Mar 22 00 3 0ms 9m16s 3m17s 0ms 31s26ms 9m22s 01 1 0ms 15s252ms 15s252ms 0ms 0ms 15s252ms 02 2 0ms 20s859ms 20s655ms 0ms 0ms 41s310ms 03 1 0ms 10s3ms 10s3ms 0ms 0ms 10s3ms 04 0 0ms 0ms 0ms 0ms 0ms 0ms 05 13 0ms 11s211ms 7s986ms 5s242ms 14s777ms 52s800ms 06 0 0ms 0ms 0ms 0ms 0ms 0ms 07 0 0ms 0ms 0ms 0ms 0ms 0ms 08 1 0ms 7s431ms 7s431ms 0ms 0ms 7s431ms 09 0 0ms 0ms 0ms 0ms 0ms 0ms 10 0 0ms 0ms 0ms 0ms 0ms 0ms 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 4 0ms 11s928ms 8s569ms 0ms 16s991ms 17s287ms 13 0 0ms 0ms 0ms 0ms 0ms 0ms 14 0 0ms 0ms 0ms 0ms 0ms 0ms 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 5 0ms 9m8s 7m19s 0ms 8s872ms 36m29s 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 0 0ms 0ms 0ms 0ms 0ms 0ms 19 0 0ms 0ms 0ms 0ms 0ms 0ms 20 0 0ms 0ms 0ms 0ms 0ms 0ms 21 0 0ms 0ms 0ms 0ms 0ms 0ms 22 0 0ms 0ms 0ms 0ms 0ms 0ms 23 1 0ms 39s736ms 39s736ms 0ms 0ms 39s736ms Mar 23 00 2 0ms 9m17s 4m41s 0ms 0ms 9m23s 01 0 0ms 0ms 0ms 0ms 0ms 0ms 02 0 0ms 0ms 0ms 0ms 0ms 0ms 03 0 0ms 0ms 0ms 0ms 0ms 0ms 04 0 0ms 0ms 0ms 0ms 0ms 0ms 05 6 0ms 7s543ms 6s660ms 5s148ms 14s724ms 14s927ms 06 9 0ms 1m52s 24s368ms 20s812ms 46s859ms 1m52s 07 0 0ms 0ms 0ms 0ms 0ms 0ms 08 0 0ms 0ms 0ms 0ms 0ms 0ms 09 8 0ms 14s829ms 8s263ms 0ms 0ms 38s206ms 10 9 0ms 1m51s 24s190ms 20s774ms 46s550ms 1m51s 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 0 0ms 0ms 0ms 0ms 0ms 0ms 13 6 0ms 9m6s 1m42s 5s742ms 20s893ms 9m6s 14 9 0ms 1m51s 24s350ms 0ms 39s683ms 1m51s 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 0 0ms 0ms 0ms 0ms 0ms 0ms 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 9 0ms 1m51s 24s219ms 0ms 39s299ms 1m51s 19 0 0ms 0ms 0ms 0ms 0ms 0ms 20 0 0ms 0ms 0ms 0ms 0ms 0ms 21 8 0ms 14s959ms 8s321ms 0ms 7s100ms 38s568ms 22 0 0ms 0ms 0ms 0ms 0ms 0ms 23 0 0ms 0ms 0ms 0ms 0ms 0ms Mar 24 00 5 0ms 9m12s 2m 12s877ms 15s339ms 9m19s 01 0 0ms 0ms 0ms 0ms 0ms 0ms 02 0 0ms 0ms 0ms 0ms 0ms 0ms 03 0 0ms 0ms 0ms 0ms 0ms 0ms 04 4 0ms 16s702ms 13s653ms 0ms 6s285ms 33s40ms 05 12 0ms 12m43s 1m10s 14s752ms 28s499ms 12m43s 06 9 0ms 1m52s 24s457ms 20s943ms 47s187ms 1m52s 07 0 0ms 0ms 0ms 0ms 0ms 0ms 08 47 0ms 17s832ms 7s582ms 27s774ms 30s504ms 39s534ms 09 1 0ms 5s10ms 5s10ms 0ms 0ms 5s10ms 10 11 0ms 1m52s 21s247ms 8s209ms 39s616ms 1m52s 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 0 0ms 0ms 0ms 0ms 0ms 0ms 13 0 0ms 0ms 0ms 0ms 0ms 0ms 14 9 0ms 1m51s 24s323ms 0ms 39s526ms 1m51s 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 0 0ms 0ms 0ms 0ms 0ms 0ms 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 9 0ms 1m51s 24s212ms 20s804ms 46s799ms 1m51s 19 0 0ms 0ms 0ms 0ms 0ms 0ms 20 0 0ms 0ms 0ms 0ms 0ms 0ms 21 0 0ms 0ms 0ms 0ms 0ms 0ms 22 0 0ms 0ms 0ms 0ms 0ms 0ms 23 11 0ms 26s961ms 13s61ms 12s825ms 20s446ms 1m25s Mar 25 00 2 0ms 9m11s 4m39s 0ms 0ms 9m18s 01 1 0ms 8s527ms 8s527ms 0ms 0ms 8s527ms 02 0 0ms 0ms 0ms 0ms 0ms 0ms 03 1 0ms 5s187ms 5s187ms 0ms 0ms 5s187ms 04 1 0ms 5s214ms 5s214ms 0ms 0ms 5s214ms 05 6 0ms 7s387ms 6s598ms 0ms 5s151ms 14s705ms 06 9 0ms 1m51s 24s390ms 20s905ms 47s302ms 1m51s 07 0 0ms 0ms 0ms 0ms 0ms 0ms 08 0 0ms 0ms 0ms 0ms 0ms 0ms 09 0 0ms 0ms 0ms 0ms 0ms 0ms 10 18 0ms 1m51s 15s839ms 20s943ms 47s194ms 1m51s 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 0 0ms 0ms 0ms 0ms 0ms 0ms 13 0 0ms 0ms 0ms 0ms 0ms 0ms 14 9 0ms 1m52s 24s348ms 0ms 39s566ms 1m52s 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 0 0ms 0ms 0ms 0ms 0ms 0ms 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 9 0ms 1m51s 24s309ms 20s943ms 46s825ms 1m51s 19 0 0ms 0ms 0ms 0ms 0ms 0ms 20 0 0ms 0ms 0ms 0ms 0ms 0ms 21 0 0ms 0ms 0ms 0ms 0ms 0ms 22 16 0ms 4m20s 3m54s 7m18s 10m53s 24m41s 23 0 0ms 0ms 0ms 0ms 0ms 0ms Mar 26 00 2 0ms 9m13s 4m40s 0ms 0ms 9m20s 01 0 0ms 0ms 0ms 0ms 0ms 0ms 02 0 0ms 0ms 0ms 0ms 0ms 0ms 03 0 0ms 0ms 0ms 0ms 0ms 0ms 04 0 0ms 0ms 0ms 0ms 0ms 0ms 05 9 0ms 7s679ms 6s454ms 5s999ms 14s654ms 15s144ms 06 9 0ms 1m51s 24s330ms 20s884ms 46s841ms 1m51s 07 0 0ms 0ms 0ms 0ms 0ms 0ms 08 0 0ms 0ms 0ms 0ms 0ms 0ms 09 0 0ms 0ms 0ms 0ms 0ms 0ms 10 9 0ms 1m51s 24s275ms 20s843ms 46s642ms 1m51s 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 0 0ms 0ms 0ms 0ms 0ms 0ms 13 0 0ms 0ms 0ms 0ms 0ms 0ms 14 14 0ms 1m50s 17s386ms 5s360ms 38s858ms 1m50s 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 2 0ms 35s479ms 22s356ms 0ms 9s234ms 35s479ms 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 9 0ms 1m51s 24s264ms 0ms 39s377ms 1m51s 19 0 0ms 0ms 0ms 0ms 0ms 0ms 20 3 0ms 7s463ms 7s381ms 0ms 7s342ms 7s463ms 21 0 0ms 0ms 0ms 0ms 0ms 0ms 22 0 0ms 0ms 0ms 0ms 0ms 0ms 23 0 0ms 0ms 0ms 0ms 0ms 0ms Mar 27 00 2 0ms 9m14s 4m40s 0ms 0ms 9m21s 01 1 0ms 19s226ms 19s226ms 0ms 0ms 19s226ms 02 3 0ms 25s101ms 23s759ms 0ms 23s278ms 25s101ms 03 1 0ms 5s142ms 5s142ms 0ms 0ms 5s142ms 04 0 0ms 0ms 0ms 0ms 0ms 0ms 05 6 0ms 7s467ms 6s630ms 5s145ms 14s623ms 14s722ms 06 9 0ms 1m50s 24s154ms 20s757ms 46s570ms 1m50s 07 0 0ms 0ms 0ms 0ms 0ms 0ms 08 0 0ms 0ms 0ms 0ms 0ms 0ms 09 0 0ms 0ms 0ms 0ms 0ms 0ms 10 10 0ms 1m50s 22s557ms 20s769ms 46s729ms 1m50s 11 1 0ms 8s192ms 8s192ms 0ms 0ms 8s192ms 12 0 0ms 0ms 0ms 0ms 0ms 0ms 13 1 0ms 5s124ms 5s124ms 0ms 0ms 5s124ms 14 11 0ms 1m50s 21s305ms 38s714ms 46s661ms 1m50s 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 0 0ms 0ms 0ms 0ms 0ms 0ms 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 9 0ms 1m50s 24s90ms 20s743ms 46s542ms 1m50s 19 0 0ms 0ms 0ms 0ms 0ms 0ms 20 2 0ms 5s280ms 5s279ms 0ms 5s279ms 5s280ms 21 2 0ms 5s92ms 5s47ms 0ms 0ms 10s94ms 22 1 0ms 5s38ms 5s38ms 0ms 0ms 5s38ms 23 0 0ms 0ms 0ms 0ms 0ms 0ms Mar 28 00 2 0ms 9m15s 4m40s 0ms 0ms 9m21s 01 0 0ms 0ms 0ms 0ms 0ms 0ms 02 0 0ms 0ms 0ms 0ms 0ms 0ms 03 0 0ms 0ms 0ms 0ms 0ms 0ms 04 1 0ms 9s964ms 9s964ms 0ms 0ms 9s964ms 05 6 0ms 8s141ms 6s827ms 5s208ms 14s906ms 15s586ms 06 1 0ms 5s883ms 5s883ms 0ms 0ms 5s883ms 07 3 0ms 9s560ms 7s15ms 0ms 9s560ms 11s485ms 08 0 0ms 0ms 0ms 0ms 0ms 0ms 09 0 0ms 0ms 0ms 0ms 0ms 0ms 10 2 0ms 5s685ms 5s648ms 0ms 0ms 11s296ms 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 0 0ms 0ms 0ms 0ms 0ms 0ms 13 8 0ms 42s94ms 20s925ms 12s52ms 40s508ms 42s94ms 14 0 0ms 0ms 0ms 0ms 0ms 0ms 15 0 0ms 0ms 0ms 0ms 0ms 0ms 16 0 0ms 0ms 0ms 0ms 0ms 0ms 17 0 0ms 0ms 0ms 0ms 0ms 0ms 18 32 0ms 26m26s 1m30s 1m12s 2m11s 26m26s 19 21 0ms 26m52s 2m13s 1m16s 2m14s 27m33s 20 0 0ms 0ms 0ms 0ms 0ms 0ms 21 0 0ms 0ms 0ms 0ms 0ms 0ms 22 0 0ms 0ms 0ms 0ms 0ms 0ms 23 0 0ms 0ms 0ms 0ms 0ms 0ms Day Hour SELECT COPY TO Average Duration Latency Percentile(90) Latency Percentile(95) Latency Percentile(99) Mar 22 00 2 0 4m53s 0ms 0ms 9m16s 01 1 0 15s252ms 0ms 0ms 15s252ms 02 2 0 20s655ms 0ms 0ms 41s310ms 03 1 0 10s3ms 0ms 0ms 10s3ms 04 0 0 0ms 0ms 0ms 0ms 05 13 0 7s986ms 0ms 5s242ms 52s800ms 06 0 0 0ms 0ms 0ms 0ms 07 0 0 0ms 0ms 0ms 0ms 08 1 0 7s431ms 0ms 0ms 7s431ms 09 0 0 0ms 0ms 0ms 0ms 10 0 0 0ms 0ms 0ms 0ms 11 0 0 0ms 0ms 0ms 0ms 12 4 0 8s569ms 0ms 0ms 17s287ms 13 0 0 0ms 0ms 0ms 0ms 14 0 0 0ms 0ms 0ms 0ms 15 0 0 0ms 0ms 0ms 0ms 16 5 0 7m19s 0ms 0ms 36m29s 17 0 0 0ms 0ms 0ms 0ms 18 0 0 0ms 0ms 0ms 0ms 19 0 0 0ms 0ms 0ms 0ms 20 0 0 0ms 0ms 0ms 0ms 21 0 0 0ms 0ms 0ms 0ms 22 0 0 0ms 0ms 0ms 0ms 23 1 0 39s736ms 0ms 0ms 39s736ms Mar 23 00 1 0 9m17s 0ms 0ms 9m17s 01 0 0 0ms 0ms 0ms 0ms 02 0 0 0ms 0ms 0ms 0ms 03 0 0 0ms 0ms 0ms 0ms 04 0 0 0ms 0ms 0ms 0ms 05 6 0 6s660ms 0ms 5s148ms 14s927ms 06 0 9 24s368ms 0ms 20s812ms 1m52s 07 0 0 0ms 0ms 0ms 0ms 08 0 0 0ms 0ms 0ms 0ms 09 8 0 8s263ms 0ms 0ms 38s206ms 10 0 9 24s190ms 0ms 20s774ms 1m51s 11 0 0 0ms 0ms 0ms 0ms 12 0 0 0ms 0ms 0ms 0ms 13 6 0 1m42s 0ms 5s742ms 9m6s 14 0 9 24s350ms 0ms 0ms 1m51s 15 0 0 0ms 0ms 0ms 0ms 16 0 0 0ms 0ms 0ms 0ms 17 0 0 0ms 0ms 0ms 0ms 18 0 9 24s219ms 0ms 0ms 1m51s 19 0 0 0ms 0ms 0ms 0ms 20 0 0 0ms 0ms 0ms 0ms 21 8 0 8s321ms 0ms 0ms 38s568ms 22 0 0 0ms 0ms 0ms 0ms 23 0 0 0ms 0ms 0ms 0ms Mar 24 00 4 0 2m28s 0ms 12s877ms 9m12s 01 0 0 0ms 0ms 0ms 0ms 02 0 0 0ms 0ms 0ms 0ms 03 0 0 0ms 0ms 0ms 0ms 04 4 0 13s653ms 0ms 0ms 33s40ms 05 12 0 1m10s 5s176ms 14s752ms 12m43s 06 0 9 24s457ms 0ms 20s943ms 1m52s 07 0 0 0ms 0ms 0ms 0ms 08 47 0 7s582ms 20s499ms 27s774ms 39s534ms 09 1 0 5s10ms 0ms 0ms 5s10ms 10 2 9 21s247ms 0ms 8s209ms 1m52s 11 0 0 0ms 0ms 0ms 0ms 12 0 0 0ms 0ms 0ms 0ms 13 0 0 0ms 0ms 0ms 0ms 14 0 9 24s323ms 0ms 0ms 1m51s 15 0 0 0ms 0ms 0ms 0ms 16 0 0 0ms 0ms 0ms 0ms 17 0 0 0ms 0ms 0ms 0ms 18 0 9 24s212ms 0ms 20s804ms 1m51s 19 0 0 0ms 0ms 0ms 0ms 20 0 0 0ms 0ms 0ms 0ms 21 0 0 0ms 0ms 0ms 0ms 22 0 0 0ms 0ms 0ms 0ms 23 11 0 13s61ms 0ms 12s825ms 1m25s Mar 25 00 1 0 9m11s 0ms 0ms 9m11s 01 1 0 8s527ms 0ms 0ms 8s527ms 02 0 0 0ms 0ms 0ms 0ms 03 1 0 5s187ms 0ms 0ms 5s187ms 04 1 0 5s214ms 0ms 0ms 5s214ms 05 6 0 6s598ms 0ms 0ms 14s705ms 06 0 9 24s390ms 0ms 20s905ms 1m51s 07 0 0 0ms 0ms 0ms 0ms 08 0 0 0ms 0ms 0ms 0ms 09 0 0 0ms 0ms 0ms 0ms 10 9 9 15s839ms 6s417ms 20s943ms 1m51s 11 0 0 0ms 0ms 0ms 0ms 12 0 0 0ms 0ms 0ms 0ms 13 0 0 0ms 0ms 0ms 0ms 14 0 9 24s348ms 0ms 0ms 1m52s 15 0 0 0ms 0ms 0ms 0ms 16 0 0 0ms 0ms 0ms 0ms 17 0 0 0ms 0ms 0ms 0ms 18 0 9 24s309ms 0ms 20s943ms 1m51s 19 0 0 0ms 0ms 0ms 0ms 20 0 0 0ms 0ms 0ms 0ms 21 0 0 0ms 0ms 0ms 0ms 22 16 0 3m54s 0ms 7m18s 24m41s 23 0 0 0ms 0ms 0ms 0ms Mar 26 00 1 0 9m13s 0ms 0ms 9m13s 01 0 0 0ms 0ms 0ms 0ms 02 0 0 0ms 0ms 0ms 0ms 03 0 0 0ms 0ms 0ms 0ms 04 0 0 0ms 0ms 0ms 0ms 05 9 0 6s454ms 0ms 5s999ms 15s144ms 06 0 9 24s330ms 0ms 20s884ms 1m51s 07 0 0 0ms 0ms 0ms 0ms 08 0 0 0ms 0ms 0ms 0ms 09 0 0 0ms 0ms 0ms 0ms 10 0 9 24s275ms 0ms 20s843ms 1m51s 11 0 0 0ms 0ms 0ms 0ms 12 0 0 0ms 0ms 0ms 0ms 13 0 0 0ms 0ms 0ms 0ms 14 5 9 17s386ms 5s180ms 5s360ms 1m50s 15 0 0 0ms 0ms 0ms 0ms 16 2 0 22s356ms 0ms 0ms 35s479ms 17 0 0 0ms 0ms 0ms 0ms 18 0 9 24s264ms 0ms 0ms 1m51s 19 0 0 0ms 0ms 0ms 0ms 20 3 0 7s381ms 0ms 0ms 7s463ms 21 0 0 0ms 0ms 0ms 0ms 22 0 0 0ms 0ms 0ms 0ms 23 0 0 0ms 0ms 0ms 0ms Mar 27 00 1 0 9m14s 0ms 0ms 9m14s 01 1 0 19s226ms 0ms 0ms 19s226ms 02 3 0 23s759ms 0ms 0ms 25s101ms 03 1 0 5s142ms 0ms 0ms 5s142ms 04 0 0 0ms 0ms 0ms 0ms 05 6 0 6s630ms 0ms 5s145ms 14s722ms 06 0 9 24s154ms 0ms 20s757ms 1m50s 07 0 0 0ms 0ms 0ms 0ms 08 0 0 0ms 0ms 0ms 0ms 09 0 0 0ms 0ms 0ms 0ms 10 1 9 22s557ms 0ms 20s769ms 1m50s 11 1 0 8s192ms 0ms 0ms 8s192ms 12 0 0 0ms 0ms 0ms 0ms 13 1 0 5s124ms 0ms 0ms 5s124ms 14 2 9 21s305ms 0ms 21s21ms 1m50s 15 0 0 0ms 0ms 0ms 0ms 16 0 0 0ms 0ms 0ms 0ms 17 0 0 0ms 0ms 0ms 0ms 18 0 9 24s90ms 0ms 20s743ms 1m50s 19 0 0 0ms 0ms 0ms 0ms 20 2 0 5s279ms 0ms 0ms 5s280ms 21 2 0 5s47ms 0ms 0ms 10s94ms 22 1 0 5s38ms 0ms 0ms 5s38ms 23 0 0 0ms 0ms 0ms 0ms Mar 28 00 1 0 9m15s 0ms 0ms 9m15s 01 0 0 0ms 0ms 0ms 0ms 02 0 0 0ms 0ms 0ms 0ms 03 0 0 0ms 0ms 0ms 0ms 04 1 0 9s964ms 0ms 0ms 9s964ms 05 6 0 6s827ms 0ms 5s208ms 15s586ms 06 1 0 5s883ms 0ms 0ms 5s883ms 07 3 0 7s15ms 0ms 0ms 11s485ms 08 0 0 0ms 0ms 0ms 0ms 09 0 0 0ms 0ms 0ms 0ms 10 2 0 5s648ms 0ms 0ms 11s296ms 11 0 0 0ms 0ms 0ms 0ms 12 0 0 0ms 0ms 0ms 0ms 13 8 0 20s925ms 0ms 12s52ms 42s94ms 14 0 0 0ms 0ms 0ms 0ms 15 0 0 0ms 0ms 0ms 0ms 16 0 0 0ms 0ms 0ms 0ms 17 0 0 0ms 0ms 0ms 0ms 18 0 32 1m30s 1m 1m12s 26m26s 19 0 21 2m13s 54s781ms 1m16s 27m33s 20 0 0 0ms 0ms 0ms 0ms 21 0 0 0ms 0ms 0ms 0ms 22 0 0 0ms 0ms 0ms 0ms 23 0 0 0ms 0ms 0ms 0ms Day Hour INSERT UPDATE DELETE COPY FROM Average Duration Latency Percentile(90) Latency Percentile(95) Latency Percentile(99) Mar 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 Mar 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 Mar 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 Mar 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 Mar 26 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 Mar 27 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 Mar 28 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 Mar 22 00 0 1 1.00 0.00% 01 0 1 1.00 0.00% 02 0 2 2.00 0.00% 03 0 1 1.00 0.00% 04 0 0 0.00 0.00% 05 0 13 13.00 0.00% 06 0 0 0.00 0.00% 07 0 0 0.00 0.00% 08 0 1 1.00 0.00% 09 0 0 0.00 0.00% 10 0 0 0.00 0.00% 11 0 0 0.00 0.00% 12 0 4 4.00 0.00% 13 0 0 0.00 0.00% 14 0 0 0.00 0.00% 15 0 0 0.00 0.00% 16 0 5 5.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 0 0.00 0.00% 21 0 0 0.00 0.00% 22 0 0 0.00 0.00% 23 0 1 1.00 0.00% Mar 23 00 0 0 0.00 0.00% 01 0 0 0.00 0.00% 02 0 0 0.00 0.00% 03 0 0 0.00 0.00% 04 0 0 0.00 0.00% 05 0 6 6.00 0.00% 06 0 0 0.00 0.00% 07 0 0 0.00 0.00% 08 0 0 0.00 0.00% 09 0 8 8.00 0.00% 10 0 0 0.00 0.00% 11 0 0 0.00 0.00% 12 0 0 0.00 0.00% 13 0 6 6.00 0.00% 14 0 0 0.00 0.00% 15 0 0 0.00 0.00% 16 0 0 0.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 0 0.00 0.00% 21 0 8 8.00 0.00% 22 0 0 0.00 0.00% 23 0 0 0.00 0.00% Mar 24 00 0 3 3.00 0.00% 01 0 0 0.00 0.00% 02 0 0 0.00 0.00% 03 0 0 0.00 0.00% 04 0 4 4.00 0.00% 05 0 12 12.00 0.00% 06 0 0 0.00 0.00% 07 0 0 0.00 0.00% 08 0 47 47.00 0.00% 09 0 1 1.00 0.00% 10 0 2 2.00 0.00% 11 0 0 0.00 0.00% 12 0 0 0.00 0.00% 13 0 0 0.00 0.00% 14 0 0 0.00 0.00% 15 0 0 0.00 0.00% 16 0 0 0.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 0 0.00 0.00% 21 0 0 0.00 0.00% 22 0 0 0.00 0.00% 23 0 11 11.00 0.00% Mar 25 00 0 0 0.00 0.00% 01 0 1 1.00 0.00% 02 0 0 0.00 0.00% 03 0 1 1.00 0.00% 04 0 1 1.00 0.00% 05 0 6 6.00 0.00% 06 0 0 0.00 0.00% 07 0 0 0.00 0.00% 08 0 0 0.00 0.00% 09 0 0 0.00 0.00% 10 0 9 9.00 0.00% 11 0 0 0.00 0.00% 12 0 0 0.00 0.00% 13 0 0 0.00 0.00% 14 0 0 0.00 0.00% 15 0 0 0.00 0.00% 16 0 0 0.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 0 0.00 0.00% 21 0 0 0.00 0.00% 22 0 16 16.00 0.00% 23 0 0 0.00 0.00% Mar 26 00 0 0 0.00 0.00% 01 0 0 0.00 0.00% 02 0 0 0.00 0.00% 03 0 0 0.00 0.00% 04 0 0 0.00 0.00% 05 0 9 9.00 0.00% 06 0 0 0.00 0.00% 07 0 0 0.00 0.00% 08 0 0 0.00 0.00% 09 0 0 0.00 0.00% 10 0 0 0.00 0.00% 11 0 0 0.00 0.00% 12 0 0 0.00 0.00% 13 0 0 0.00 0.00% 14 0 5 5.00 0.00% 15 0 0 0.00 0.00% 16 0 0 0.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 3 3.00 0.00% 21 0 0 0.00 0.00% 22 0 0 0.00 0.00% 23 0 0 0.00 0.00% Mar 27 00 0 0 0.00 0.00% 01 0 1 1.00 0.00% 02 0 3 3.00 0.00% 03 0 1 1.00 0.00% 04 0 0 0.00 0.00% 05 0 6 6.00 0.00% 06 0 0 0.00 0.00% 07 0 0 0.00 0.00% 08 0 0 0.00 0.00% 09 0 0 0.00 0.00% 10 0 1 1.00 0.00% 11 0 1 1.00 0.00% 12 0 0 0.00 0.00% 13 0 1 1.00 0.00% 14 0 2 2.00 0.00% 15 0 0 0.00 0.00% 16 0 0 0.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 2 2.00 0.00% 21 0 2 2.00 0.00% 22 0 1 1.00 0.00% 23 0 0 0.00 0.00% Mar 28 00 0 0 0.00 0.00% 01 0 0 0.00 0.00% 02 0 0 0.00 0.00% 03 0 0 0.00 0.00% 04 0 1 1.00 0.00% 05 0 6 6.00 0.00% 06 0 1 1.00 0.00% 07 0 3 3.00 0.00% 08 0 0 0.00 0.00% 09 0 0 0.00 0.00% 10 0 2 2.00 0.00% 11 0 0 0.00 0.00% 12 0 0 0.00 0.00% 13 0 8 8.00 0.00% 14 0 0 0.00 0.00% 15 0 0 0.00 0.00% 16 0 0 0.00 0.00% 17 0 0 0.00 0.00% 18 0 0 0.00 0.00% 19 0 0 0.00 0.00% 20 0 0 0.00 0.00% 21 0 0 0.00 0.00% 22 0 0 0.00 0.00% 23 0 0 0.00 0.00% Day Hour Count Average / Second Mar 22 00 80 0.02/s 01 94 0.03/s 02 84 0.02/s 03 82 0.02/s 04 83 0.02/s 05 146 0.04/s 06 76 0.02/s 07 72 0.02/s 08 82 0.02/s 09 82 0.02/s 10 77 0.02/s 11 78 0.02/s 12 77 0.02/s 13 77 0.02/s 14 79 0.02/s 15 80 0.02/s 16 82 0.02/s 17 77 0.02/s 18 77 0.02/s 19 79 0.02/s 20 76 0.02/s 21 75 0.02/s 22 80 0.02/s 23 79 0.02/s Mar 23 00 81 0.02/s 01 85 0.02/s 02 79 0.02/s 03 81 0.02/s 04 90 0.03/s 05 94 0.03/s 06 71 0.02/s 07 78 0.02/s 08 80 0.02/s 09 85 0.02/s 10 83 0.02/s 11 84 0.02/s 12 79 0.02/s 13 102 0.03/s 14 84 0.02/s 15 78 0.02/s 16 75 0.02/s 17 75 0.02/s 18 79 0.02/s 19 80 0.02/s 20 97 0.03/s 21 93 0.03/s 22 79 0.02/s 23 76 0.02/s Mar 24 00 82 0.02/s 01 80 0.02/s 02 81 0.02/s 03 81 0.02/s 04 91 0.03/s 05 91 0.03/s 06 76 0.02/s 07 75 0.02/s 08 114 0.03/s 09 87 0.02/s 10 80 0.02/s 11 79 0.02/s 12 78 0.02/s 13 77 0.02/s 14 80 0.02/s 15 78 0.02/s 16 80 0.02/s 17 77 0.02/s 18 76 0.02/s 19 80 0.02/s 20 76 0.02/s 21 77 0.02/s 22 76 0.02/s 23 113 0.03/s Mar 25 00 81 0.02/s 01 83 0.02/s 02 85 0.02/s 03 83 0.02/s 04 74 0.02/s 05 95 0.03/s 06 86 0.02/s 07 76 0.02/s 08 81 0.02/s 09 82 0.02/s 10 111 0.03/s 11 77 0.02/s 12 81 0.02/s 13 82 0.02/s 14 90 0.03/s 15 79 0.02/s 16 75 0.02/s 17 74 0.02/s 18 74 0.02/s 19 80 0.02/s 20 77 0.02/s 21 90 0.03/s 22 171 0.05/s 23 95 0.03/s Mar 26 00 84 0.02/s 01 80 0.02/s 02 82 0.02/s 03 160 0.04/s 04 83 0.02/s 05 99 0.03/s 06 77 0.02/s 07 80 0.02/s 08 80 0.02/s 09 200 0.06/s 10 83 0.02/s 11 81 0.02/s 12 79 0.02/s 13 77 0.02/s 14 75 0.02/s 15 75 0.02/s 16 75 0.02/s 17 72 0.02/s 18 83 0.02/s 19 76 0.02/s 20 75 0.02/s 21 73 0.02/s 22 76 0.02/s 23 80 0.02/s Mar 27 00 80 0.02/s 01 79 0.02/s 02 86 0.02/s 03 95 0.03/s 04 78 0.02/s 05 92 0.03/s 06 77 0.02/s 07 84 0.02/s 08 87 0.02/s 09 100 0.03/s 10 78 0.02/s 11 79 0.02/s 12 78 0.02/s 13 78 0.02/s 14 78 0.02/s 15 74 0.02/s 16 71 0.02/s 17 78 0.02/s 18 80 0.02/s 19 78 0.02/s 20 75 0.02/s 21 83 0.02/s 22 78 0.02/s 23 77 0.02/s Mar 28 00 80 0.02/s 01 78 0.02/s 02 80 0.02/s 03 80 0.02/s 04 76 0.02/s 05 114 0.03/s 06 80 0.02/s 07 86 0.02/s 08 95 0.03/s 09 99 0.03/s 10 79 0.02/s 11 80 0.02/s 12 88 0.02/s 13 95 0.03/s 14 75 0.02/s 15 72 0.02/s 16 80 0.02/s 17 77 0.02/s 18 82 0.02/s 19 77 0.02/s 20 75 0.02/s 21 73 0.02/s 22 83 0.02/s 23 77 0.02/s Day Hour Count Average Duration Average idle time Mar 22 00 80 30m46s 30m39s 01 94 26m2s 26m2s 02 84 29m27s 29m27s 03 82 29m16s 29m16s 04 83 28m56s 28m56s 05 146 16m49s 16m48s 06 76 30m26s 30m26s 07 72 31m35s 31m35s 08 82 29m1s 29m1s 09 82 29m49s 29m49s 10 77 31m35s 31m35s 11 78 31m9s 31m9s 12 77 31m10s 31m9s 13 77 31m37s 31m37s 14 79 31m 31m 15 80 30m31s 30m31s 16 82 29m56s 29m29s 17 77 31m6s 31m6s 18 77 30m47s 30m47s 19 79 30m59s 30m59s 20 76 30m26s 30m26s 21 75 30m17s 30m17s 22 80 29m40s 29m40s 23 79 30m49s 30m49s Mar 23 00 81 30m28s 30m21s 01 85 27m47s 27m47s 02 79 30m13s 30m13s 03 81 30m12s 30m12s 04 90 27m10s 27m10s 05 94 25m40s 25m39s 06 71 30m22s 30m19s 07 78 32m23s 32m23s 08 80 29m5s 29m5s 09 85 28m21s 28m20s 10 84 2h29m38s 2h29m36s 11 84 4h45m35s 4h45m35s 12 79 30m54s 30m54s 13 102 24m6s 24m 14 84 29m17s 29m14s 15 78 30m50s 30m50s 16 76 35m 35m 17 77 40m22s 40m22s 18 79 30m1s 29m58s 19 80 30m48s 30m48s 20 97 23m52s 23m52s 21 93 24m39s 24m39s 22 79 31m4s 31m4s 23 76 31m15s 31m15s Mar 24 00 82 29m43s 29m36s 01 80 29m21s 29m21s 02 81 30m8s 30m8s 03 81 29m41s 29m41s 04 90 27m47s 27m47s 05 92 24m45s 24m36s 06 76 30m57s 30m54s 07 75 32m49s 32m49s 08 114 21m39s 21m36s 09 87 27m45s 27m45s 10 80 30m11s 30m8s 11 79 31m31s 31m31s 12 78 30m28s 30m28s 13 77 31m16s 31m16s 14 80 30m40s 30m37s 15 75 30m43s 30m43s 16 80 30m31s 30m31s 17 77 31m 31m 18 76 30m54s 30m51s 19 80 30m56s 30m56s 20 76 30m9s 30m9s 21 77 30m16s 30m16s 22 76 30m33s 30m33s 23 113 22m17s 22m16s Mar 25 00 81 30m15s 30m8s 01 83 29m1s 29m1s 02 85 28m19s 28m19s 03 83 28m44s 28m44s 04 74 30m25s 30m25s 05 95 26m14s 26m14s 06 86 27m47s 27m44s 07 76 31m52s 31m52s 08 81 30m39s 30m39s 09 82 29m49s 29m49s 10 111 20m28s 20m25s 11 77 32m4s 32m4s 12 79 31m6s 31m6s 13 82 29m24s 29m24s 14 90 27m5s 27m2s 15 79 30m57s 30m57s 16 75 31m12s 31m12s 17 74 30m20s 30m20s 18 74 29m24s 29m21s 19 80 31m2s 31m2s 20 79 41m51s 41m51s 21 90 27m31s 27m31s 22 171 14m11s 13m49s 23 95 26m46s 26m46s Mar 26 00 84 28m20s 28m14s 01 80 30m27s 30m27s 02 82 29m5s 29m5s 03 160 15m10s 15m10s 04 83 29m54s 29m54s 05 99 24m25s 24m25s 06 77 30m11s 30m8s 07 80 30m18s 30m18s 08 80 31m38s 31m38s 09 203 49m 49m 10 83 28m26s 28m23s 11 81 30m34s 30m34s 12 79 31m22s 31m22s 13 77 31m27s 31m27s 14 75 30m44s 30m41s 15 75 30m47s 30m47s 16 74 32m6s 32m5s 17 72 31m52s 31m52s 18 84 30m39s 30m36s 19 76 31m29s 31m29s 20 75 30m54s 30m53s 21 73 30m52s 30m52s 22 76 31m50s 31m50s 23 80 30m58s 30m58s Mar 27 00 80 30m40s 30m33s 01 79 30m12s 30m11s 02 86 28m54s 28m53s 03 95 26m3s 26m3s 04 78 31m21s 31m21s 05 92 25m45s 25m44s 06 77 30m37s 30m34s 07 84 28m27s 28m27s 08 87 27m37s 27m37s 09 100 25m32s 25m32s 10 78 30m6s 30m3s 11 79 31m18s 31m18s 12 78 31m37s 31m37s 13 78 30m55s 30m55s 14 78 29m41s 29m38s 15 74 31m51s 31m51s 16 71 31m50s 31m50s 17 78 31m16s 31m16s 18 80 30m8s 30m5s 19 78 31m22s 31m22s 20 75 30m36s 30m36s 21 83 26m55s 26m55s 22 78 31m43s 31m43s 23 77 31m3s 31m3s Mar 28 00 80 30m52s 30m45s 01 78 30m40s 30m40s 02 80 30m43s 30m43s 03 80 30m19s 30m19s 04 76 30m37s 30m37s 05 114 21m57s 21m56s 06 80 29m51s 29m51s 07 86 28m28s 28m27s 08 95 25m39s 25m39s 09 99 24m6s 24m6s 10 79 31m19s 31m19s 11 80 30m33s 30m33s 12 86 28m27s 28m27s 13 95 24m19s 24m17s 14 75 31m16s 31m16s 15 72 31m8s 31m8s 16 80 30m58s 30m58s 17 77 30m56s 30m56s 18 81 29m48s 29m13s 19 78 32m14s 31m38s 20 75 31m20s 31m20s 21 73 31m26s 31m26s 22 83 29m50s 29m50s 23 77 30m41s 30m41s -
Connections
Established Connections
Key values
- 33 connections Connection Peak
- 2026-03-25 22:07:57 Date
Connections per database
Key values
- ctdprd51 Main Database
- 14,058 connections Total
Connections per user
Key values
- pubeu Main User
- 14,058 connections Total
-
Sessions
Simultaneous sessions
Key values
- 63 sessions Session Peak
- 2026-03-25 22:08:59 Date
Histogram of session times
Key values
- 12,564 1800000-3600000ms duration
Sessions per database
Key values
- ctdprd51 Main Database
- 14,060 sessions Total
Sessions per user
Key values
- pubeu Main User
- 14,060 sessions Total
Sessions per host
Key values
- 10.12.5.53 Main Host
- 14,060 sessions Total
Host Count Total Duration Average Duration 10.12.5.45 2,683 55d23h51m18s 30m3s 10.12.5.46 2,634 55d22h59m59s 30m35s 10.12.5.53 3,443 56d3h59m21s 23m29s 10.12.5.54 2,627 56d6m24s 30m41s 10.12.5.55 2,604 56d41m41s 30m59s 192.168.201.10 8 5d15h24m20s 16h55m32s 192.168.201.14 12 15h44m12s 1h18m41s 192.168.201.6 6 22d10h56m51s 3d17h49m28s ::1 43 2h54m4s 4m2s -
Checkpoints / Restartpoints
Checkpoints Buffers
Key values
- 182,967 buffers Checkpoint Peak
- 2026-03-26 22:44:35 Date
- 1619.959 seconds Highest write time
- 0.002 seconds Sync time
Checkpoints Wal files
Key values
- 36 files Wal files usage Peak
- 2026-03-27 01:44:35 Date
Checkpoints distance
Key values
- 1,148.42 Mo Distance Peak
- 2026-03-27 01:44:35 Date
Checkpoints Activity
↑ Back to the top of the Checkpoint Activity tableDay Hour Written buffers Write time Sync time Total time Mar 22 00 294 29.639s 0.003s 29.65s 01 60 6.213s 0.002s 6.222s 02 73 7.485s 0.002s 7.493s 03 80 8.204s 0.002s 8.212s 04 149 15.102s 0.002s 15.11s 05 355 35.757s 0.002s 35.767s 06 826 82.934s 0.002s 82.98s 07 417 41.969s 0.003s 41.977s 08 1,019 102.155s 0.002s 102.163s 09 242 24.426s 0.002s 24.434s 10 125 12.705s 0.002s 12.713s 11 177 17.907s 0.002s 17.915s 12 32 3.378s 0.002s 3.387s 13 22 2.378s 0.002s 2.386s 14 24 2.574s 0.002s 2.582s 15 3,016 302.269s 0.002s 302.314s 16 28 2.982s 0.002s 2.991s 17 40 4.173s 0.002s 4.182s 18 101 10.289s 0.002s 10.298s 19 0 0s 0s 0s 20 18 1.98s 0.002s 1.988s 21 210 21.223s 0.002s 21.231s 22 2,230 223.44s 0.002s 223.484s 23 62 6.388s 0.002s 6.397s Mar 23 00 418 42.043s 0.002s 42.053s 01 130 13.198s 0.002s 13.207s 02 2,670 267.47s 0.002s 267.482s 03 135 13.712s 0.002s 13.721s 04 2,186 219.029s 0.003s 219.076s 05 1,679 168.248s 0.002s 168.29s 06 485 48.78s 0.002s 48.788s 07 5,534 554.05s 0.002s 554.068s 08 116 11.798s 0.002s 11.806s 09 2,635 264.046s 0.003s 264.057s 10 430 43.275s 0.002s 43.284s 11 1,609 161.308s 0.002s 161.316s 12 149 15.087s 0.002s 15.129s 13 5,186 519.279s 0.003s 519.326s 14 1,084 108.564s 0.003s 108.594s 15 333 33.621s 0.002s 33.63s 16 2,637 264.166s 0.002s 264.18s 17 129 13.098s 0.002s 13.106s 18 4,541 454.87s 0.002s 454.917s 19 4,279 428.65s 0.002s 428.699s 20 4,563 457.282s 0.002s 457.331s 21 1,859 186.274s 0.002s 186.283s 22 131 13.299s 0.002s 13.308s 23 55 5.695s 0.002s 5.704s Mar 24 00 376 37.854s 0.002s 37.865s 01 292 29.338s 0.002s 29.384s 02 107 10.899s 0.002s 10.908s 03 311 31.348s 0.002s 31.356s 04 100 10.201s 0.002s 10.209s 05 384 38.678s 0.002s 38.688s 06 445 44.782s 0.002s 44.79s 07 6,596 660.688s 0.002s 660.737s 08 540 54.323s 0.002s 54.332s 09 8,027 803.577s 0.002s 803.67s 10 7,082 709.285s 0.002s 709.295s 11 14,636 1,465.159s 0.002s 1,465.222s 12 538 54.071s 0.002s 54.08s 13 4,043 404.891s 0.003s 404.937s 14 72 7.388s 0.002s 7.396s 15 809 81.208s 0.002s 81.217s 16 194 19.658s 0.002s 19.666s 17 33 3.481s 0.002s 3.49s 18 1,583 158.731s 0.002s 158.773s 19 26 2.796s 0.002s 2.804s 20 592 59.491s 0.003s 59.5s 21 113 11.516s 0.002s 11.524s 22 272 27.442s 0.002s 27.451s 23 229 23.151s 0.002s 23.16s Mar 25 00 5,921 592.908s 0.002s 592.961s 01 16 1.787s 0.002s 1.795s 02 116 11.817s 0.002s 11.826s 03 143 14.525s 0.002s 14.534s 04 101 10.296s 0.002s 10.304s 05 179 18.025s 0.002s 18.033s 06 459 46.168s 0.002s 46.177s 07 10,435 1,044.705s 0.002s 1,044.764s 08 3,057 306.228s 0.002s 306.275s 09 268 27.047s 0.002s 27.056s 10 444 44.579s 0.003s 44.588s 11 216 21.84s 0.002s 21.851s 12 183 18.517s 0.002s 18.527s 13 363 36.539s 0.002s 36.549s 14 56 5.77s 0.002s 5.778s 15 4,511 451.944s 0.003s 451.993s 16 12 1.489s 0.002s 1.498s 17 93 9.505s 0.002s 9.515s 18 38 3.97s 0.002s 3.979s 19 10 1.081s 0.001s 1.085s 20 21 2.274s 0.002s 2.283s 21 353 35.554s 0.002s 35.562s 22 74,884 1,621.191s 0.002s 1,621.3s 23 5,486 549.549s 0.002s 549.564s Mar 26 00 382 38.47s 0.003s 38.483s 01 473 47.538s 0.002s 47.583s 02 5,221 522.785s 0.002s 522.802s 03 2,518 252.345s 0.002s 252.359s 04 91 9.283s 0.002s 9.291s 05 168 16.91s 0.002s 16.918s 06 2,860 286.51s 0.003s 286.555s 07 436 43.859s 0.002s 43.867s 08 2,625 262.976s 0.002s 263.019s 09 37,001 1,647.609s 0.003s 1,647.704s 10 116 11.802s 0.002s 11.811s 11 244 24.628s 0.002s 24.636s 12 264 26.64s 0.003s 26.649s 13 100 10.195s 0.002s 10.204s 14 338 34.065s 0.002s 34.074s 15 15 1.588s 0.001s 1.593s 16 52,035 1,623.584s 0.003s 1,623.699s 17 4,998 500.565s 0.002s 500.612s 18 59 6.081s 0.002s 6.126s 19 585 58.665s 0.002s 58.674s 20 1,491 149.5s 0.002s 149.509s 21 235 23.735s 0.002s 23.745s 22 183,046 1,627.074s 0.002s 1,627.177s 23 56 5.784s 0.002s 5.793s Mar 27 00 420 42.26s 0.003s 42.271s 01 53,381 1,619.293s 0.001s 1,619.4s 02 447 44.983s 0.002s 44.992s 03 412 41.449s 0.002s 41.458s 04 5,521 552.803s 0.002s 552.855s 05 46,021 1,639.604s 0.003s 1,639.702s 06 335 33.658s 0.002s 33.7s 07 4,819 482.651s 0.002s 482.695s 08 284 28.646s 0.002s 28.692s 09 13,415 1,343.325s 0.002s 1,343.38s 10 964 96.724s 0.002s 96.732s 11 180 18.217s 0.002s 18.226s 12 45 4.679s 0.002s 4.688s 13 41 4.287s 0.002s 4.297s 14 258 26.023s 0.002s 26.032s 15 467 46.875s 0.002s 46.919s 16 320 32.239s 0.002s 32.248s 17 11 1.19s 0.001s 1.195s 18 23 2.484s 0.002s 2.492s 19 35 3.68s 0.002s 3.689s 20 28 2.974s 0.002s 2.983s 21 33 3.493s 0.002s 3.502s 22 37 3.883s 0.002s 3.892s 23 41 4.287s 0.002s 4.296s Mar 28 00 1,502 150.647s 0.003s 150.658s 01 71 7.311s 0.002s 7.32s 02 64 6.607s 0.002s 6.617s 03 43 4.504s 0.003s 4.513s 04 127 12.919s 0.002s 12.927s 05 96 9.803s 0.002s 9.811s 06 210 21.244s 0.002s 21.252s 07 97 9.934s 0.002s 9.944s 08 39 4.106s 0.002s 4.115s 09 241 24.347s 0.002s 24.356s 10 42 4.303s 0.002s 4.311s 11 1,267 127.091s 0.002s 127.135s 12 134 13.62s 0.002s 13.63s 13 103 10.504s 0.002s 10.512s 14 12 1.38s 0.002s 1.389s 15 86 8.808s 0.002s 8.818s 16 2,625 262.965s 0.002s 262.998s 17 0 0s 0s 0s 18 16 1.854s 0.002s 1.865s 19 20 2.101s 0.001s 2.106s 20 40,381 1,620.977s 0.002s 1,620.987s 21 24 2.483s 0.001s 2.487s 22 31 3.279s 0.002s 3.287s 23 47,920 1,620.637s 0.002s 1,620.743s Day Hour Added Removed Recycled Synced files Longest sync Average sync Mar 22 00 0 0 0 60 0.001s 0.002s 01 0 0 0 20 0.001s 0.002s 02 0 0 0 24 0.001s 0.002s 03 0 0 0 24 0.001s 0.002s 04 0 0 0 35 0.001s 0.002s 05 0 0 0 55 0.001s 0.002s 06 0 0 1 133 0.001s 0.002s 07 0 0 0 127 0.001s 0.002s 08 0 0 0 132 0.001s 0.002s 09 0 0 0 71 0.001s 0.002s 10 0 0 0 25 0.001s 0.002s 11 0 0 0 71 0.001s 0.002s 12 0 0 0 17 0.001s 0.002s 13 0 0 0 12 0.001s 0.002s 14 0 0 0 14 0.001s 0.002s 15 0 0 2 24 0.001s 0.002s 16 0 0 0 16 0.001s 0.002s 17 0 0 0 15 0.001s 0.002s 18 0 0 0 26 0.001s 0.002s 19 0 0 0 0 0s 0s 20 0 0 0 14 0.001s 0.002s 21 0 0 0 34 0.001s 0.002s 22 0 0 1 38 0.001s 0.002s 23 0 0 0 16 0.001s 0.002s Mar 23 00 0 0 0 65 0.001s 0.002s 01 0 0 0 31 0.001s 0.002s 02 0 0 1 32 0.001s 0.002s 03 0 0 0 33 0.001s 0.002s 04 0 0 1 39 0.001s 0.002s 05 0 0 1 38 0.001s 0.002s 06 0 0 0 126 0.001s 0.002s 07 0 0 4 70 0.001s 0.002s 08 0 0 0 25 0.001s 0.002s 09 0 0 1 49 0.001s 0.002s 10 0 0 0 158 0.001s 0.002s 11 0 0 0 34 0.001s 0.002s 12 0 0 1 32 0.001s 0.002s 13 0 0 3 55 0.001s 0.002s 14 0 0 0 134 0.001s 0.002s 15 0 0 0 134 0.001s 0.002s 16 0 0 2 35 0.001s 0.002s 17 0 0 0 29 0.001s 0.002s 18 0 0 2 44 0.001s 0.002s 19 0 0 3 25 0.001s 0.002s 20 0 0 3 71 0.001s 0.002s 21 0 0 0 76 0.001s 0.002s 22 0 0 0 25 0.001s 0.002s 23 0 0 0 17 0.001s 0.002s Mar 24 00 0 0 0 62 0.001s 0.002s 01 0 0 1 44 0.001s 0.002s 02 0 0 0 32 0.001s 0.002s 03 0 0 0 48 0.001s 0.002s 04 0 0 0 25 0.001s 0.002s 05 0 0 0 46 0.001s 0.002s 06 0 0 0 127 0.001s 0.002s 07 0 0 3 126 0.001s 0.002s 08 0 0 0 29 0.001s 0.002s 09 0 0 9 95 0.001s 0.002s 10 0 0 0 139 0.001s 0.002s 11 0 0 9 129 0.001s 0.002s 12 0 0 0 124 0.001s 0.002s 13 0 0 2 51 0.001s 0.002s 14 0 0 0 22 0.001s 0.002s 15 0 0 0 26 0.001s 0.002s 16 0 0 0 116 0.001s 0.002s 17 0 0 0 14 0.001s 0.002s 18 0 0 1 124 0.001s 0.002s 19 0 0 0 13 0.001s 0.002s 20 0 0 0 33 0.001s 0.002s 21 0 0 0 27 0.001s 0.002s 22 0 0 0 43 0.001s 0.002s 23 0 0 0 27 0.001s 0.002s Mar 25 00 0 0 4 76 0.001s 0.002s 01 0 0 0 15 0.001s 0.002s 02 0 0 0 28 0.001s 0.002s 03 0 0 0 31 0.001s 0.002s 04 0 0 0 24 0.001s 0.002s 05 0 0 0 34 0.001s 0.002s 06 0 0 0 93 0.001s 0.002s 07 0 0 6 85 0.001s 0.002s 08 0 0 2 144 0.001s 0.002s 09 0 0 0 75 0.001s 0.002s 10 0 0 0 131 0.001s 0.002s 11 0 0 0 106 0.001s 0.002s 12 0 0 0 71 0.001s 0.002s 13 0 0 0 97 0.001s 0.002s 14 0 0 0 23 0.001s 0.002s 15 0 0 3 152 0.001s 0.002s 16 0 0 0 7 0.001s 0.002s 17 0 0 0 24 0.001s 0.002s 18 0 0 0 20 0.001s 0.002s 19 0 0 0 7 0.001s 0.001s 20 0 0 0 13 0.001s 0.002s 21 0 0 0 32 0.001s 0.002s 22 0 0 35 36 0.001s 0.002s 23 0 0 3 48 0.001s 0.002s Mar 26 00 0 0 0 64 0.001s 0.002s 01 0 0 1 37 0.001s 0.002s 02 0 0 3 43 0.001s 0.002s 03 0 0 1 39 0.001s 0.002s 04 0 0 0 27 0.001s 0.002s 05 0 0 0 32 0.001s 0.002s 06 0 0 1 91 0.001s 0.002s 07 0 0 0 121 0.001s 0.002s 08 0 0 1 96 0.001s 0.002s 09 0 0 25 151 0.001s 0.002s 10 0 0 0 29 0.001s 0.002s 11 0 0 0 72 0.001s 0.002s 12 0 0 0 74 0.001s 0.002s 13 0 0 0 58 0.001s 0.002s 14 0 0 0 147 0.001s 0.002s 15 0 0 0 9 0.001s 0.001s 16 0 0 35 39 0.001s 0.003s 17 0 0 2 38 0.001s 0.002s 18 0 0 1 23 0.001s 0.002s 19 0 0 0 25 0.001s 0.002s 20 0 0 0 40 0.001s 0.002s 21 0 0 0 29 0.001s 0.002s 22 0 0 31 46 0.001s 0.002s 23 0 0 0 15 0.001s 0.002s Mar 27 00 0 0 0 65 0.001s 0.002s 01 0 0 36 25 0.001s 0.001s 02 0 0 0 34 0.001s 0.002s 03 0 0 0 36 0.001s 0.002s 04 0 0 4 46 0.001s 0.002s 05 0 0 30 94 0.001s 0.002s 06 0 0 1 125 0.001s 0.002s 07 0 0 2 127 0.001s 0.002s 08 0 0 1 78 0.001s 0.002s 09 0 0 8 42 0.001s 0.002s 10 0 0 0 38 0.001s 0.002s 11 0 0 0 28 0.001s 0.002s 12 0 0 0 19 0.001s 0.002s 13 0 0 0 16 0.001s 0.002s 14 0 0 0 31 0.001s 0.002s 15 0 0 1 146 0.001s 0.002s 16 0 0 0 88 0.001s 0.002s 17 0 0 0 6 0.001s 0.001s 18 0 0 0 15 0.001s 0.002s 19 0 0 0 17 0.001s 0.002s 20 0 0 0 15 0.001s 0.002s 21 0 0 0 16 0.001s 0.002s 22 0 0 0 16 0.001s 0.002s 23 0 0 0 18 0.001s 0.002s Mar 28 00 0 0 0 61 0.001s 0.002s 01 0 0 0 21 0.001s 0.002s 02 0 0 0 21 0.001s 0.002s 03 0 0 0 19 0.001s 0.002s 04 0 0 0 31 0.001s 0.002s 05 0 0 0 25 0.001s 0.002s 06 0 0 0 32 0.001s 0.002s 07 0 0 0 24 0.001s 0.002s 08 0 0 0 17 0.001s 0.002s 09 0 0 0 32 0.001s 0.002s 10 0 0 0 17 0.001s 0.002s 11 0 0 1 43 0.001s 0.002s 12 0 0 0 28 0.001s 0.002s 13 0 0 0 19 0.001s 0.002s 14 0 0 0 12 0.001s 0.002s 15 0 0 0 26 0.001s 0.002s 16 0 0 1 27 0.001s 0.002s 17 0 0 0 0 0s 0s 18 0 0 0 14 0.001s 0.002s 19 0 0 0 8 0.001s 0.001s 20 0 0 0 18 0.001s 0.002s 21 0 0 0 10 0.001s 0.001s 22 0 0 0 13 0.001s 0.002s 23 0 0 32 32 0.001s 0.002s Day Hour Count Avg time (sec) Mar 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 Mar 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 Mar 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 Mar 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 Mar 26 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 Mar 27 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 Mar 28 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 Mar 22 00 1,245.50 kB 443,642.00 kB 01 143.50 kB 359,367.50 kB 02 165.50 kB 291,117.00 kB 03 195.50 kB 235,840.00 kB 04 349.50 kB 191,096.00 kB 05 963.00 kB 154,960.00 kB 06 3,212.50 kB 126,071.50 kB 07 1,129.50 kB 102,375.50 kB 08 3,198.00 kB 83,505.50 kB 09 736.00 kB 67,808.00 kB 10 296.50 kB 55,013.00 kB 11 480.00 kB 44,652.50 kB 12 63.50 kB 36,182.50 kB 13 55.50 kB 29,319.00 kB 14 49.50 kB 23,758.00 kB 15 13,532.00 kB 25,674.50 kB 16 60.50 kB 20,806.00 kB 17 44.00 kB 16,863.00 kB 18 195.50 kB 13,696.50 kB 19 0.00 kB 0.00 kB 20 31.50 kB 11,100.00 kB 21 502.50 kB 9,050.50 kB 22 6,983.50 kB 10,785.00 kB 23 110.50 kB 11,814.00 kB Mar 23 00 1,564.50 kB 9,868.00 kB 01 302.00 kB 8,038.50 kB 02 8,867.00 kB 16,808.50 kB 03 341.50 kB 13,666.50 kB 04 7,989.00 kB 13,664.00 kB 05 5,127.50 kB 14,302.00 kB 06 1,285.50 kB 11,804.00 kB 07 29,352.50 kB 55,669.00 kB 08 289.00 kB 45,145.50 kB 09 9,448.00 kB 37,541.50 kB 10 1,294.50 kB 31,394.50 kB 11 4,830.50 kB 26,008.00 kB 12 268.00 kB 21,540.50 kB 13 26,398.00 kB 34,401.50 kB 14 4,052.00 kB 43,640.50 kB 15 1,030.00 kB 35,481.50 kB 16 10,043.50 kB 29,854.00 kB 17 265.50 kB 25,093.50 kB 18 22,215.50 kB 42,131.50 kB 19 20,182.50 kB 38,109.00 kB 20 20,789.50 kB 38,866.00 kB 21 7,474.00 kB 36,866.50 kB 22 337.50 kB 29,926.50 kB 23 115.50 kB 24,263.50 kB Mar 24 00 1,661.50 kB 19,971.00 kB 01 794.50 kB 16,317.50 kB 02 196.50 kB 13,264.50 kB 03 815.50 kB 10,844.00 kB 04 222.00 kB 8,867.50 kB 05 1,096.00 kB 7,375.50 kB 06 1,193.50 kB 6,190.00 kB 07 26,032.00 kB 48,342.50 kB 08 1,746.00 kB 39,392.50 kB 09 37,525.50 kB 58,495.00 kB 10 34,597.00 kB 64,239.50 kB 11 70,775.00 kB 71,468.50 kB 12 1,500.00 kB 61,192.50 kB 13 13,964.50 kB 51,656.50 kB 14 95.00 kB 42,551.00 kB 15 2,523.00 kB 34,946.50 kB 16 733.50 kB 28,446.00 kB 17 87.00 kB 23,056.00 kB 18 4,898.50 kB 19,588.50 kB 19 58.00 kB 15,897.50 kB 20 1,890.50 kB 13,222.50 kB 21 263.50 kB 10,756.50 kB 22 711.50 kB 8,839.50 kB 23 631.50 kB 7,283.00 kB Mar 25 00 31,036.00 kB 58,921.50 kB 01 28.50 kB 47,733.00 kB 02 298.00 kB 38,707.50 kB 03 380.50 kB 31,421.00 kB 04 238.00 kB 25,510.50 kB 05 498.00 kB 20,735.50 kB 06 1,517.50 kB 17,016.50 kB 07 47,871.50 kB 47,871.50 kB 08 12,092.00 kB 44,383.50 kB 09 511.00 kB 36,029.00 kB 10 1,079.50 kB 29,342.50 kB 11 585.50 kB 23,921.50 kB 12 476.00 kB 19,488.50 kB 13 1,686.50 kB 15,964.50 kB 14 108.00 kB 13,095.50 kB 15 20,592.00 kB 37,917.00 kB 16 32.00 kB 30,779.00 kB 17 252.50 kB 24,961.00 kB 18 70.00 kB 20,246.50 kB 19 27.00 kB 17,269.00 kB 20 42.50 kB 14,771.00 kB 21 795.00 kB 12,050.00 kB 22 287,122.00 kB 545,379.00 kB 23 26,767.50 kB 446,789.50 kB Mar 26 00 1,692.00 kB 362,279.50 kB 01 1,302.00 kB 293,592.50 kB 02 26,215.00 kB 240,541.00 kB 03 8,246.00 kB 198,020.00 kB 04 218.00 kB 161,172.00 kB 05 480.00 kB 130,618.00 kB 06 9,134.00 kB 106,763.00 kB 07 1,446.50 kB 87,485.50 kB 08 8,958.00 kB 72,395.00 kB 09 199,497.50 kB 377,630.50 kB 10 236.00 kB 305,988.00 kB 11 514.50 kB 247,931.50 kB 12 879.00 kB 200,999.50 kB 13 271.00 kB 162,858.00 kB 14 870.00 kB 132,049.50 kB 15 57.00 kB 112,649.00 kB 16 190,236.67 kB 515,402.33 kB 17 22,419.00 kB 397,549.00 kB 18 152.00 kB 323,889.00 kB 19 1,663.50 kB 262,529.50 kB 20 4,458.00 kB 213,637.00 kB 21 622.00 kB 173,165.00 kB 22 252,185.50 kB 478,714.00 kB 23 116.50 kB 387,797.50 kB Mar 27 00 1,750.00 kB 314,452.00 kB 01 587,993.00 kB 587,993.00 kB 02 1,224.00 kB 502,964.00 kB 03 736.00 kB 407,496.00 kB 04 28,067.50 kB 332,948.00 kB 05 250,416.00 kB 474,746.50 kB 06 959.00 kB 384,742.50 kB 07 23,419.50 kB 314,058.50 kB 08 813.50 kB 256,606.00 kB 09 69,079.00 kB 220,961.50 kB 10 2,653.00 kB 179,497.50 kB 11 425.00 kB 145,472.50 kB 12 95.50 kB 117,856.00 kB 13 79.00 kB 95,476.50 kB 14 641.00 kB 77,410.00 kB 15 1,912.00 kB 63,059.00 kB 16 858.50 kB 51,292.50 kB 17 53.00 kB 43,745.00 kB 18 25.50 kB 37,405.50 kB 19 69.50 kB 30,311.50 kB 20 37.50 kB 24,559.00 kB 21 53.50 kB 19,902.50 kB 22 90.50 kB 16,136.00 kB 23 58.00 kB 13,082.50 kB Mar 28 00 2,000.00 kB 10,978.00 kB 01 161.50 kB 8,923.50 kB 02 150.00 kB 7,246.00 kB 03 40.00 kB 5,887.00 kB 04 324.00 kB 4,817.00 kB 05 279.50 kB 3,947.50 kB 06 676.50 kB 3,306.50 kB 07 218.00 kB 2,758.50 kB 08 92.50 kB 2,250.00 kB 09 285.50 kB 1,875.00 kB 10 93.50 kB 1,539.50 kB 11 4,968.50 kB 5,411.00 kB 12 255.00 kB 8,132.00 kB 13 161.00 kB 6,617.50 kB 14 23.50 kB 5,366.50 kB 15 221.00 kB 4,387.00 kB 16 10,325.50 kB 12,181.50 kB 17 0.00 kB 0.00 kB 18 18.00 kB 17,628.50 kB 19 49.00 kB 15,037.00 kB 20 62.00 kB 12,865.50 kB 21 97.00 kB 10,982.00 kB 22 79.50 kB 9,402.00 kB 23 260,786.00 kB 495,355.50 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 Mar 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 Mar 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 Mar 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 Mar 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 Mar 26 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 Mar 27 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 Mar 28 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
- 32.36 sec Highest CPU-cost vacuum
Table pub2.term_set_enrichment_agent
Database ctdprd51 - 2026-03-26 21:51:14 Date
- 0 sec Highest CPU-cost analyze
Table
Database ctdprd51 - Date
Average Autovacuum Duration
Key values
- 32.36 sec Highest CPU-cost vacuum
Table pub2.term_set_enrichment_agent
Database ctdprd51 - 2026-03-26 21:51:14 Date
Analyzes per table
Key values
- pubc.log_query (111) Main table analyzed (database ctdprd51)
- 123 analyzes Total
Table Number of analyzes ctdprd51.pubc.log_query 111 ctdprd51.pub2.term_comp_agent 2 ctdprd51.pub2.term_comp 2 ctdprd51.pub2.term_set_enrichment_agent 2 ctdprd51.pub2.term_set_enrichment 2 ctdprd51.pg_catalog.pg_class 1 ctdprd51.edit.exp_outcome 1 ctdprd51.pg_catalog.pg_depend 1 ctdprd51.pg_catalog.pg_attribute 1 Total 123 Vacuums per table
Key values
- pubc.log_query (13) Main table vacuumed on database ctdprd51
- 23 vacuums Total
Index Buffer usage Skipped WAL usage Table Vacuums scans hits misses dirtied pins frozen records full page bytes ctdprd51.pubc.log_query 13 12 3,716 0 715 0 0 1,314 491 3,478,385 ctdprd51.pg_toast.pg_toast_486223 2 0 79 0 4 0 0 3 1 8,632 ctdprd51.pub2.term_comp_agent 1 0 1,360 0 17 0 0 13 2 12,374 ctdprd51.pub2.term_comp 1 0 147 0 11 0 0 23 2 12,964 ctdprd51.pg_catalog.pg_depend 1 1 569 0 144 0 65 268 129 496,773 ctdprd51.pg_catalog.pg_class 1 1 288 0 64 0 20 152 60 270,547 ctdprd51.pub2.term_set_enrichment 1 0 6,353 0 2,808 0 0 2,805 2 177,102 ctdprd51.pg_catalog.pg_statistic 1 1 747 0 169 0 128 486 158 621,836 ctdprd51.pub2.term_set_enrichment_agent 1 0 311,680 0 137,680 0 0 155,739 6 9,238,005 ctdprd51.pg_toast.pg_toast_2619 1 1 4,159 0 1,107 0 9,940 3,254 1,029 548,933 Total 23 16 329,098 885 142,719 0 10,153 164,057 1,880 14,865,551 Tuples removed per table
Key values
- pg_toast.pg_toast_2619 (4028) Main table with removed tuples on database ctdprd51
- 5571 tuples Total removed
Index Tuples Pages Table Vacuums scans removed remain not yet removable removed remain ctdprd51.pg_toast.pg_toast_2619 1 1 4,028 19,773 0 0 12,592 ctdprd51.pg_catalog.pg_statistic 1 1 585 3,498 0 0 410 ctdprd51.pg_catalog.pg_depend 1 1 569 13,550 0 0 153 ctdprd51.pubc.log_query 13 12 217 16,484 0 0 640 ctdprd51.pg_catalog.pg_class 1 1 172 2,344 0 0 94 ctdprd51.pub2.term_comp_agent 1 0 0 108,428 0 0 949 ctdprd51.pub2.term_comp 1 0 0 2,255 0 0 22 ctdprd51.pg_toast.pg_toast_486223 2 0 0 3 0 0 1 ctdprd51.pub2.term_set_enrichment 1 0 0 909,653 0 0 15,053 ctdprd51.pub2.term_set_enrichment_agent 1 0 0 69,741,119 0 0 792,514 Total 23 16 5,571 70,817,107 0 0 822,428 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_comp_agent 1 0 0 0 ctdprd51.pub2.term_comp 1 0 0 0 ctdprd51.pg_toast.pg_toast_486223 2 0 0 0 ctdprd51.pubc.log_query 13 12 217 0 ctdprd51.pg_catalog.pg_depend 1 1 569 0 ctdprd51.pg_catalog.pg_class 1 1 172 0 ctdprd51.pub2.term_set_enrichment 1 0 0 0 ctdprd51.pg_catalog.pg_statistic 1 1 585 0 ctdprd51.pub2.term_set_enrichment_agent 1 0 0 0 ctdprd51.pg_toast.pg_toast_2619 1 1 4028 0 Total 23 16 5,571 0 Autovacuum Activity
↑ Back to the top of the Autovacuum Activity tableDay Hour VACUUMs ANALYZEs Mar 22 00 1 0 01 0 1 02 0 1 03 0 2 04 0 2 05 0 3 06 0 1 07 0 0 08 0 1 09 1 1 10 0 1 11 0 0 12 0 0 13 0 0 14 0 0 15 0 0 16 0 0 17 0 0 18 0 1 19 0 0 20 0 0 21 0 0 22 0 1 23 0 0 Mar 23 00 1 2 01 0 2 02 0 1 03 0 1 04 0 1 05 1 4 06 0 0 07 0 1 08 0 0 09 0 2 10 0 3 11 0 1 12 0 0 13 1 1 14 0 0 15 1 0 16 0 0 17 0 1 18 0 0 19 0 0 20 0 0 21 0 1 22 0 0 23 0 0 Mar 24 00 0 0 01 0 2 02 0 1 03 0 2 04 0 2 05 1 3 06 0 1 07 0 1 08 0 0 09 0 2 10 0 1 11 0 0 12 0 0 13 0 1 14 0 0 15 0 0 16 0 0 17 0 0 18 0 0 19 0 0 20 0 1 21 0 1 22 1 0 23 0 1 Mar 25 00 1 1 01 0 1 02 0 1 03 0 2 04 0 2 05 0 3 06 1 1 07 0 1 08 0 0 09 0 1 10 0 2 11 0 0 12 0 1 13 0 1 14 0 0 15 0 0 16 0 0 17 0 1 18 0 0 19 0 0 20 0 0 21 0 0 22 1 1 23 1 1 Mar 26 00 1 0 01 0 1 02 0 1 03 0 1 04 0 2 05 0 3 06 0 1 07 0 0 08 0 1 09 1 1 10 0 0 11 0 1 12 0 0 13 0 0 14 0 1 15 0 0 16 0 0 17 0 0 18 0 0 19 0 0 20 0 1 21 1 1 22 0 1 23 0 0 Mar 27 00 1 0 01 0 2 02 0 2 03 2 3 04 0 1 05 0 3 06 0 0 07 0 1 08 0 0 09 0 1 10 1 0 11 0 1 12 0 0 13 0 0 14 0 0 15 0 0 16 0 1 17 0 0 18 0 0 19 0 0 20 0 0 21 0 0 22 0 0 23 0 0 Mar 28 00 1 1 01 0 1 02 0 1 03 0 1 04 0 1 05 0 3 06 1 3 07 0 1 08 0 0 09 0 1 10 0 1 11 1 1 12 0 1 13 0 0 14 0 0 15 0 1 16 0 0 17 0 0 18 0 0 19 0 0 20 0 0 21 0 0 22 1 0 23 0 0 - 32.36 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
- 239 Total read queries
- 233 Total write queries
Queries by database
Key values
- unknown Main database
- 256 Requests
- 4h7m11s (ctdprd51)
- Main time consuming database
Queries by user
Key values
- unknown Main user
- 649 Requests
User Request type Count Duration load Total 2 1m10s select 2 1m10s postgres Total 92 1h36m39s copy to 92 1h36m39s pubc Total 9 1h23m13s select 9 1h23m13s pubeu Total 342 4h36m8s select 342 4h36m8s qaeu Total 38 3m58s select 38 3m58s unknown Total 649 7h56m8s copy to 516 7h23m45s others 9 59s956ms select 124 31m23s Duration by user
Key values
- 7h56m8s (unknown) Main time consuming user
User Request type Count Duration load Total 2 1m10s select 2 1m10s postgres Total 92 1h36m39s copy to 92 1h36m39s pubc Total 9 1h23m13s select 9 1h23m13s pubeu Total 342 4h36m8s select 342 4h36m8s qaeu Total 38 3m58s select 38 3m58s unknown Total 649 7h56m8s copy to 516 7h23m45s others 9 59s956ms select 124 31m23s Queries by host
Key values
- unknown Main host
- 1,132 Requests
- 15h37m20s (unknown)
- Main time consuming host
Queries by application
Key values
- unknown Main application
- 430 Requests
- 4h38m14s (unknown)
- Main time consuming application
Number of cancelled queries
Key values
- 0 per second Cancelled query Peak
- 2026-03-25 04:05:27 Date
Number of cancelled queries (5 minutes period)
NO DATASET
-
Top Queries
Histogram of query times
Key values
- 243 > 10000ms duration
Slowest individual queries
Rank Duration Query 1 26m52s 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: 2026-03-28 19:30:06 ]
2 26m26s 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: 2026-03-28 18:43:55 ]
3 12m43s 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 */ 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 'RETPL') 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) = 'HSA04066' 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 'QUERCETIN' 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 = '9913' 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 500;[ Date: 2026-03-24 05:01:47 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
4 9m17s /* * 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: 2026-03-23 00:09:18 - Database: ctdprd51 - User: pubc - Application: psql ]
5 9m16s /* * 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: 2026-03-22 00:09:18 - Database: ctdprd51 - User: pubc - Application: psql ]
6 9m15s /* * 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: 2026-03-28 00:09:16 - Database: ctdprd51 - User: pubc - Application: psql ]
7 9m14s /* * 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: 2026-03-27 00:09:16 - Database: ctdprd51 - User: pubc - Application: psql ]
8 9m13s /* * 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: 2026-03-26 00:09:15 - Database: ctdprd51 - User: pubc - Application: psql ]
9 9m12s /* * 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: 2026-03-24 00:09:14 - Database: ctdprd51 - User: pubc - Application: psql ]
10 9m11s /* * 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: 2026-03-25 00:09:12 - Database: ctdprd51 - User: pubc - Application: psql ]
11 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-22 16:33:58 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
12 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-22 16:33:47 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
13 9m7s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-22 16:33:53 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
14 9m6s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-23 13:45:14 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
15 9m5s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-22 16:33:41 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
16 7m31s COPY pub1.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) TO stdout;[ Date: 2026-03-28 18:56:53 ]
17 6m54s COPY pub2.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) TO stdout;[ Date: 2026-03-28 19:42:26 ]
18 4m20s 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 = '1266601') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-25 22:10:18 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
19 4m19s 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 = '1266601') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-25 22:10:25 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
20 4m8s 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 = '1266601') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;[ Date: 2026-03-25 22:10:33 - Database: ctdprd51 - User: pubeu - Bind query: yes ]
Time consuming queries (N)
Rank Total duration Times executed Min duration Max duration Avg duration Query 1 1h48m9s 21 3m36s 9m8s 5m9s 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 Mar 22 16 4 36m29s 9m7s Mar 23 13 1 9m6s 9m6s Mar 25 22 16 1h2m34s 3m54s [ User: pubeu - Total duration: 1h40m42s - Times executed: 19 ]
-
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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:58 Duration: 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:47 Duration: 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:53 Duration: 9m7s Database: ctdprd51 User: pubeu Bind query: yes
2 1h4m40s 7 9m11s 9m17s 9m14s select maint_query_logs_archive ();Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Mar 22 00 1 9m16s 9m16s Mar 23 00 1 9m17s 9m17s Mar 24 00 1 9m12s 9m12s Mar 25 00 1 9m11s 9m11s Mar 26 00 1 9m13s 9m13s Mar 27 00 1 9m14s 9m14s Mar 28 00 1 9m15s 9m15s [ User: pubc - Total duration: 1h4m40s - Times executed: 7 ]
[ Application: psql - Total duration: 1h4m40s - Times executed: 7 ]
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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: 2026-03-23 00:09:18 Duration: 9m17s Database: ctdprd51 User: pubc Application: psql
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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: 2026-03-22 00:09:18 Duration: 9m16s Database: ctdprd51 User: pubc Application: psql
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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: 2026-03-28 00:09:16 Duration: 9m15s Database: ctdprd51 User: pubc Application: psql
3 38m58s 21 1m50s 1m52s 1m51s 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 #3
Day Hour Count Duration Avg duration Mar 23 06 1 1m52s 1m52s 10 1 1m51s 1m51s 14 1 1m51s 1m51s 18 1 1m51s 1m51s Mar 24 06 1 1m52s 1m52s 10 1 1m52s 1m52s 14 1 1m51s 1m51s 18 1 1m51s 1m51s Mar 25 06 1 1m51s 1m51s 10 1 1m51s 1m51s 14 1 1m52s 1m52s 18 1 1m51s 1m51s Mar 26 06 1 1m51s 1m51s 10 1 1m51s 1m51s 14 1 1m50s 1m50s 18 1 1m51s 1m51s Mar 27 06 1 1m50s 1m50s 10 1 1m50s 1m50s 14 1 1m50s 1m50s 18 1 1m50s 1m50s Mar 28 19 1 1m50s 1m50s [ User: postgres - Total duration: 37m7s - Times executed: 20 ]
[ Application: pg_dump - Total duration: 37m7s - Times executed: 20 ]
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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: 2026-03-24 10:06:54 Duration: 1m52s 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: 2026-03-25 14:06:53 Duration: 1m52s 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: 2026-03-24 06:06:53 Duration: 1m52s Database: ctdprd51 User: postgres Application: pg_dump
4 26m52s 1 26m52s 26m52s 26m52s 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 #4
Day Hour Count Duration Avg duration Mar 28 19 1 26m52s 26m52s -
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: 2026-03-28 19:30:06 Duration: 26m52s
5 26m26s 1 26m26s 26m26s 26m26s 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 #5
Day Hour Count Duration Avg duration Mar 28 18 1 26m26s 26m26s -
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: 2026-03-28 18:43:55 Duration: 26m26s
6 12m43s 1 12m43s 12m43s 12m43s 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 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 Mar 24 05 1 12m43s 12m43s [ User: pubeu - Total duration: 12m43s - Times executed: 1 ]
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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 */ 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 'RETPL') 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) = 'HSA04066' 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 'QUERCETIN' 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 = '9913' 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 500;
Date: 2026-03-24 05:01:47 Duration: 12m43s Database: ctdprd51 User: pubeu Bind query: yes
7 8m22s 21 23s609ms 24s265ms 23s930ms copy pubc.log_query_bots (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, 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 #7
Day Hour Count Duration Avg duration Mar 23 06 1 24s77ms 24s77ms 10 1 23s758ms 23s758ms 14 1 24s135ms 24s135ms 18 1 23s861ms 23s861ms Mar 24 06 1 24s265ms 24s265ms 10 1 24s124ms 24s124ms 14 1 24s59ms 24s59ms 18 1 23s895ms 23s895ms Mar 25 06 1 23s923ms 23s923ms 10 1 23s927ms 23s927ms 14 1 24s73ms 24s73ms 18 1 23s949ms 23s949ms Mar 26 06 1 24s18ms 24s18ms 10 1 23s982ms 23s982ms 14 1 23s625ms 23s625ms 18 1 23s982ms 23s982ms Mar 27 06 1 23s848ms 23s848ms 10 1 23s869ms 23s869ms 14 1 23s609ms 23s609ms 18 1 23s718ms 23s718ms Mar 28 19 1 23s833ms 23s833ms -
COPY pubc.log_query_bots (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, 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: 2026-03-24 06:07:17 Duration: 24s265ms
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COPY pubc.log_query_bots (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, 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: 2026-03-23 14:07:17 Duration: 24s135ms
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COPY pubc.log_query_bots (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, 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: 2026-03-24 10:07:18 Duration: 24s124ms
8 7m48s 60 5s73ms 17s832ms 7s812ms select ? "Input", d.nm "DiseaseName", d.acc_db_cd || ? || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( select string_agg(stm.slim_term_nm, ? order by stm.slim_term_nm) from slim_term_mapping stm where stm.mapped_term_id = d.id) "DiseaseCategories", case when gdr.via_chem_id is null then ( select string_agg(a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gdr.gene_id and a.disease_id = gdr.disease_id) else null end "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", string_agg(gdr.source_acc_txt, ? order by gdr.source_acc_txt) "OmimIDs", string_agg(distinct r.acc_txt, ?) "PubMedIDs" from gene_disease_reference gdr inner join term g on gdr.gene_id = g.id inner join term d on gdr.disease_id = d.id left outer join reference r on gdr.reference_id = r.id left outer join term c on gdr.via_chem_id = c.id where (d.id = ?) group by g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, case when gdr.via_chem_id is null then ( select string_agg(a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gdr.gene_id and a.disease_id = gdr.disease_id) else null end, c.nm, gdr.network_score order by d.nm_sort, g.nm, "DirectEvidence", c.nm;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Mar 23 09 8 1m6s 8s263ms 21 8 1m6s 8s321ms Mar 24 08 44 5m36s 7s638ms [ User: pubeu - Total duration: 4m46s - Times executed: 34 ]
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'seizures' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2122309) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-24 08:41:37 Duration: 17s832ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'hypertension' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2130962) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-23 21:15:28 Duration: 14s959ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'hypertension' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2130962) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-24 08:38:06 Duration: 14s918ms Database: ctdprd51 User: pubeu Bind query: yes
9 7m31s 1 7m31s 7m31s 7m31s copy pub1.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) to stdout;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Mar 28 18 1 7m31s 7m31s -
COPY pub1.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) TO stdout;
Date: 2026-03-28 18:56:53 Duration: 7m31s
10 6m54s 1 6m54s 6m54s 6m54s copy pub2.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) to stdout;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Mar 28 19 1 6m54s 6m54s -
COPY pub2.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) TO stdout;
Date: 2026-03-28 19:42:26 Duration: 6m54s
11 6m34s 21 18s666ms 19s46ms 18s791ms copy edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Mar 23 06 1 18s830ms 18s830ms 10 1 18s722ms 18s722ms 14 1 18s765ms 18s765ms 18 1 18s682ms 18s682ms Mar 24 06 1 18s922ms 18s922ms 10 1 18s931ms 18s931ms 14 1 18s723ms 18s723ms 18 1 18s874ms 18s874ms Mar 25 06 1 19s46ms 19s46ms 10 1 18s874ms 18s874ms 14 1 18s789ms 18s789ms 18 1 18s785ms 18s785ms Mar 26 06 1 18s822ms 18s822ms 10 1 18s703ms 18s703ms 14 1 18s691ms 18s691ms 18 1 18s887ms 18s887ms Mar 27 06 1 18s674ms 18s674ms 10 1 18s790ms 18s790ms 14 1 18s748ms 18s748ms 18 1 18s666ms 18s666ms Mar 28 18 1 18s692ms 18s692ms [ User: postgres - Total duration: 6m34s - Times executed: 21 ]
[ Application: pg_dump - Total duration: 6m34s - Times executed: 21 ]
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:20 Duration: 19s46ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 10:00:21 Duration: 18s931ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:00:20 Duration: 18s922ms Database: ctdprd51 User: postgres Application: pg_dump
12 5m24s 21 15s232ms 15s677ms 15s436ms copy pubc.log_query_bots_original (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, 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, user_agent_pattern) to stdout;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Mar 23 06 1 15s532ms 15s532ms 10 1 15s347ms 15s347ms 14 1 15s548ms 15s548ms 18 1 15s438ms 15s438ms Mar 24 06 1 15s677ms 15s677ms 10 1 15s491ms 15s491ms 14 1 15s467ms 15s467ms 18 1 15s382ms 15s382ms Mar 25 06 1 15s432ms 15s432ms 10 1 15s554ms 15s554ms 14 1 15s492ms 15s492ms 18 1 15s481ms 15s481ms Mar 26 06 1 15s450ms 15s450ms 10 1 15s439ms 15s439ms 14 1 15s232ms 15s232ms 18 1 15s394ms 15s394ms Mar 27 06 1 15s422ms 15s422ms 10 1 15s490ms 15s490ms 14 1 15s250ms 15s250ms 18 1 15s313ms 15s313ms Mar 28 19 1 15s319ms 15s319ms -
COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-24 06:07:33 Duration: 15s677ms
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COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-25 10:07:32 Duration: 15s554ms
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COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-23 14:07:32 Duration: 15s548ms
13 5m7s 21 14s520ms 14s867ms 14s628ms copy edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Mar 23 06 1 14s639ms 14s639ms 10 1 14s521ms 14s521ms 14 1 14s689ms 14s689ms 18 1 14s520ms 14s520ms Mar 24 06 1 14s839ms 14s839ms 10 1 14s590ms 14s590ms 14 1 14s665ms 14s665ms 18 1 14s575ms 14s575ms Mar 25 06 1 14s706ms 14s706ms 10 1 14s867ms 14s867ms 14 1 14s564ms 14s564ms 18 1 14s643ms 14s643ms Mar 26 06 1 14s663ms 14s663ms 10 1 14s605ms 14s605ms 14 1 14s535ms 14s535ms 18 1 14s622ms 14s622ms Mar 27 06 1 14s558ms 14s558ms 10 1 14s637ms 14s637ms 14 1 14s553ms 14s553ms 18 1 14s550ms 14s550ms Mar 28 18 1 14s654ms 14s654ms -
COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:00:51 Duration: 14s867ms
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COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:00:51 Duration: 14s839ms
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COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:51 Duration: 14s706ms
14 5m3s 21 14s367ms 14s642ms 14s459ms copy edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Mar 23 06 1 14s419ms 14s419ms 10 1 14s375ms 14s375ms 14 1 14s519ms 14s519ms 18 1 14s367ms 14s367ms Mar 24 06 1 14s541ms 14s541ms 10 1 14s642ms 14s642ms 14 1 14s513ms 14s513ms 18 1 14s415ms 14s415ms Mar 25 06 1 14s426ms 14s426ms 10 1 14s483ms 14s483ms 14 1 14s375ms 14s375ms 18 1 14s468ms 14s468ms Mar 26 06 1 14s504ms 14s504ms 10 1 14s467ms 14s467ms 14 1 14s380ms 14s380ms 18 1 14s500ms 14s500ms Mar 27 06 1 14s385ms 14s385ms 10 1 14s411ms 14s411ms 14 1 14s620ms 14s620ms 18 1 14s391ms 14s391ms Mar 28 18 1 14s429ms 14s429ms -
COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 10:01:06 Duration: 14s642ms
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COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-27 14:01:05 Duration: 14s620ms
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COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:01:05 Duration: 14s541ms
15 4m33s 12 12s96ms 42s94ms 22s780ms 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;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Mar 23 13 1 26s492ms 26s492ms Mar 24 23 8 2m3s 15s403ms Mar 28 13 3 2m3s 41s214ms [ User: pubeu - Total duration: 3m51s - Times executed: 11 ]
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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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:05:19 Duration: 42s94ms 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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:04:46 Duration: 41s39ms 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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:01:40 Duration: 40s508ms Database: ctdprd51 User: pubeu Bind query: yes
16 2m33s 21 7s259ms 7s393ms 7s306ms copy edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Mar 23 06 1 7s327ms 7s327ms 10 1 7s264ms 7s264ms 14 1 7s317ms 7s317ms 18 1 7s268ms 7s268ms Mar 24 06 1 7s346ms 7s346ms 10 1 7s276ms 7s276ms 14 1 7s353ms 7s353ms 18 1 7s290ms 7s290ms Mar 25 06 1 7s393ms 7s393ms 10 1 7s371ms 7s371ms 14 1 7s285ms 7s285ms 18 1 7s329ms 7s329ms Mar 26 06 1 7s294ms 7s294ms 10 1 7s297ms 7s297ms 14 1 7s267ms 7s267ms 18 1 7s310ms 7s310ms Mar 27 06 1 7s293ms 7s293ms 10 1 7s259ms 7s259ms 14 1 7s296ms 7s296ms 18 1 7s279ms 7s279ms Mar 28 18 1 7s307ms 7s307ms -
COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:30 Duration: 7s393ms
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COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:00:30 Duration: 7s371ms
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COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 14:00:29 Duration: 7s353ms
17 2m28s 20 7s248ms 7s700ms 7s415ms 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 ptr.term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?)) and ptr.term_object_type_id = ? and ptr.phenotype_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?))) and taxonterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = ? and action_degree_type_nm in (...)) group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort asc, pt.indirect_term_qty desc limit ?;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Mar 22 05 2 14s813ms 7s406ms Mar 23 05 2 14s785ms 7s392ms Mar 24 05 2 14s957ms 7s478ms 23 1 7s700ms 7s700ms Mar 25 05 2 14s664ms 7s332ms 10 2 14s974ms 7s487ms Mar 26 05 2 14s802ms 7s401ms 20 2 14s681ms 7s340ms Mar 27 05 2 14s716ms 7s358ms Mar 28 05 2 14s872ms 7s436ms 13 1 7s340ms 7s340ms [ User: pubeu - Total duration: 1m14s - Times executed: 10 ]
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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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-24 23:17:45 Duration: 7s700ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-24 05:44:11 Duration: 7s602ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-25 10:28:33 Duration: 7s530ms Bind query: yes
18 2m21s 19 7s254ms 8s141ms 7s459ms 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 ptr.term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?)) and ptr.term_object_type_id = ? and ptr.phenotype_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and taxonterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = ? and action_degree_type_nm in (...)) group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort asc, pt.indirect_term_qty desc limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Mar 22 05 2 14s922ms 7s461ms Mar 23 05 2 14s866ms 7s433ms Mar 24 05 2 14s901ms 7s450ms 23 1 7s522ms 7s522ms Mar 25 05 2 14s652ms 7s326ms 10 2 14s746ms 7s373ms Mar 26 05 2 14s996ms 7s498ms 20 1 7s463ms 7s463ms Mar 27 05 2 14s629ms 7s314ms Mar 28 05 2 15s620ms 7s810ms 13 1 7s410ms 7s410ms [ User: pubeu - Total duration: 1m7s - Times executed: 9 ]
[ User: qaeu - Total duration: 52s315ms - Times executed: 7 ]
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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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-28 05:49:21 Duration: 8s141ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-26 05:44:07 Duration: 7s679ms Database: ctdprd51 User: qaeu 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-23 05:44:04 Duration: 7s543ms Database: ctdprd51 User: qaeu Bind query: yes
19 2m14s 21 6s324ms 6s479ms 6s408ms copy edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Mar 23 06 1 6s392ms 6s392ms 10 1 6s398ms 6s398ms 14 1 6s449ms 6s449ms 18 1 6s436ms 6s436ms Mar 24 06 1 6s402ms 6s402ms 10 1 6s437ms 6s437ms 14 1 6s452ms 6s452ms 18 1 6s388ms 6s388ms Mar 25 06 1 6s479ms 6s479ms 10 1 6s459ms 6s459ms 14 1 6s390ms 6s390ms 18 1 6s474ms 6s474ms Mar 26 06 1 6s380ms 6s380ms 10 1 6s375ms 6s375ms 14 1 6s324ms 6s324ms 18 1 6s413ms 6s413ms Mar 27 06 1 6s371ms 6s371ms 10 1 6s357ms 6s357ms 14 1 6s401ms 6s401ms 18 1 6s352ms 6s352ms Mar 28 18 1 6s443ms 6s443ms -
COPY edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:01:14 Duration: 6s479ms
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COPY edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 18:01:13 Duration: 6s474ms
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COPY edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:01:14 Duration: 6s459ms
20 2m7s 21 6s16ms 6s155ms 6s62ms copy edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #20
Day Hour Count Duration Avg duration Mar 23 06 1 6s61ms 6s61ms 10 1 6s42ms 6s42ms 14 1 6s128ms 6s128ms 18 1 6s31ms 6s31ms Mar 24 06 1 6s79ms 6s79ms 10 1 6s44ms 6s44ms 14 1 6s85ms 6s85ms 18 1 6s58ms 6s58ms Mar 25 06 1 6s155ms 6s155ms 10 1 6s81ms 6s81ms 14 1 6s50ms 6s50ms 18 1 6s67ms 6s67ms Mar 26 06 1 6s60ms 6s60ms 10 1 6s35ms 6s35ms 14 1 6s16ms 6s16ms 18 1 6s74ms 6s74ms Mar 27 06 1 6s42ms 6s42ms 10 1 6s41ms 6s41ms 14 1 6s62ms 6s62ms 18 1 6s46ms 6s46ms Mar 28 18 1 6s35ms 6s35ms -
COPY edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:36 Duration: 6s155ms
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COPY edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-23 14:00:35 Duration: 6s128ms
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COPY edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 14:00:36 Duration: 6s85ms
Most frequent queries (N)
Rank Times executed Total duration Min duration Max duration Avg duration Query 1 60 7m48s 5s73ms 17s832ms 7s812ms select ? "Input", d.nm "DiseaseName", d.acc_db_cd || ? || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( select string_agg(stm.slim_term_nm, ? order by stm.slim_term_nm) from slim_term_mapping stm where stm.mapped_term_id = d.id) "DiseaseCategories", case when gdr.via_chem_id is null then ( select string_agg(a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gdr.gene_id and a.disease_id = gdr.disease_id) else null end "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", string_agg(gdr.source_acc_txt, ? order by gdr.source_acc_txt) "OmimIDs", string_agg(distinct r.acc_txt, ?) "PubMedIDs" from gene_disease_reference gdr inner join term g on gdr.gene_id = g.id inner join term d on gdr.disease_id = d.id left outer join reference r on gdr.reference_id = r.id left outer join term c on gdr.via_chem_id = c.id where (d.id = ?) group by g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, case when gdr.via_chem_id is null then ( select string_agg(a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gdr.gene_id and a.disease_id = gdr.disease_id) else null end, c.nm, gdr.network_score order by d.nm_sort, g.nm, "DirectEvidence", c.nm;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Mar 23 09 8 1m6s 8s263ms 21 8 1m6s 8s321ms Mar 24 08 44 5m36s 7s638ms [ User: pubeu - Total duration: 4m46s - Times executed: 34 ]
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'seizures' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2122309) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-24 08:41:37 Duration: 17s832ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'hypertension' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2130962) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-23 21:15:28 Duration: 14s959ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'hypertension' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2130962) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-24 08:38:06 Duration: 14s918ms Database: ctdprd51 User: pubeu Bind query: yes
2 21 1h48m9s 3m36s 9m8s 5m9s 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 #2
Day Hour Count Duration Avg duration Mar 22 16 4 36m29s 9m7s Mar 23 13 1 9m6s 9m6s Mar 25 22 16 1h2m34s 3m54s [ User: pubeu - Total duration: 1h40m42s - Times executed: 19 ]
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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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:58 Duration: 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:47 Duration: 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:53 Duration: 9m7s Database: ctdprd51 User: pubeu Bind query: yes
3 21 38m58s 1m50s 1m52s 1m51s 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 #3
Day Hour Count Duration Avg duration Mar 23 06 1 1m52s 1m52s 10 1 1m51s 1m51s 14 1 1m51s 1m51s 18 1 1m51s 1m51s Mar 24 06 1 1m52s 1m52s 10 1 1m52s 1m52s 14 1 1m51s 1m51s 18 1 1m51s 1m51s Mar 25 06 1 1m51s 1m51s 10 1 1m51s 1m51s 14 1 1m52s 1m52s 18 1 1m51s 1m51s Mar 26 06 1 1m51s 1m51s 10 1 1m51s 1m51s 14 1 1m50s 1m50s 18 1 1m51s 1m51s Mar 27 06 1 1m50s 1m50s 10 1 1m50s 1m50s 14 1 1m50s 1m50s 18 1 1m50s 1m50s Mar 28 19 1 1m50s 1m50s [ User: postgres - Total duration: 37m7s - Times executed: 20 ]
[ Application: pg_dump - Total duration: 37m7s - Times executed: 20 ]
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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: 2026-03-24 10:06:54 Duration: 1m52s 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: 2026-03-25 14:06:53 Duration: 1m52s 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: 2026-03-24 06:06:53 Duration: 1m52s Database: ctdprd51 User: postgres Application: pg_dump
4 21 8m22s 23s609ms 24s265ms 23s930ms copy pubc.log_query_bots (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, 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 #4
Day Hour Count Duration Avg duration Mar 23 06 1 24s77ms 24s77ms 10 1 23s758ms 23s758ms 14 1 24s135ms 24s135ms 18 1 23s861ms 23s861ms Mar 24 06 1 24s265ms 24s265ms 10 1 24s124ms 24s124ms 14 1 24s59ms 24s59ms 18 1 23s895ms 23s895ms Mar 25 06 1 23s923ms 23s923ms 10 1 23s927ms 23s927ms 14 1 24s73ms 24s73ms 18 1 23s949ms 23s949ms Mar 26 06 1 24s18ms 24s18ms 10 1 23s982ms 23s982ms 14 1 23s625ms 23s625ms 18 1 23s982ms 23s982ms Mar 27 06 1 23s848ms 23s848ms 10 1 23s869ms 23s869ms 14 1 23s609ms 23s609ms 18 1 23s718ms 23s718ms Mar 28 19 1 23s833ms 23s833ms -
COPY pubc.log_query_bots (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, 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: 2026-03-24 06:07:17 Duration: 24s265ms
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COPY pubc.log_query_bots (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, 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: 2026-03-23 14:07:17 Duration: 24s135ms
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COPY pubc.log_query_bots (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, 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: 2026-03-24 10:07:18 Duration: 24s124ms
5 21 6m34s 18s666ms 19s46ms 18s791ms copy edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Mar 23 06 1 18s830ms 18s830ms 10 1 18s722ms 18s722ms 14 1 18s765ms 18s765ms 18 1 18s682ms 18s682ms Mar 24 06 1 18s922ms 18s922ms 10 1 18s931ms 18s931ms 14 1 18s723ms 18s723ms 18 1 18s874ms 18s874ms Mar 25 06 1 19s46ms 19s46ms 10 1 18s874ms 18s874ms 14 1 18s789ms 18s789ms 18 1 18s785ms 18s785ms Mar 26 06 1 18s822ms 18s822ms 10 1 18s703ms 18s703ms 14 1 18s691ms 18s691ms 18 1 18s887ms 18s887ms Mar 27 06 1 18s674ms 18s674ms 10 1 18s790ms 18s790ms 14 1 18s748ms 18s748ms 18 1 18s666ms 18s666ms Mar 28 18 1 18s692ms 18s692ms [ User: postgres - Total duration: 6m34s - Times executed: 21 ]
[ Application: pg_dump - Total duration: 6m34s - Times executed: 21 ]
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:20 Duration: 19s46ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 10:00:21 Duration: 18s931ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:00:20 Duration: 18s922ms Database: ctdprd51 User: postgres Application: pg_dump
6 21 5m24s 15s232ms 15s677ms 15s436ms copy pubc.log_query_bots_original (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, 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, user_agent_pattern) to stdout;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Mar 23 06 1 15s532ms 15s532ms 10 1 15s347ms 15s347ms 14 1 15s548ms 15s548ms 18 1 15s438ms 15s438ms Mar 24 06 1 15s677ms 15s677ms 10 1 15s491ms 15s491ms 14 1 15s467ms 15s467ms 18 1 15s382ms 15s382ms Mar 25 06 1 15s432ms 15s432ms 10 1 15s554ms 15s554ms 14 1 15s492ms 15s492ms 18 1 15s481ms 15s481ms Mar 26 06 1 15s450ms 15s450ms 10 1 15s439ms 15s439ms 14 1 15s232ms 15s232ms 18 1 15s394ms 15s394ms Mar 27 06 1 15s422ms 15s422ms 10 1 15s490ms 15s490ms 14 1 15s250ms 15s250ms 18 1 15s313ms 15s313ms Mar 28 19 1 15s319ms 15s319ms -
COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-24 06:07:33 Duration: 15s677ms
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COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-25 10:07:32 Duration: 15s554ms
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COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-23 14:07:32 Duration: 15s548ms
7 21 5m7s 14s520ms 14s867ms 14s628ms copy edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #7
Day Hour Count Duration Avg duration Mar 23 06 1 14s639ms 14s639ms 10 1 14s521ms 14s521ms 14 1 14s689ms 14s689ms 18 1 14s520ms 14s520ms Mar 24 06 1 14s839ms 14s839ms 10 1 14s590ms 14s590ms 14 1 14s665ms 14s665ms 18 1 14s575ms 14s575ms Mar 25 06 1 14s706ms 14s706ms 10 1 14s867ms 14s867ms 14 1 14s564ms 14s564ms 18 1 14s643ms 14s643ms Mar 26 06 1 14s663ms 14s663ms 10 1 14s605ms 14s605ms 14 1 14s535ms 14s535ms 18 1 14s622ms 14s622ms Mar 27 06 1 14s558ms 14s558ms 10 1 14s637ms 14s637ms 14 1 14s553ms 14s553ms 18 1 14s550ms 14s550ms Mar 28 18 1 14s654ms 14s654ms -
COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:00:51 Duration: 14s867ms
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COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:00:51 Duration: 14s839ms
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COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:51 Duration: 14s706ms
8 21 5m3s 14s367ms 14s642ms 14s459ms copy edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Mar 23 06 1 14s419ms 14s419ms 10 1 14s375ms 14s375ms 14 1 14s519ms 14s519ms 18 1 14s367ms 14s367ms Mar 24 06 1 14s541ms 14s541ms 10 1 14s642ms 14s642ms 14 1 14s513ms 14s513ms 18 1 14s415ms 14s415ms Mar 25 06 1 14s426ms 14s426ms 10 1 14s483ms 14s483ms 14 1 14s375ms 14s375ms 18 1 14s468ms 14s468ms Mar 26 06 1 14s504ms 14s504ms 10 1 14s467ms 14s467ms 14 1 14s380ms 14s380ms 18 1 14s500ms 14s500ms Mar 27 06 1 14s385ms 14s385ms 10 1 14s411ms 14s411ms 14 1 14s620ms 14s620ms 18 1 14s391ms 14s391ms Mar 28 18 1 14s429ms 14s429ms -
COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 10:01:06 Duration: 14s642ms
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COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-27 14:01:05 Duration: 14s620ms
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COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:01:05 Duration: 14s541ms
9 21 2m33s 7s259ms 7s393ms 7s306ms copy edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Mar 23 06 1 7s327ms 7s327ms 10 1 7s264ms 7s264ms 14 1 7s317ms 7s317ms 18 1 7s268ms 7s268ms Mar 24 06 1 7s346ms 7s346ms 10 1 7s276ms 7s276ms 14 1 7s353ms 7s353ms 18 1 7s290ms 7s290ms Mar 25 06 1 7s393ms 7s393ms 10 1 7s371ms 7s371ms 14 1 7s285ms 7s285ms 18 1 7s329ms 7s329ms Mar 26 06 1 7s294ms 7s294ms 10 1 7s297ms 7s297ms 14 1 7s267ms 7s267ms 18 1 7s310ms 7s310ms Mar 27 06 1 7s293ms 7s293ms 10 1 7s259ms 7s259ms 14 1 7s296ms 7s296ms 18 1 7s279ms 7s279ms Mar 28 18 1 7s307ms 7s307ms -
COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:30 Duration: 7s393ms
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COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:00:30 Duration: 7s371ms
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COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 14:00:29 Duration: 7s353ms
10 21 2m14s 6s324ms 6s479ms 6s408ms copy edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Mar 23 06 1 6s392ms 6s392ms 10 1 6s398ms 6s398ms 14 1 6s449ms 6s449ms 18 1 6s436ms 6s436ms Mar 24 06 1 6s402ms 6s402ms 10 1 6s437ms 6s437ms 14 1 6s452ms 6s452ms 18 1 6s388ms 6s388ms Mar 25 06 1 6s479ms 6s479ms 10 1 6s459ms 6s459ms 14 1 6s390ms 6s390ms 18 1 6s474ms 6s474ms Mar 26 06 1 6s380ms 6s380ms 10 1 6s375ms 6s375ms 14 1 6s324ms 6s324ms 18 1 6s413ms 6s413ms Mar 27 06 1 6s371ms 6s371ms 10 1 6s357ms 6s357ms 14 1 6s401ms 6s401ms 18 1 6s352ms 6s352ms Mar 28 18 1 6s443ms 6s443ms -
COPY edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:01:14 Duration: 6s479ms
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COPY edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 18:01:13 Duration: 6s474ms
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COPY edit.reference_ixn (id, reference_acc_txt, reference_acc_db_id, ixn_id, taxon_acc_txt, taxon_acc_db_id, evidence_cd, source_cd, field_cd, internal_note, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:01:14 Duration: 6s459ms
11 21 2m7s 6s16ms 6s155ms 6s62ms copy edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Mar 23 06 1 6s61ms 6s61ms 10 1 6s42ms 6s42ms 14 1 6s128ms 6s128ms 18 1 6s31ms 6s31ms Mar 24 06 1 6s79ms 6s79ms 10 1 6s44ms 6s44ms 14 1 6s85ms 6s85ms 18 1 6s58ms 6s58ms Mar 25 06 1 6s155ms 6s155ms 10 1 6s81ms 6s81ms 14 1 6s50ms 6s50ms 18 1 6s67ms 6s67ms Mar 26 06 1 6s60ms 6s60ms 10 1 6s35ms 6s35ms 14 1 6s16ms 6s16ms 18 1 6s74ms 6s74ms Mar 27 06 1 6s42ms 6s42ms 10 1 6s41ms 6s41ms 14 1 6s62ms 6s62ms 18 1 6s46ms 6s46ms Mar 28 18 1 6s35ms 6s35ms -
COPY edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:36 Duration: 6s155ms
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COPY edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-23 14:00:35 Duration: 6s128ms
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COPY edit.ixn_action (ixn_id, action_type_id, action_degree_type_id, position_seq, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 14:00:36 Duration: 6s85ms
12 20 2m28s 7s248ms 7s700ms 7s415ms 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 ptr.term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?)) and ptr.term_object_type_id = ? and ptr.phenotype_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?))) and taxonterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = ? and action_degree_type_nm in (...)) group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort asc, pt.indirect_term_qty desc limit ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Mar 22 05 2 14s813ms 7s406ms Mar 23 05 2 14s785ms 7s392ms Mar 24 05 2 14s957ms 7s478ms 23 1 7s700ms 7s700ms Mar 25 05 2 14s664ms 7s332ms 10 2 14s974ms 7s487ms Mar 26 05 2 14s802ms 7s401ms 20 2 14s681ms 7s340ms Mar 27 05 2 14s716ms 7s358ms Mar 28 05 2 14s872ms 7s436ms 13 1 7s340ms 7s340ms [ User: pubeu - Total duration: 1m14s - Times executed: 10 ]
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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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-24 23:17:45 Duration: 7s700ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-24 05:44:11 Duration: 7s602ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-25 10:28:33 Duration: 7s530ms Bind query: yes
13 19 2m21s 7s254ms 8s141ms 7s459ms 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 ptr.term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?)) and ptr.term_object_type_id = ? and ptr.phenotype_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and taxonterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = ? and action_degree_type_nm in (...)) group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort asc, pt.indirect_term_qty desc limit ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Mar 22 05 2 14s922ms 7s461ms Mar 23 05 2 14s866ms 7s433ms Mar 24 05 2 14s901ms 7s450ms 23 1 7s522ms 7s522ms Mar 25 05 2 14s652ms 7s326ms 10 2 14s746ms 7s373ms Mar 26 05 2 14s996ms 7s498ms 20 1 7s463ms 7s463ms Mar 27 05 2 14s629ms 7s314ms Mar 28 05 2 15s620ms 7s810ms 13 1 7s410ms 7s410ms [ User: pubeu - Total duration: 1m7s - Times executed: 9 ]
[ User: qaeu - Total duration: 52s315ms - Times executed: 7 ]
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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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-28 05:49:21 Duration: 8s141ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-26 05:44:07 Duration: 7s679ms Database: ctdprd51 User: qaeu 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-23 05:44:04 Duration: 7s543ms Database: ctdprd51 User: qaeu Bind query: yes
14 18 1m33s 5s76ms 5s330ms 5s192ms select ? "Input", sqi.chem_nm "ChemicalName", sqi.chem_acc_txt "ChemicalID", sqi.casrn "CasRN", sqi.gene_symbol "GeneSymbol", sqi.gene_acc_txt "GeneID", sqi.ontology_nm "Ontology", sqi.go_term_nm "GoTermName", sqi.go_acc_txt "GoTermID" from ( with sq as ( select distinct c.id chem_id, c.nm chem_nm, c.acc_txt chem_acc_txt, c.secondary_nm casrn, c.nm_sort chem_nm_sort, gcr.gene_id, g.nm gene_symbol, g.acc_txt gene_acc_txt, g.nm_sort gene_symbol_sort from term c inner join gene_chem_reference gcr on c.id = gcr.chem_id inner join term g on gcr.gene_id = g.id where (c.id = ?)) select distinct sq.chem_nm, sq.chem_acc_txt, sq.casrn, sq.gene_symbol, sq.gene_acc_txt, gt.nm go_term_nm, gt.acc_txt go_acc_txt, sq.chem_nm_sort, sq.gene_symbol_sort, gt.nm_sort, d.nm ontology_nm from sq inner join gene_go_annot gga on sq.gene_id = gga.gene_id inner join dag_node gt on gga.go_term_id = gt.object_id inner join dag d on gt.dag_id = d.id where gga.is_not = false and (d.id = ? or d.id = ?) order by sq.chem_nm_sort, sq.gene_symbol_sort, d.nm, gt.nm_sort) sqi;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Mar 22 05 2 10s393ms 5s196ms Mar 23 05 2 10s313ms 5s156ms Mar 24 05 2 10s507ms 5s253ms 23 1 5s222ms 5s222ms Mar 25 05 2 10s277ms 5s138ms 10 2 10s283ms 5s141ms Mar 26 05 2 10s340ms 5s170ms Mar 27 05 2 10s438ms 5s219ms Mar 28 05 2 10s470ms 5s235ms 13 1 5s218ms 5s218ms [ User: pubeu - Total duration: 51s751ms - Times executed: 10 ]
[ User: qaeu - Total duration: 41s713ms - Times executed: 8 ]
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SELECT /* BatchChemGODAO */ 'ddt' "Input", sqi.chem_nm "ChemicalName", sqi.chem_acc_txt "ChemicalID", sqi.casRN "CasRN", sqi.gene_symbol "GeneSymbol", sqi.gene_acc_txt "GeneID", sqi.ontology_nm "Ontology", sqi.go_term_nm "GoTermName", sqi.go_acc_txt "GoTermID" FROM ( WITH sq AS ( SELECT DISTINCT c.id chem_id, c.nm chem_nm, c.acc_txt chem_acc_txt, c.secondary_nm casRN, c.nm_sort chem_nm_sort, gcr.gene_id, g.nm gene_symbol, g.acc_txt gene_acc_txt, g.nm_sort gene_symbol_sort FROM term c INNER JOIN gene_chem_reference gcr ON c.id = gcr.chem_id INNER JOIN term g ON gcr.gene_id = g.id WHERE (c.id = 1335246)) SELECT DISTINCT sq.chem_nm, sq.chem_acc_txt, sq.casRN, sq.gene_symbol, sq.gene_acc_txt, gt.nm go_term_nm, gt.acc_txt go_acc_txt, sq.chem_nm_sort, sq.gene_symbol_sort, gt.nm_sort, d.nm ontology_nm FROM sq INNER JOIN gene_go_annot gga ON sq.gene_id = gga.gene_id INNER JOIN dag_node gt ON gga.go_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE gga.is_not = false AND (d.id = 5 OR d.id = 4) ORDER BY sq.chem_nm_sort, sq.gene_symbol_sort, d.nm, gt.nm_sort) sqi;
Date: 2026-03-24 05:43:38 Duration: 5s330ms Database: ctdprd51 User: qaeu Bind query: yes
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SELECT /* BatchChemGODAO */ 'ddt' "Input", sqi.chem_nm "ChemicalName", sqi.chem_acc_txt "ChemicalID", sqi.casRN "CasRN", sqi.gene_symbol "GeneSymbol", sqi.gene_acc_txt "GeneID", sqi.ontology_nm "Ontology", sqi.go_term_nm "GoTermName", sqi.go_acc_txt "GoTermID" FROM ( WITH sq AS ( SELECT DISTINCT c.id chem_id, c.nm chem_nm, c.acc_txt chem_acc_txt, c.secondary_nm casRN, c.nm_sort chem_nm_sort, gcr.gene_id, g.nm gene_symbol, g.acc_txt gene_acc_txt, g.nm_sort gene_symbol_sort FROM term c INNER JOIN gene_chem_reference gcr ON c.id = gcr.chem_id INNER JOIN term g ON gcr.gene_id = g.id WHERE (c.id = 1335246)) SELECT DISTINCT sq.chem_nm, sq.chem_acc_txt, sq.casRN, sq.gene_symbol, sq.gene_acc_txt, gt.nm go_term_nm, gt.acc_txt go_acc_txt, sq.chem_nm_sort, sq.gene_symbol_sort, gt.nm_sort, d.nm ontology_nm FROM sq INNER JOIN gene_go_annot gga ON sq.gene_id = gga.gene_id INNER JOIN dag_node gt ON gga.go_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE gga.is_not = false AND (d.id = 5 OR d.id = 4) ORDER BY sq.chem_nm_sort, sq.gene_symbol_sort, d.nm, gt.nm_sort) sqi;
Date: 2026-03-27 05:43:41 Duration: 5s292ms Database: ctdprd51 User: qaeu Bind query: yes
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SELECT /* BatchChemGODAO */ 'ddt' "Input", sqi.chem_nm "ChemicalName", sqi.chem_acc_txt "ChemicalID", sqi.casRN "CasRN", sqi.gene_symbol "GeneSymbol", sqi.gene_acc_txt "GeneID", sqi.ontology_nm "Ontology", sqi.go_term_nm "GoTermName", sqi.go_acc_txt "GoTermID" FROM ( WITH sq AS ( SELECT DISTINCT c.id chem_id, c.nm chem_nm, c.acc_txt chem_acc_txt, c.secondary_nm casRN, c.nm_sort chem_nm_sort, gcr.gene_id, g.nm gene_symbol, g.acc_txt gene_acc_txt, g.nm_sort gene_symbol_sort FROM term c INNER JOIN gene_chem_reference gcr ON c.id = gcr.chem_id INNER JOIN term g ON gcr.gene_id = g.id WHERE (c.id = 1335246)) SELECT DISTINCT sq.chem_nm, sq.chem_acc_txt, sq.casRN, sq.gene_symbol, sq.gene_acc_txt, gt.nm go_term_nm, gt.acc_txt go_acc_txt, sq.chem_nm_sort, sq.gene_symbol_sort, gt.nm_sort, d.nm ontology_nm FROM sq INNER JOIN gene_go_annot gga ON sq.gene_id = gga.gene_id INNER JOIN dag_node gt ON gga.go_term_id = gt.object_id INNER JOIN dag d ON gt.dag_id = d.id WHERE gga.is_not = false AND (d.id = 5 OR d.id = 4) ORDER BY sq.chem_nm_sort, sq.gene_symbol_sort, d.nm, gt.nm_sort) sqi;
Date: 2026-03-26 05:43:39 Duration: 5s262ms Database: ctdprd51 User: qaeu Bind query: yes
15 12 4m33s 12s96ms 42s94ms 22s780ms 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;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Mar 23 13 1 26s492ms 26s492ms Mar 24 23 8 2m3s 15s403ms Mar 28 13 3 2m3s 41s214ms [ User: pubeu - Total duration: 3m51s - Times executed: 11 ]
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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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:05:19 Duration: 42s94ms 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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:04:46 Duration: 41s39ms 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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:01:40 Duration: 40s508ms Database: ctdprd51 User: pubeu Bind query: yes
16 7 1h4m40s 9m11s 9m17s 9m14s select maint_query_logs_archive ();Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Mar 22 00 1 9m16s 9m16s Mar 23 00 1 9m17s 9m17s Mar 24 00 1 9m12s 9m12s Mar 25 00 1 9m11s 9m11s Mar 26 00 1 9m13s 9m13s Mar 27 00 1 9m14s 9m14s Mar 28 00 1 9m15s 9m15s [ User: pubc - Total duration: 1h4m40s - Times executed: 7 ]
[ Application: psql - Total duration: 1h4m40s - Times executed: 7 ]
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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: 2026-03-23 00:09:18 Duration: 9m17s Database: ctdprd51 User: pubc Application: psql
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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: 2026-03-22 00:09:18 Duration: 9m16s Database: ctdprd51 User: pubc Application: psql
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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: 2026-03-28 00:09:16 Duration: 9m15s Database: ctdprd51 User: pubc Application: psql
17 7 1m30s 8s808ms 23s278ms 12s961ms 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 #17
Day Hour Count Duration Avg duration Mar 22 16 1 8s872ms 8s872ms Mar 23 13 2 17s991ms 8s995ms Mar 27 02 2 46s177ms 23s88ms 14 2 17s692ms 8s846ms [ User: pubeu - Total duration: 1m30s - Times executed: 7 ]
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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 = '1255550') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2026-03-27 02:08:27 Duration: 23s278ms 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 = '1255550') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2026-03-27 02:06:47 Duration: 22s899ms 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 = '1297177') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2026-03-23 13:36:27 Duration: 9s170ms Database: ctdprd51 User: pubeu Bind query: yes
18 7 1m12s 9s964ms 11s211ms 10s393ms select g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, i.ixn_prose_txt ixnprose, i.ixn_prose_html ixnprosehtml, i.actions_txt ixnactions, i.id ixnid, count(distinct gcr.reference_id) refcount, count(distinct gcr.taxon_id) taxoncount, ( 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 r.acc_txt, ?)) as references, 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 inner join reference r on gcr.reference_id = r.id left outer join term taxonterm on gcr.taxon_id = taxonterm.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.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by g.nm_sort, c.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Mar 22 03 1 10s3ms 10s3ms 05 4 42s672ms 10s668ms 12 1 10s116ms 10s116ms Mar 28 04 1 9s964ms 9s964ms [ User: pubeu - Total duration: 1m12s - Times executed: 7 ]
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SELECT /* ChemGeneIxnsDAO */ g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, i.id ixnId, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, ( 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 r.acc_txt, '|')) as references, 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 INNER JOIN reference r on gcr.reference_id = r.id LEFT OUTER JOIN term taxonTerm on gcr.taxon_id = taxonTerm.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1432971') 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.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2026-03-22 05:27:15 Duration: 11s211ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemGeneIxnsDAO */ g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, i.id ixnId, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, ( 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 r.acc_txt, '|')) as references, 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 INNER JOIN reference r on gcr.reference_id = r.id LEFT OUTER JOIN term taxonTerm on gcr.taxon_id = taxonTerm.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1432971') 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.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2026-03-22 05:27:17 Duration: 10s516ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemGeneIxnsDAO */ g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, i.id ixnId, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, ( 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 r.acc_txt, '|')) as references, 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 INNER JOIN reference r on gcr.reference_id = r.id LEFT OUTER JOIN term taxonTerm on gcr.taxon_id = taxonTerm.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1432971') 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.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2026-03-22 05:27:16 Duration: 10s487ms Database: ctdprd51 User: pubeu Bind query: yes
19 7 46s630ms 6s481ms 6s859ms 6s661ms vacuum analyze log_query_archive;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Mar 22 00 1 6s812ms 6s812ms Mar 23 00 1 6s481ms 6s481ms Mar 24 00 1 6s657ms 6s657ms Mar 25 00 1 6s641ms 6s641ms Mar 26 00 1 6s678ms 6s678ms Mar 27 00 1 6s859ms 6s859ms Mar 28 00 1 6s499ms 6s499ms -
VACUUM ANALYZE log_query_archive;
Date: 2026-03-27 00:09:23 Duration: 6s859ms
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VACUUM ANALYZE log_query_archive;
Date: 2026-03-22 00:09:24 Duration: 6s812ms
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VACUUM ANALYZE log_query_archive;
Date: 2026-03-26 00:09:22 Duration: 6s678ms
20 6 32s185ms 5s142ms 5s742ms 5s364ms 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 #20
Day Hour Count Duration Avg duration Mar 22 05 2 10s898ms 5s449ms Mar 23 13 1 5s742ms 5s742ms Mar 25 03 1 5s187ms 5s187ms 04 1 5s214ms 5s214ms Mar 27 03 1 5s142ms 5s142ms [ User: pubeu - Total duration: 32s185ms - Times executed: 6 ]
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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 = '1400388' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2026-03-23 13:05:08 Duration: 5s742ms Database: ctdprd51 User: pubeu 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 = '1365073' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2026-03-22 05:03:24 Duration: 5s506ms Database: ctdprd51 User: pubeu 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 = '1365073' AND te.enriched_object_type_id = 5 ORDER BY te.corrected_p_val, d.abbr, gt.nm_sort LIMIT 50;
Date: 2026-03-22 05:03:28 Duration: 5s391ms Database: ctdprd51 User: pubeu Bind query: yes
Normalized slowest queries (N)
Rank Min duration Max duration Avg duration Times executed Total duration Query 1 26m52s 26m52s 26m52s 1 26m52s 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 Mar 28 19 1 26m52s 26m52s -
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: 2026-03-28 19:30:06 Duration: 26m52s
2 26m26s 26m26s 26m26s 1 26m26s 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 Mar 28 18 1 26m26s 26m26s -
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: 2026-03-28 18:43:55 Duration: 26m26s
3 12m43s 12m43s 12m43s 1 12m43s 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 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 #3
Day Hour Count Duration Avg duration Mar 24 05 1 12m43s 12m43s [ User: pubeu - Total duration: 12m43s - Times executed: 1 ]
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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 */ 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 'RETPL') 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) = 'HSA04066' 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 'QUERCETIN' 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 = '9913' 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 500;
Date: 2026-03-24 05:01:47 Duration: 12m43s Database: ctdprd51 User: pubeu Bind query: yes
4 9m11s 9m17s 9m14s 7 1h4m40s select maint_query_logs_archive ();Times Reported Time consuming queries #4
Day Hour Count Duration Avg duration Mar 22 00 1 9m16s 9m16s Mar 23 00 1 9m17s 9m17s Mar 24 00 1 9m12s 9m12s Mar 25 00 1 9m11s 9m11s Mar 26 00 1 9m13s 9m13s Mar 27 00 1 9m14s 9m14s Mar 28 00 1 9m15s 9m15s [ User: pubc - Total duration: 1h4m40s - Times executed: 7 ]
[ Application: psql - Total duration: 1h4m40s - Times executed: 7 ]
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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: 2026-03-23 00:09:18 Duration: 9m17s Database: ctdprd51 User: pubc Application: psql
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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: 2026-03-22 00:09:18 Duration: 9m16s Database: ctdprd51 User: pubc Application: psql
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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: 2026-03-28 00:09:16 Duration: 9m15s Database: ctdprd51 User: pubc Application: psql
5 7m31s 7m31s 7m31s 1 7m31s copy pub1.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) to stdout;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Mar 28 18 1 7m31s 7m31s -
COPY pub1.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) TO stdout;
Date: 2026-03-28 18:56:53 Duration: 7m31s
6 6m54s 6m54s 6m54s 1 6m54s copy pub2.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) to stdout;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Mar 28 19 1 6m54s 6m54s -
COPY pub2.term_enrichment_agent (term_id, enriched_term_id, agent_term_id) TO stdout;
Date: 2026-03-28 19:42:26 Duration: 6m54s
7 3m36s 9m8s 5m9s 21 1h48m9s 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 Mar 22 16 4 36m29s 9m7s Mar 23 13 1 9m6s 9m6s Mar 25 22 16 1h2m34s 3m54s [ User: pubeu - Total duration: 1h40m42s - Times executed: 19 ]
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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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:58 Duration: 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:47 Duration: 9m8s 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 = '1297177') and diseaseTerm.object_type_id = 3 ORDER BY chemNetworkCount desc, geneNetworkCount desc LIMIT 50;
Date: 2026-03-22 16:33:53 Duration: 9m7s Database: ctdprd51 User: pubeu Bind query: yes
8 1m50s 1m52s 1m51s 21 38m58s 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 Mar 23 06 1 1m52s 1m52s 10 1 1m51s 1m51s 14 1 1m51s 1m51s 18 1 1m51s 1m51s Mar 24 06 1 1m52s 1m52s 10 1 1m52s 1m52s 14 1 1m51s 1m51s 18 1 1m51s 1m51s Mar 25 06 1 1m51s 1m51s 10 1 1m51s 1m51s 14 1 1m52s 1m52s 18 1 1m51s 1m51s Mar 26 06 1 1m51s 1m51s 10 1 1m51s 1m51s 14 1 1m50s 1m50s 18 1 1m51s 1m51s Mar 27 06 1 1m50s 1m50s 10 1 1m50s 1m50s 14 1 1m50s 1m50s 18 1 1m50s 1m50s Mar 28 19 1 1m50s 1m50s [ User: postgres - Total duration: 37m7s - Times executed: 20 ]
[ Application: pg_dump - Total duration: 37m7s - Times executed: 20 ]
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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: 2026-03-24 10:06:54 Duration: 1m52s 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: 2026-03-25 14:06:53 Duration: 1m52s 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: 2026-03-24 06:06:53 Duration: 1m52s Database: ctdprd51 User: postgres Application: pg_dump
9 23s609ms 24s265ms 23s930ms 21 8m22s copy pubc.log_query_bots (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, 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 #9
Day Hour Count Duration Avg duration Mar 23 06 1 24s77ms 24s77ms 10 1 23s758ms 23s758ms 14 1 24s135ms 24s135ms 18 1 23s861ms 23s861ms Mar 24 06 1 24s265ms 24s265ms 10 1 24s124ms 24s124ms 14 1 24s59ms 24s59ms 18 1 23s895ms 23s895ms Mar 25 06 1 23s923ms 23s923ms 10 1 23s927ms 23s927ms 14 1 24s73ms 24s73ms 18 1 23s949ms 23s949ms Mar 26 06 1 24s18ms 24s18ms 10 1 23s982ms 23s982ms 14 1 23s625ms 23s625ms 18 1 23s982ms 23s982ms Mar 27 06 1 23s848ms 23s848ms 10 1 23s869ms 23s869ms 14 1 23s609ms 23s609ms 18 1 23s718ms 23s718ms Mar 28 19 1 23s833ms 23s833ms -
COPY pubc.log_query_bots (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, 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: 2026-03-24 06:07:17 Duration: 24s265ms
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COPY pubc.log_query_bots (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, 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: 2026-03-23 14:07:17 Duration: 24s135ms
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COPY pubc.log_query_bots (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, 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: 2026-03-24 10:07:18 Duration: 24s124ms
10 12s96ms 42s94ms 22s780ms 12 4m33s 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;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Mar 23 13 1 26s492ms 26s492ms Mar 24 23 8 2m3s 15s403ms Mar 28 13 3 2m3s 41s214ms [ User: pubeu - Total duration: 3m51s - Times executed: 11 ]
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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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:05:19 Duration: 42s94ms 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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:04:46 Duration: 41s39ms 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 = '2125120') ORDER BY actionTypes, gd.network_score DESC NULLS LAST, g.nm_sort, d.nm_sort;
Date: 2026-03-28 13:01:40 Duration: 40s508ms Database: ctdprd51 User: pubeu Bind query: yes
11 18s666ms 19s46ms 18s791ms 21 6m34s copy edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Mar 23 06 1 18s830ms 18s830ms 10 1 18s722ms 18s722ms 14 1 18s765ms 18s765ms 18 1 18s682ms 18s682ms Mar 24 06 1 18s922ms 18s922ms 10 1 18s931ms 18s931ms 14 1 18s723ms 18s723ms 18 1 18s874ms 18s874ms Mar 25 06 1 19s46ms 19s46ms 10 1 18s874ms 18s874ms 14 1 18s789ms 18s789ms 18 1 18s785ms 18s785ms Mar 26 06 1 18s822ms 18s822ms 10 1 18s703ms 18s703ms 14 1 18s691ms 18s691ms 18 1 18s887ms 18s887ms Mar 27 06 1 18s674ms 18s674ms 10 1 18s790ms 18s790ms 14 1 18s748ms 18s748ms 18 1 18s666ms 18s666ms Mar 28 18 1 18s692ms 18s692ms [ User: postgres - Total duration: 6m34s - Times executed: 21 ]
[ Application: pg_dump - Total duration: 6m34s - Times executed: 21 ]
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:20 Duration: 19s46ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 10:00:21 Duration: 18s931ms Database: ctdprd51 User: postgres Application: pg_dump
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COPY edit.db_link (object_id, object_type_id, acc_txt, db_id, type_cd, is_primary, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:00:20 Duration: 18s922ms Database: ctdprd51 User: postgres Application: pg_dump
12 15s232ms 15s677ms 15s436ms 21 5m24s copy pubc.log_query_bots_original (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, 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, user_agent_pattern) to stdout;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Mar 23 06 1 15s532ms 15s532ms 10 1 15s347ms 15s347ms 14 1 15s548ms 15s548ms 18 1 15s438ms 15s438ms Mar 24 06 1 15s677ms 15s677ms 10 1 15s491ms 15s491ms 14 1 15s467ms 15s467ms 18 1 15s382ms 15s382ms Mar 25 06 1 15s432ms 15s432ms 10 1 15s554ms 15s554ms 14 1 15s492ms 15s492ms 18 1 15s481ms 15s481ms Mar 26 06 1 15s450ms 15s450ms 10 1 15s439ms 15s439ms 14 1 15s232ms 15s232ms 18 1 15s394ms 15s394ms Mar 27 06 1 15s422ms 15s422ms 10 1 15s490ms 15s490ms 14 1 15s250ms 15s250ms 18 1 15s313ms 15s313ms Mar 28 19 1 15s319ms 15s319ms -
COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-24 06:07:33 Duration: 15s677ms
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COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-25 10:07:32 Duration: 15s554ms
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COPY pubc.log_query_bots_original (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, 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, user_agent_pattern) TO stdout;
Date: 2026-03-23 14:07:32 Duration: 15s548ms
13 14s520ms 14s867ms 14s628ms 21 5m7s copy edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Mar 23 06 1 14s639ms 14s639ms 10 1 14s521ms 14s521ms 14 1 14s689ms 14s689ms 18 1 14s520ms 14s520ms Mar 24 06 1 14s839ms 14s839ms 10 1 14s590ms 14s590ms 14 1 14s665ms 14s665ms 18 1 14s575ms 14s575ms Mar 25 06 1 14s706ms 14s706ms 10 1 14s867ms 14s867ms 14 1 14s564ms 14s564ms 18 1 14s643ms 14s643ms Mar 26 06 1 14s663ms 14s663ms 10 1 14s605ms 14s605ms 14 1 14s535ms 14s535ms 18 1 14s622ms 14s622ms Mar 27 06 1 14s558ms 14s558ms 10 1 14s637ms 14s637ms 14 1 14s553ms 14s553ms 18 1 14s550ms 14s550ms Mar 28 18 1 14s654ms 14s654ms -
COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:00:51 Duration: 14s867ms
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COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:00:51 Duration: 14s839ms
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COPY edit.ixn_actor (ixn_id, position_seq, object_type_id, acc_txt, acc_db_id, object_nm, actor_form_type_id, qual_actor_form_type_id, seq_acc_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:51 Duration: 14s706ms
14 14s367ms 14s642ms 14s459ms 21 5m3s copy edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Mar 23 06 1 14s419ms 14s419ms 10 1 14s375ms 14s375ms 14 1 14s519ms 14s519ms 18 1 14s367ms 14s367ms Mar 24 06 1 14s541ms 14s541ms 10 1 14s642ms 14s642ms 14 1 14s513ms 14s513ms 18 1 14s415ms 14s415ms Mar 25 06 1 14s426ms 14s426ms 10 1 14s483ms 14s483ms 14 1 14s375ms 14s375ms 18 1 14s468ms 14s468ms Mar 26 06 1 14s504ms 14s504ms 10 1 14s467ms 14s467ms 14 1 14s380ms 14s380ms 18 1 14s500ms 14s500ms Mar 27 06 1 14s385ms 14s385ms 10 1 14s411ms 14s411ms 14 1 14s620ms 14s620ms 18 1 14s391ms 14s391ms Mar 28 18 1 14s429ms 14s429ms -
COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 10:01:06 Duration: 14s642ms
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COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-27 14:01:05 Duration: 14s620ms
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COPY edit.reference (id, title, journal_nm, issue, pages_txt, page_position_seq, volume, pub_dt_format_mask, pub_start_dt, pub_end_dt, pub_start_season_nm, pub_end_season_nm, is_review, is_author_list_complete, affiliation_txt, abstract_txt, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 06:01:05 Duration: 14s541ms
15 8s808ms 23s278ms 12s961ms 7 1m30s 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 #15
Day Hour Count Duration Avg duration Mar 22 16 1 8s872ms 8s872ms Mar 23 13 2 17s991ms 8s995ms Mar 27 02 2 46s177ms 23s88ms 14 2 17s692ms 8s846ms [ User: pubeu - Total duration: 1m30s - Times executed: 7 ]
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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 = '1255550') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2026-03-27 02:08:27 Duration: 23s278ms 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 = '1255550') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2026-03-27 02:06:47 Duration: 22s899ms 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 = '1297177') AND gga.is_not = false) sq ORDER BY sq.gonmsort, sq.genesymbolsort LIMIT 50;
Date: 2026-03-23 13:36:27 Duration: 9s170ms Database: ctdprd51 User: pubeu Bind query: yes
16 9s964ms 11s211ms 10s393ms 7 1m12s select g.nm genesymbol, g.acc_txt geneacc, g.acc_db_cd geneaccdbcd, g.id geneid, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casrn, c.id chemid, i.ixn_prose_txt ixnprose, i.ixn_prose_html ixnprosehtml, i.actions_txt ixnactions, i.id ixnid, count(distinct gcr.reference_id) refcount, count(distinct gcr.taxon_id) taxoncount, ( 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 r.acc_txt, ?)) as references, 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 inner join reference r on gcr.reference_id = r.id left outer join term taxonterm on gcr.taxon_id = taxonterm.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.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by g.nm_sort, c.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Mar 22 03 1 10s3ms 10s3ms 05 4 42s672ms 10s668ms 12 1 10s116ms 10s116ms Mar 28 04 1 9s964ms 9s964ms [ User: pubeu - Total duration: 1m12s - Times executed: 7 ]
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SELECT /* ChemGeneIxnsDAO */ g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, i.id ixnId, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, ( 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 r.acc_txt, '|')) as references, 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 INNER JOIN reference r on gcr.reference_id = r.id LEFT OUTER JOIN term taxonTerm on gcr.taxon_id = taxonTerm.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1432971') 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.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2026-03-22 05:27:15 Duration: 11s211ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemGeneIxnsDAO */ g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, i.id ixnId, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, ( 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 r.acc_txt, '|')) as references, 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 INNER JOIN reference r on gcr.reference_id = r.id LEFT OUTER JOIN term taxonTerm on gcr.taxon_id = taxonTerm.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1432971') 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.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2026-03-22 05:27:17 Duration: 10s516ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* ChemGeneIxnsDAO */ g.nm geneSymbol, g.acc_txt geneAcc, g.acc_db_cd geneAccDbCd, g.id geneId, c.nm chemnm, c.nm_html chemnmhtml, c.acc_txt chemacc, c.secondary_nm casRN, c.id chemId, i.ixn_prose_txt ixnProse, i.ixn_prose_html ixnProseHtml, i.actions_txt ixnActions, i.id ixnId, COUNT(DISTINCT gcr.reference_id) refCount, COUNT(DISTINCT gcr.taxon_id) taxonCount, ( 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 r.acc_txt, '|')) as references, 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 INNER JOIN reference r on gcr.reference_id = r.id LEFT OUTER JOIN term taxonTerm on gcr.taxon_id = taxonTerm.id WHERE gcr.chem_id IN ( SELECT p.descendant_object_id FROM dag_path p WHERE p.ancestor_object_id = '1432971') 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.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id ORDER BY g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2026-03-22 05:27:16 Duration: 10s487ms Database: ctdprd51 User: pubeu Bind query: yes
17 5s73ms 17s832ms 7s812ms 60 7m48s select ? "Input", d.nm "DiseaseName", d.acc_db_cd || ? || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( select string_agg(stm.slim_term_nm, ? order by stm.slim_term_nm) from slim_term_mapping stm where stm.mapped_term_id = d.id) "DiseaseCategories", case when gdr.via_chem_id is null then ( select string_agg(a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gdr.gene_id and a.disease_id = gdr.disease_id) else null end "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", string_agg(gdr.source_acc_txt, ? order by gdr.source_acc_txt) "OmimIDs", string_agg(distinct r.acc_txt, ?) "PubMedIDs" from gene_disease_reference gdr inner join term g on gdr.gene_id = g.id inner join term d on gdr.disease_id = d.id left outer join reference r on gdr.reference_id = r.id left outer join term c on gdr.via_chem_id = c.id where (d.id = ?) group by g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, case when gdr.via_chem_id is null then ( select string_agg(a.action_type_nm, ?) from gene_disease_axn a where a.gene_id = gdr.gene_id and a.disease_id = gdr.disease_id) else null end, c.nm, gdr.network_score order by d.nm_sort, g.nm, "DirectEvidence", c.nm;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Mar 23 09 8 1m6s 8s263ms 21 8 1m6s 8s321ms Mar 24 08 44 5m36s 7s638ms [ User: pubeu - Total duration: 4m46s - Times executed: 34 ]
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'seizures' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2122309) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-24 08:41:37 Duration: 17s832ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'hypertension' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2130962) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-23 21:15:28 Duration: 14s959ms Database: ctdprd51 User: pubeu Bind query: yes
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SELECT /* BatchDiseaseGeneAssnsDAO */ 'hypertension' "Input", d.nm "DiseaseName", d.acc_db_cd || ':' || d.acc_txt "DiseaseID", g.nm "GeneSymbol", g.acc_txt "GeneID", ( SELECT STRING_AGG(stm.slim_term_nm, '|' ORDER BY stm.slim_term_nm) FROM slim_term_mapping stm WHERE stm.mapped_term_id = d.id) "DiseaseCategories", CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END "DirectEvidence", c.nm "InferenceChemicalName", gdr.network_score "InferenceScore", STRING_AGG(gdr.source_acc_txt, '|' ORDER BY gdr.source_acc_txt) "OmimIDs", STRING_AGG(DISTINCT r.acc_txt, '|') "PubMedIDs" FROM gene_disease_reference gdr INNER JOIN term g ON gdr.gene_id = g.id INNER JOIN term d ON gdr.disease_id = d.id LEFT OUTER JOIN reference r ON gdr.reference_id = r.id LEFT OUTER JOIN term c ON gdr.via_chem_id = c.id WHERE (d.id = 2130962) GROUP BY g.nm, g.acc_txt, d.nm, d.id, d.acc_txt, d.acc_db_cd, d.nm_sort, CASE WHEN gdr.via_chem_id IS NULL THEN ( SELECT STRING_AGG(a.action_type_nm, '|') FROM gene_disease_axn a WHERE a.gene_id = gdr.gene_id AND a.disease_id = gdr.disease_id) ELSE NULL END, c.nm, gdr.network_score ORDER BY d.nm_sort, g.nm, "DirectEvidence", c.nm;
Date: 2026-03-24 08:38:06 Duration: 14s918ms Database: ctdprd51 User: pubeu Bind query: yes
18 7s254ms 8s141ms 7s459ms 19 2m21s 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 ptr.term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?)) and ptr.term_object_type_id = ? and ptr.phenotype_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and taxonterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = ? and action_degree_type_nm in (...)) group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort asc, pt.indirect_term_qty desc limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Mar 22 05 2 14s922ms 7s461ms Mar 23 05 2 14s866ms 7s433ms Mar 24 05 2 14s901ms 7s450ms 23 1 7s522ms 7s522ms Mar 25 05 2 14s652ms 7s326ms 10 2 14s746ms 7s373ms Mar 26 05 2 14s996ms 7s498ms 20 1 7s463ms 7s463ms Mar 27 05 2 14s629ms 7s314ms Mar 28 05 2 15s620ms 7s810ms 13 1 7s410ms 7s410ms [ User: pubeu - Total duration: 1m7s - Times executed: 9 ]
[ User: qaeu - Total duration: 52s315ms - Times executed: 7 ]
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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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-28 05:49:21 Duration: 8s141ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-26 05:44:07 Duration: 7s679ms Database: ctdprd51 User: qaeu 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ZINC')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006915' AND l.type_cd = 'A' AND l.object_type_id = 5))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9606' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-23 05:44:04 Duration: 7s543ms Database: ctdprd51 User: qaeu Bind query: yes
19 7s248ms 7s700ms 7s415ms 20 2m28s 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 ptr.term_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?)) and ptr.term_object_type_id = ? and ptr.phenotype_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and upper(baseterm.nm) like ?))) and taxonterm.id in ( select distinct dp.descendant_object_id from dag_path dp where dp.ancestor_object_id in ( select distinct id from term baseterm where object_type_id = ? and baseterm.id in ( select object_id from db_link l where l.acc_txt = ? and l.type_cd = ? and l.object_type_id = ?))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = ? and action_degree_type_nm in (...)) group by associatedterm, associatedtermnmsort, phenotype, casrn, ixnid, ixnprosehtml, ixnprose, ixnsort, associatedtermid, phenotypeid, inferredcount order by associatedtermnmsort asc, pt.indirect_term_qty desc limit ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Mar 22 05 2 14s813ms 7s406ms Mar 23 05 2 14s785ms 7s392ms Mar 24 05 2 14s957ms 7s478ms 23 1 7s700ms 7s700ms Mar 25 05 2 14s664ms 7s332ms 10 2 14s974ms 7s487ms Mar 26 05 2 14s802ms 7s401ms 20 2 14s681ms 7s340ms Mar 27 05 2 14s716ms 7s358ms Mar 28 05 2 14s872ms 7s436ms 13 1 7s340ms 7s340ms [ User: pubeu - Total duration: 1m14s - Times executed: 10 ]
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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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-24 23:17:45 Duration: 7s700ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-24 05:44:11 Duration: 7s602ms 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 ptr.term_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 2 and upper(baseTerm.nm) LIKE 'ACETYLCYSTEINE')) and ptr.term_object_type_id = 2 and ptr.phenotype_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 5 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = 'GO:0006979' AND l.type_cd = 'A' AND l.object_type_id = 5))) and i.id in ( select ixn_id from ixn_anatomy where anatomy_id IN ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 10 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR SYSTEM'))) and taxonTerm.id in ( select /* DBConstants.getDAGTermSQL */ distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( select distinct id from term baseTerm where object_type_id = 1 and baseTerm.id in ( select object_id from db_link l where l.acc_txt = '9605' AND l.type_cd = 'A' AND l.object_type_id = 1))) and i.id in ( select ixn_id from ixn_axn where action_type_nm = 'phenotype' and action_degree_type_nm in ('increases')) group by associatedTerm, associatedTermNmSort, phenotype, casRN, ixnId, ixnProseHtml, ixnProse, ixnSort, associatedTermId, phenotypeId, inferredCount ORDER BY associatedTermNmSort asc, pt.indirect_term_qty desc LIMIT 50;
Date: 2026-03-25 10:28:33 Duration: 7s530ms Bind query: yes
20 7s259ms 7s393ms 7s306ms 21 2m33s copy edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) to stdout;Times Reported Time consuming queries #20
Day Hour Count Duration Avg duration Mar 23 06 1 7s327ms 7s327ms 10 1 7s264ms 7s264ms 14 1 7s317ms 7s317ms 18 1 7s268ms 7s268ms Mar 24 06 1 7s346ms 7s346ms 10 1 7s276ms 7s276ms 14 1 7s353ms 7s353ms 18 1 7s290ms 7s290ms Mar 25 06 1 7s393ms 7s393ms 10 1 7s371ms 7s371ms 14 1 7s285ms 7s285ms 18 1 7s329ms 7s329ms Mar 26 06 1 7s294ms 7s294ms 10 1 7s297ms 7s297ms 14 1 7s267ms 7s267ms 18 1 7s310ms 7s310ms Mar 27 06 1 7s293ms 7s293ms 10 1 7s259ms 7s259ms 14 1 7s296ms 7s296ms 18 1 7s279ms 7s279ms Mar 28 18 1 7s307ms 7s307ms -
COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 06:00:30 Duration: 7s393ms
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COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-25 10:00:30 Duration: 7s371ms
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COPY edit.ixn (id, ixn_type_id, parent_id, position_seq, root_id, create_by, create_tm, mod_by, mod_tm) TO stdout;
Date: 2026-03-24 14:00:29 Duration: 7s353ms
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 NO DATASET
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Events
Log levels
Key values
- 57,799 Event entries
- (EVENTLOG entries are formaly LOG level entries that are not queries)
Events distribution (except queries)
Key values
- 0 PANIC entries
- 2 FATAL entries
- 20 ERROR entries
- 0 WARNING entries
- 27 EVENTLOG entries
Most Frequent Errors/Events
Key values
- 13 Max number of times the same event was reported
- 49 Total events found
Rank Times reported Error 1 13 LOG: could not receive data from client: Connection timed out
Times Reported Most Frequent Error / Event #1
Day Hour Count Mar 23 10 1 11 3 16 1 17 2 Mar 25 20 2 Mar 26 09 3 18 1 2 12 LOG: could not receive data from client: Connection reset by peer
Times Reported Most Frequent Error / Event #2
Day Hour Count Mar 24 10 2 Mar 25 14 10 3 9 ERROR: invalid byte sequence for encoding
Times Reported Most Frequent Error / Event #3
Day Hour Count Mar 24 05 2 Mar 25 09 1 12 6 - ERROR: invalid byte sequence for encoding "UTF8": 0x00
- ERROR: invalid byte sequence for encoding "UTF8": 0x00
Context: unnamed portal parameter $1
Statement: SELECT /* ObjectIdDAOImpl.LabelsAndAccs */ t.id ,t.nm ,t.nm_sort nmSort ,t.acc_txt acc ,t.acc_db_cd accDbCd FROM term t ,(SELECT li.term_id FROM term_label li WHERE UPPER(li.nm) = $1 AND li.object_type_id = 2 UNION SELECT l.object_id FROM db_link l WHERE upper( l.acc_txt ) = $2 AND l.object_type_id = 2 AND l.type_cd = 'A') ids WHERE t.id = ids.term_id ORDER BY CASE WHEN UPPER(t.nm) = $3 THEN 1 ELSE 2 END ,t.nm_sortDate: 2026-03-24 05:05:35
Context: unnamed portal parameter $1
Statement: SELECT /* GeneIdBySymbolAccDAO */ t.id ,t.nm ,t.nm_sort nmSort ,t.acc_txt acc ,t.acc_db_cd accDbCd FROM term t ,(SELECT li.term_id FROM term_label li INNER JOIN term_label_type lti ON li.term_label_type_id = lti.id AND li.object_type_id = lti.object_type_id AND UPPER(li.nm) = $1 AND lti.object_type_id = 4 AND lti.nm = 'SYMBOL' UNION SELECT l.object_id FROM db_link l WHERE l.acc_txt = $2 AND l.object_type_id = 4 AND l.type_cd = 'A') ids WHERE t.id = ids.term_id ORDER BY CASE WHEN UPPER(t.nm) = $3 THEN 1 ELSE 2 END ,t.nm_sortDate: 2026-03-25 09:29:01 Database: ctdprd51 Application: User: pubeu Remote:
4 4 ERROR: relation "..." does not exist
Times Reported Most Frequent Error / Event #4
Day Hour Count Mar 25 12 1 14 3 - ERROR: relation "dag_path" does not exist at character 130
- ERROR: relation "tetramer" does not exist at character 50623
- ERROR: relation "tetramer" does not exist at character 50337
Statement: select distinct( chem_id ) from pub2.chem_disease_reference cdr where disease_id in ( select descendant_object_id from DAG_PATH where ancestor_object_id = ( select id from term where nm = 'Amyotrophic Lateral Sclerosis' ) )
Date: 2026-03-25 12:31:21 Database: ctdprd51 Application: pgAdmin 4 - CONN:4053406 User: load Remote:
Statement: select distinct chemTerm.acc_txt #015 ,chemTerm.nm #015 ,'chemical' #015 ,diseaseTerm.acc_txt #015 ,diseaseTerm.nm #015 ,'disease' #015 from pub2.CHEM_DISEASE_REFERENCE cdr #015 ,pub2.TERM chemTerm #015 ,pub2.TERM diseaseTerm #015 where cdr.disease_id = diseaseTerm.id #015 and cdr.chem_id = chemTerm.id #015 and ( cdr.chem_id IN ( 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' -- 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' ) ) and cdr.disease_id IN ( 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' -- 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' ) ) )#015 and ( cdr.chem_id, cdr.disease_id ) in ( select chem_id, disease_id from tetramer ) #015 and source_cd = 'C' #015 #015
Date: 2026-03-25 14:36:37 Database: ctdprd51 Application: User: load Remote:
Statement: select distinct geneTerm.acc_txt ,geneTerm.nm ,'gene' ,chemTerm.acc_txt ,chemTerm.nm ,'chemical' from pub2.GENE_CHEM_REFERENCE gcr ,pub2.TERM geneTerm ,pub2.TERM chemTerm where gcr.gene_id = geneTerm.id and gcr.chem_id = chemTerm.id and ( gcr.chem_id IN ( 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' -- 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' ) ) and gcr.gene_id IN ( 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' -- 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' ) ) ) and ( gcr.chem_id, gcr.gene_id ) in ( select chem_id, gene_id from tetramer )
Date: 2026-03-25 14:49:43 Database: ctdprd51 Application: User: load Remote:
5 3 ERROR: syntax error at or near "..."
Times Reported Most Frequent Error / Event #5
Day Hour Count Mar 25 12 2 Mar 26 00 1 - ERROR: syntax error at or near "select" at character 250
- ERROR: syntax error at or near "from" at character 17
- ERROR: syntax error at or near ")" at character 4937
Statement: select distinct source_cd from pub2.chem_disease_reference cdr where disease_id in ( select descendant_object_id from pub2.DAG_PATH where ancestor_object_id = ( select id from pub2.term where nm = 'Amyotrophic Lateral Sclerosis' ) ) select distinct nm from pub2.term where id in ( select descendant_object_id from pub2.DAG_PATH where ancestor_object_id = ( select id from pub2.term where nm = 'Amyotrophic Lateral Sclerosis' ) )
Date: 2026-03-25 12:43:33
Statement: select * from from pub2.chem_disease_reference where chem_id = 1297650 and disease_id = 2122274 and source_cd = 'I'
Date: 2026-03-25 12:48:19 Database: ctdprd51 Application: pgAdmin 4 - CONN:9784952 User: load Remote:
Statement: select distinct e.reference_acc_txt as "Reference", pref.abbr_authors_txt as "Author", referenceExp.author_summary as "AuthorSummary", (Select STRING_AGG( distinct eventproject.project_nm, '|')) as "AssociatedStudyTitles", eevent.collection_start_yr as "EnrollmentStartYear", eevent.collection_end_yr as "EnrollmentEndYear", (Select STRING_AGG( distinct studyFactor.nm, '|')) as "StudyFactors", (Select STRING_AGG(distinct stressorSrcType.nm, '|')) as "StressorSourceCategory", stressor.chem_term_nm as "ExposureStressorName", stressor.src_details as "StressorSourceDetails", stressor.sample_qty as "NumberOfStressorSamples", stressor.note as "StressorNotes", ereceptor.qty as "NumberOfReceptors", ereceptor.description as "Receptors", ereceptor.term_nm as "ReceptorDescription", ereceptor.term_acc_txt as "ReceptorID", ereceptor.note as "ReceptorNotes", (Select STRING_AGG(distinct COALESCE( COALESCE(NULLIF(CAST(receptorTobaccoUse.pct as int),0)) || '% ' || tobaccoUse.nm, COALESCE(COALESCE(NULLIF(CAST(receptorTobaccoUse.pct as int),0)) || '% ' , tobaccoUse.nm)), '|')) as "SmokingStatus", ereceptor.age || ' ' || age_uom.nm as "Age", age_qualifier.nm as "AgeQualifier", (Select STRING_AGG(distinct COALESCE( COALESCE(NULLIF(CAST(pct as int),0)) || '% ' || gender.nm, COALESCE(COALESCE(NULLIF(CAST(pct as int),0)) || '% ' , gender.nm)), '|') from exp_receptor_gender expgender left outer join gender on expgender.gender_id=gender.id where exp_receptor_id = ereceptor.id ) as "Sex", (Select STRING_AGG(distinct COALESCE( COALESCE(NULLIF(CAST(receptorRace.pct as int),0)) || '% ' || race.nm, COALESCE(COALESCE(NULLIF(CAST(receptorRace.pct as int),0)) || '% ' , race.nm)), '|')) as "Race", (Select STRING_AGG( distinct eventAssayMethod.nm, '|')) as "Methods" , eevent.detection_limit as "DetectionLimit", eevent.detection_limit_uom as "DetectionLimitUnitsOfMeasurement", eevent.detection_freq as "DetectionFrequency", emedium.nm as "Medium", eevent.exp_marker_term_nm as "ExposureMarker", eevent.exp_marker_lvl as "MarkerLevel", eevent.assay_uom as "MarkerUnitsOfMeasurement", eevent.assay_measurement_stat as "MarkerMeasurementStatistic", eevent.assay_note as "AssayNotes", (Select STRING_AGG( distinct country.nm, '|')) as "StudyCountries", (Select STRING_AGG( distinct eventLocation.geographic_region_nm, '|')) as "StateOrProvince", (Select STRING_AGG( distinct eventLocation.locality_txt, '|')) as "CityTownRegionOrArea", eevent.note as "ExposureEventNotes", eiot.description as "OutcomeRelationship", outcome.disease_term_nm as "DiseaseName", outcome.phenotype_action_degree_type_nm as "PhenotypeActionDegreeType", outcome.phenotype_term_nm as "PhenotypeName", (Select STRING_AGG( distinct expAnatomy.anatomy_term_nm, '|')) as "Anatomy", outcome.note as "ExposureOutcomeNotes" from exposure e left outer join reference pref on pref.acc_txt = e.reference_acc_txt left outer join reference_exp referenceExp on referenceExp.reference_acc_txt = e.reference_acc_txt left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id left outer join study_factor studyFactor on studyFactor.id = expStudyFactor.study_factor_id left outer join exp_event_project eventproject on eventproject.exp_event_id = e.exp_event_id inner join exp_stressor stressor on e.exp_stressor_id = stressor.id left outer join exp_receptor ereceptor on e.exp_receptor_id = ereceptor.id left outer join age_uom age_uom on ereceptor.age_uom_id = age_uom.id left outer join age_qualifier age_qualifier on ereceptor.age_qualifier_id = age_qualifier.id left outer join exp_event eevent on e.exp_event_id = eevent.id left outer join medium emedium on eevent.medium_id = emedium.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 ereceptor.id = receptorTobaccoUse.exp_receptor_id left outer join tobacco_use tobaccoUse on receptorTobaccoUse.tobacco_use_id = tobaccoUse.id left outer join exp_receptor_race receptorRace on ereceptor.id = receptorRace.exp_receptor_id left outer join race race on receptorRace.race_id = race.id left outer join exp_event_location eventLocation on eevent.id = eventLocation.exp_event_id left outer join country on eventLocation.country_id = country.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 exp_anatomy expAnatomy on outcome.id = expAnatomy.exp_outcome_id left outer join exp_event_assay_method eventAssayMethod on eevent.id = eventAssayMethod.exp_event_id where stressor.chem_acc_txt in ( select acc_txt from term where id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( ))) or eevent.exp_marker_acc_txt in ( select acc_txt from term where id in ( select distinct dp.descendant_object_id from dag_path dp WHERE dp.ancestor_object_id in ( ))) group by "Reference", "Author", "AuthorSummary", "EnrollmentStartYear", "EnrollmentEndYear", "ExposureStressorName", "StressorSourceDetails", "NumberOfStressorSamples", "StressorNotes", "NumberOfReceptors", "Receptors", "ReceptorDescription", "ReceptorID", "ReceptorNotes", "Age", "AgeQualifier", "DetectionLimit", "DetectionLimitUnitsOfMeasurement", "DetectionFrequency", "Medium", "ExposureMarker", "MarkerLevel", "MarkerUnitsOfMeasurement", "MarkerMeasurementStatistic", "AssayNotes", "ExposureEventNotes", "OutcomeRelationship", "DiseaseName", "PhenotypeActionDegreeType", "PhenotypeName", "ExposureOutcomeNotes", ereceptor.id, eventLocation.exp_event_id
Date: 2026-03-26 00:49:19 Database: ctdprd51 Application: User: pubeu Remote:
6 2 LOG: could not send data to client: Connection reset by peer
Times Reported Most Frequent Error / Event #6
Day Hour Count Mar 28 13 2 - LOG: could not send data to client: Connection reset by peer
- LOG: could not send data to client: Connection reset by peer
Statement: 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
Date: 2026-03-28 13:11:19 Database: ctdprd51 Application: User: pubeu Remote:
Statement: 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 = $1) ORDER BY actionTypes ,gd.network_score DESC NULLS LAST ,g.nm_sort ,d.nm_sort
Date: 2026-03-28 13:11:19 Database: ctdprd51 Application: User: pubeu 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 Mar 25 12 2 - ERROR: column "cdr.id" must appear in the GROUP BY clause or be used in an aggregate function at character 8
- ERROR: column "cdr.id" must appear in the GROUP BY clause or be used in an aggregate function at character 8
Statement: select * --count( distinct( chem_id, disease_id, source_cd ) ) from pub2.chem_disease_reference cdr where disease_id in ( select descendant_object_id from pub2.DAG_PATH where ancestor_object_id = ( select id from pub2.term where nm = 'Amyotrophic Lateral Sclerosis' ) ) group by chem_id, disease_id having count(*) > 1 limit 100
Date: 2026-03-25 12:45:16
Statement: select * --count( distinct( chem_id, disease_id, source_cd ) ) from pub2.chem_disease_reference cdr where disease_id in ( select descendant_object_id from pub2.DAG_PATH where ancestor_object_id = ( select id from pub2.term where nm = 'Amyotrophic Lateral Sclerosis' ) ) group by chem_id, disease_id, source_cd having count(*) > 1 limit 100
Date: 2026-03-25 12:45:39
8 1 FATAL: connection to client lost
Times Reported Most Frequent Error / Event #8
Day Hour Count Mar 28 13 1 - FATAL: connection to client lost
Statement: 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 = $1) ORDER BY actionTypes ,gd.network_score DESC NULLS LAST ,g.nm_sort ,d.nm_sort
Date: 2026-03-28 13:11:19
9 1 ERROR: column "..." does not exist
Times Reported Most Frequent Error / Event #9
Day Hour Count Mar 23 11 1 - ERROR: column "ixn_id" does not exist at character 38
Statement: select * from pub2.chem_conc where ixn_id is null limit 100
Date: 2026-03-23 11:07:47 Database: ctdprd51 Application: pgAdmin 4 - CONN:4053406 User: load Remote:
10 1 ERROR: syntax error in ts"..."
Times Reported Most Frequent Error / Event #10
Day Hour Count Mar 27 23 1 - ERROR: syntax error in ts"PＥＲＦＬＵＯＲＯＯＣＴＡＮＥＳＵＬＦＯＮＩＣ ＡＣＩＤ"
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: 2026-03-27 23:59:31 Database: ctdprd51 Application: User: pubeu Remote:
11 1 FATAL: INNER JOIN term d ON gd.disease_id = d.id WHERE gd.disease_id IN (...) ORDER BY actionTypes ,gd.network_score DESC NULLS LAST ,g.nm_sort ,d.nm_sort 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 (...)
Times Reported Most Frequent Error / Event #11
Day Hour Count Mar 28 13 1 - FATAL: 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 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, '|')
Statement: SELECT /* DiseaseGeneAssnsDAO */
Date: 2026-03-28 13:11:19