-
Global information
- Generated on Fri Feb 21 04:10:04 2025
- Log file: /project/archive/log/postgres/dbdev51/postgresql.log-20250220
- Parsed 13,102 log entries in 3s
- Log start from 2025-02-20 00:06:40 to 2025-02-20 23:59:30
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Overview
Global Stats
- 19 Number of unique normalized queries
- 43 Number of queries
- 1m52s Total query duration
- 2025-02-20 05:45:12 First query
- 2025-02-20 20:27:52 Last query
- 1 queries/s at 2025-02-20 20:01:57 Query peak
- 1m52s Total query duration
- 0ms Prepare/parse total duration
- 0ms Bind total duration
- 1m52s Execute total duration
- 10 Number of events
- 5 Number of unique normalized events
- 5 Max number of times the same event was reported
- 0 Number of cancellation
- 0 Total number of automatic vacuums
- 0 Total number of automatic analyzes
- 0 Number temporary file
- 0 Max size of temporary file
- 0.00 B Average size of temporary file
- 1,617 Total number of sessions
- 33 sessions at 2025-02-20 09:45:43 Session peak
- 32d21h7m21s Total duration of sessions
- 29m16s Average duration of sessions
- 0 Average queries per session
- 69ms Average queries duration per session
- 29m16s Average idle time per session
- 1,617 Total number of connections
- 9 connections/s at 2025-02-20 20:23:00 Connection peak
- 2 Total number of databases
SQL Traffic
Key values
- 1 queries/s Query Peak
- 2025-02-20 20:01:57 Date
SELECT Traffic
Key values
- 1 queries/s Query Peak
- 2025-02-20 05:47:23 Date
INSERT/UPDATE/DELETE Traffic
Key values
- 1 queries/s Query Peak
- 2025-02-20 20:01:57 Date
Queries duration
Key values
- 1m52s 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) Feb 20 00 0 0ms 0ms 0ms 0ms 0ms 0ms 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 17 0ms 6s738ms 2s634ms 3s163ms 15s91ms 26s527ms 06 0 0ms 0ms 0ms 0ms 0ms 0ms 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 1 0ms 2s908ms 2s908ms 0ms 0ms 2s908ms 11 0 0ms 0ms 0ms 0ms 0ms 0ms 12 2 0ms 3s856ms 2s447ms 0ms 0ms 4s895ms 13 5 0ms 3s453ms 2s601ms 3s197ms 3s217ms 3s453ms 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 6 0ms 3s504ms 2s329ms 4s546ms 4s583ms 4s849ms 19 3 0ms 3s443ms 3s324ms 3s205ms 3s323ms 3s443ms 20 9 0ms 3s495ms 2s575ms 3s152ms 4s547ms 4s567ms 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) Feb 20 00 0 0 0ms 0ms 0ms 0ms 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 16 0 2s601ms 0ms 0ms 26s527ms 06 0 0 0ms 0ms 0ms 0ms 07 0 0 0ms 0ms 0ms 0ms 08 0 0 0ms 0ms 0ms 0ms 09 0 0 0ms 0ms 0ms 0ms 10 1 0 2s908ms 0ms 0ms 2s908ms 11 0 0 0ms 0ms 0ms 0ms 12 0 0 0ms 0ms 0ms 0ms 13 2 0 1s598ms 0ms 0ms 3s197ms 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 1 0 1s709ms 0ms 0ms 1s709ms 19 0 0 0ms 0ms 0ms 0ms 20 1 0 1s418ms 0ms 0ms 1s418ms 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) Feb 20 00 0 0 0 0 0ms 0ms 0ms 0ms 01 0 0 0 0 0ms 0ms 0ms 0ms 02 0 0 0 0 0ms 0ms 0ms 0ms 03 0 0 0 0 0ms 0ms 0ms 0ms 04 0 0 0 0 0ms 0ms 0ms 0ms 05 0 0 0 0 0ms 0ms 0ms 0ms 06 0 0 0 0 0ms 0ms 0ms 0ms 07 0 0 0 0 0ms 0ms 0ms 0ms 08 0 0 0 0 0ms 0ms 0ms 0ms 09 0 0 0 0 0ms 0ms 0ms 0ms 10 0 0 0 0 0ms 0ms 0ms 0ms 11 0 0 0 0 0ms 0ms 0ms 0ms 12 0 0 0 0 0ms 0ms 0ms 0ms 13 0 0 0 0 0ms 0ms 0ms 0ms 14 0 0 0 0 0ms 0ms 0ms 0ms 15 0 0 0 0 0ms 0ms 0ms 0ms 16 0 0 0 0 0ms 0ms 0ms 0ms 17 0 0 0 0 0ms 0ms 0ms 0ms 18 0 0 0 0 0ms 0ms 0ms 0ms 19 0 0 0 0 0ms 0ms 0ms 0ms 20 0 0 0 0 0ms 0ms 0ms 0ms 21 0 0 0 0 0ms 0ms 0ms 0ms 22 0 0 0 0 0ms 0ms 0ms 0ms 23 0 0 0 0 0ms 0ms 0ms 0ms Day Hour Prepare Bind Bind/Prepare Percentage of prepare Feb 20 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 17 17.00 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 2 2.00 0.00% 13 0 5 5.00 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 6 6.00 0.00% 19 0 3 3.00 0.00% 20 0 9 9.00 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 Feb 20 00 64 0.02/s 01 63 0.02/s 02 60 0.02/s 03 60 0.02/s 04 64 0.02/s 05 69 0.02/s 06 64 0.02/s 07 62 0.02/s 08 64 0.02/s 09 65 0.02/s 10 64 0.02/s 11 61 0.02/s 12 70 0.02/s 13 79 0.02/s 14 59 0.02/s 15 69 0.02/s 16 57 0.02/s 17 61 0.02/s 18 84 0.02/s 19 83 0.02/s 20 110 0.03/s 21 64 0.02/s 22 62 0.02/s 23 59 0.02/s Day Hour Count Average Duration Average idle time Feb 20 00 64 30m41s 30m41s 01 63 30m37s 30m37s 02 60 30m41s 30m41s 03 60 30m41s 30m41s 04 64 30m38s 30m38s 05 69 28m8s 28m7s 06 64 30m39s 30m39s 07 62 30m37s 30m37s 08 64 30m41s 30m41s 09 64 30m41s 30m41s 10 63 30m54s 30m54s 11 61 30m56s 30m56s 12 70 27m53s 27m53s 13 79 23m27s 23m27s 14 59 31m10s 31m10s 15 69 28m25s 28m25s 16 57 30m40s 30m40s 17 61 30m40s 30m40s 18 84 23m38s 23m38s 19 83 25m12s 25m12s 20 112 29m9s 29m9s 21 64 30m37s 30m37s 22 62 30m40s 30m40s 23 59 30m41s 30m41s -
Connections
Established Connections
Key values
- 9 connections Connection Peak
- 2025-02-20 20:23:00 Date
Connections per database
Key values
- ctddev51 Main Database
- 1,617 connections Total
Connections per user
Key values
- pubeu Main User
- 1,617 connections Total
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Sessions
Simultaneous sessions
Key values
- 33 sessions Session Peak
- 2025-02-20 09:45:43 Date
Histogram of session times
Key values
- 1,453 1800000-3600000ms duration
Sessions per database
Key values
- ctddev51 Main Database
- 1,617 sessions Total
Sessions per user
Key values
- pubeu Main User
- 1,617 sessions Total
Sessions per host
Key values
- 10.12.5.53 Main Host
- 1,617 sessions Total
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Checkpoints / Restartpoints
Checkpoints Buffers
Key values
- 63 buffers Checkpoint Peak
- 2025-02-20 05:52:12 Date
- 6.420 seconds Highest write time
- 0.001 seconds Sync time
Checkpoints Wal files
Key values
- 0 files Wal files usage Peak
- 2025-02-20 10:52:08 Date
Checkpoints distance
Key values
- 0.67 Mo Distance Peak
- 2025-02-20 05:52:12 Date
Checkpoints Activity
↑ Back to the top of the Checkpoint Activity tableDay Hour Written buffers Write time Sync time Total time Feb 20 00 0 0s 0s 0s 01 0 0s 0s 0s 02 0 0s 0s 0s 03 0 0s 0s 0s 04 0 0s 0s 0s 05 63 6.42s 0.001s 6.435s 06 0 0s 0s 0s 07 0 0s 0s 0s 08 0 0s 0s 0s 09 7 0.778s 0.001s 0.793s 10 35 3.653s 0.002s 3.682s 11 9 0.975s 0.001s 0.989s 12 0 0s 0s 0s 13 7 0.798s 0.001s 0.813s 14 0 0s 0s 0s 15 0 0s 0s 0s 16 0 0s 0s 0s 17 0 0s 0s 0s 18 7 0.803s 0.001s 0.818s 19 0 0s 0s 0s 20 13 1.491s 0.002s 1.52s 21 0 0s 0s 0s 22 0 0s 0s 0s 23 0 0s 0s 0s Day Hour Added Removed Recycled Synced files Longest sync Average sync Feb 20 00 0 0 0 0 0s 0s 01 0 0 0 0 0s 0s 02 0 0 0 0 0s 0s 03 0 0 0 0 0s 0s 04 0 0 0 0 0s 0s 05 0 0 0 10 0.001s 0.001s 06 0 0 0 0 0s 0s 07 0 0 0 0 0s 0s 08 0 0 0 0 0s 0s 09 0 0 0 7 0.001s 0.001s 10 0 0 0 26 0.001s 0.002s 11 0 0 0 8 0.001s 0.001s 12 0 0 0 0 0s 0s 13 0 0 0 7 0.001s 0.001s 14 0 0 0 0 0s 0s 15 0 0 0 0 0s 0s 16 0 0 0 0 0s 0s 17 0 0 0 0 0s 0s 18 0 0 0 7 0.001s 0.001s 19 0 0 0 0 0s 0s 20 0 0 0 12 0.001s 0.002s 21 0 0 0 0 0s 0s 22 0 0 0 0 0s 0s 23 0 0 0 0 0s 0s Day Hour Count Avg time (sec) Feb 20 00 0 0s 01 0 0s 02 0 0s 03 0 0s 04 0 0s 05 0 0s 06 0 0s 07 0 0s 08 0 0s 09 0 0s 10 0 0s 11 0 0s 12 0 0s 13 0 0s 14 0 0s 15 0 0s 16 0 0s 17 0 0s 18 0 0s 19 0 0s 20 0 0s 21 0 0s 22 0 0s 23 0 0s Day Hour Mean distance Mean estimate Feb 20 00 0.00 kB 0.00 kB 01 0.00 kB 0.00 kB 02 0.00 kB 0.00 kB 03 0.00 kB 0.00 kB 04 0.00 kB 0.00 kB 05 345.00 kB 486.00 kB 06 0.00 kB 0.00 kB 07 0.00 kB 0.00 kB 08 0.00 kB 0.00 kB 09 18.00 kB 439.00 kB 10 59.00 kB 383.00 kB 11 19.00 kB 333.00 kB 12 0.00 kB 0.00 kB 13 19.00 kB 301.00 kB 14 0.00 kB 0.00 kB 15 0.00 kB 0.00 kB 16 0.00 kB 0.00 kB 17 0.00 kB 0.00 kB 18 18.00 kB 273.00 kB 19 0.00 kB 0.00 kB 20 18.50 kB 236.50 kB 21 0.00 kB 0.00 kB 22 0.00 kB 0.00 kB 23 0.00 kB 0.00 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 Feb 20 00 0 0 0 01 0 0 0 02 0 0 0 03 0 0 0 04 0 0 0 05 0 0 0 06 0 0 0 07 0 0 0 08 0 0 0 09 0 0 0 10 0 0 0 11 0 0 0 12 0 0 0 13 0 0 0 14 0 0 0 15 0 0 0 16 0 0 0 17 0 0 0 18 0 0 0 19 0 0 0 20 0 0 0 21 0 0 0 22 0 0 0 23 0 0 0 -
Vacuums
Vacuums / Analyzes Distribution
Key values
- 0 sec Highest CPU-cost vacuum
Table
Database - Date
- 0 sec Highest CPU-cost analyze
Table
Database - Date
Autovacuum actions (5 minutes period)
NO DATASET
Average Autovacuum Duration
Key values
- 0 sec Highest CPU-cost vacuum
Table
Database - Date
Average Autovacuum Duration (5 minutes average)
NO DATASET
Analyzes per table
Key values
- unknown (0) Main table analyzed (database )
- 0 analyzes Total
Vacuums per table
Key values
- unknown (0) Main table vacuumed on database
- 0 vacuums Total
Tuples removed per table
Key values
- unknown (0) Main table with removed tuples on database
- 0 tuples Total removed
Pages removed per table
Key values
- unknown (0) Main table with removed pages on database unknown
- 0 pages Total removed
Autovacuum Activity
↑ Back to the top of the Autovacuum Activity tableDay Hour VACUUMs ANALYZEs Feb 20 00 0 0 01 0 0 02 0 0 03 0 0 04 0 0 05 0 0 06 0 0 07 0 0 08 0 0 09 0 0 10 0 0 11 0 0 12 0 0 13 0 0 14 0 0 15 0 0 16 0 0 17 0 0 18 0 0 19 0 0 20 0 0 21 0 0 22 0 0 23 0 0 - 0 sec Highest CPU-cost vacuum
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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
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Queries
Queries by type
Key values
- 21 Total read queries
- 22 Total write queries
Queries by database
Key values
- unknown Main database
- 23 Requests
- 1m8s (ctddev51)
- Main time consuming database
Queries by user
Key values
- unknown Main user
- 53 Requests
User Request type Count Duration pubeu Total 29 1m28s cte 20 1m6s select 9 21s745ms unknown Total 53 2m2s cte 7 7s469ms select 46 1m54s Duration by user
Key values
- 2m2s (unknown) Main time consuming user
User Request type Count Duration pubeu Total 29 1m28s cte 20 1m6s select 9 21s745ms unknown Total 53 2m2s cte 7 7s469ms select 46 1m54s Queries by host
Key values
- unknown Main host
- 82 Requests
- 3m30s (unknown)
- Main time consuming host
Queries by application
Key values
- unknown Main application
- 43 Requests
- 1m52s (unknown)
- Main time consuming application
Number of cancelled queries
Key values
- 0 per second Cancelled query Peak
- 2025-02-20 14:29:03 Date
Number of cancelled queries (5 minutes period)
NO DATASET
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Top Queries
Histogram of query times
Key values
- 43 1000-10000ms duration
Slowest individual queries
Rank Duration Query 1 6s738ms 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 LIMIT 50;[ Date: 2025-02-20 05:48:44 - Bind query: yes ]
2 6s504ms 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 LIMIT 50;[ Date: 2025-02-20 05:48:51 - Database: ctddev51 - User: pubeu - Bind query: yes ]
3 4s393ms 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 = 1302084)) 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: 2025-02-20 05:48:22 - Bind query: yes ]
4 4s52ms SELECT /* CIQH.getIxnCacheQuery */ gcr.ixn_id, NULL, NULL, NULL FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'));[ Date: 2025-02-20 05:47:19 - Database: ctddev51 - User: pubeu - Bind query: yes ]
5 3s881ms SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;[ Date: 2025-02-20 05:47:23 - Bind query: yes ]
6 3s856ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 12:54:00 - Database: ctddev51 - User: pubeu - Bind query: yes ]
7 3s504ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 18:26:07 - Database: ctddev51 - User: pubeu - Bind query: yes ]
8 3s495ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 20:01:56 - Database: ctddev51 - User: pubeu - Bind query: yes ]
9 3s483ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 20:26:04 - Database: ctddev51 - User: pubeu - Bind query: yes ]
10 3s479ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 18:33:49 - Database: ctddev51 - User: pubeu - Bind query: yes ]
11 3s453ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 13:22:08 - Database: ctddev51 - User: pubeu - Bind query: yes ]
12 3s443ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 19:52:02 - Database: ctddev51 - User: pubeu - Bind query: yes ]
13 3s323ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 19:53:42 - Database: ctddev51 - User: pubeu - Bind query: yes ]
14 3s228ms 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 /* IQH.getMasterPathwayWhereEquals.Name */ tp.term_id FROM term_pathway tp WHERE UPPER(tp.pathway_nm) LIKE 'METABOLISM' AND tp.object_type_id = 4))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases')) 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 g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;[ Date: 2025-02-20 05:47:31 - Bind query: yes ]
15 3s221ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 20:04:50 - Database: ctddev51 - User: pubeu - Bind query: yes ]
16 3s217ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 13:26:37 - Database: ctddev51 - User: pubeu - Bind query: yes ]
17 3s205ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 19:23:00 - Database: ctddev51 - User: pubeu - Bind query: yes ]
18 3s163ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 05:45:12 - Database: ctddev51 - User: pubeu - Bind query: yes ]
19 3s152ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 20:23:04 - Database: ctddev51 - User: pubeu - Bind query: yes ]
20 3s140ms WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;[ Date: 2025-02-20 18:36:03 - Database: ctddev51 - User: pubeu - Bind query: yes ]
Time consuming queries (N)
Rank Total duration Times executed Min duration Max duration Avg duration Query 1 1m1s 22 1s38ms 3s856ms 2s812ms with recursive sub_node ( object_id, id, path, lvl ) as ( select n.object_id, n.id, array[n.nm_sort], ? from dag_node n where n.object_id = ? union all select n.object_id, n.id, cast(path || n.nm_sort as varchar(?)[]), sn.lvl + ? from dag_node n inner join sub_node sn on (n.parent_id = sn.id)) select distinct t.nm prinm, t.nm_html prinmhtml, t.secondary_nm secondarynm, t.acc_db_cd accdbcd, t.acc_txt termacc, t.is_leaf isleaf, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_genes hasgenes, sn.lvl, sn.path, max(sn.lvl) over () maxlvl, t.has_phenotypes hasphenotypes from sub_node sn inner join term t on sn.object_id = t.id where sn.lvl <= ? order by sn.path;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Feb 20 05 1 3s163ms 3s163ms 12 2 4s895ms 2s447ms 13 3 9s809ms 3s269ms 18 5 12s269ms 2s453ms 19 3 9s972ms 3s324ms 20 8 21s761ms 2s720ms [ User: pubeu - Total duration: 56s552ms - Times executed: 17 ]
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 12:54:00 Duration: 3s856ms Database: ctddev51 User: pubeu Bind query: yes
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 18:26:07 Duration: 3s504ms Database: ctddev51 User: pubeu Bind query: yes
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 20:01:56 Duration: 3s495ms Database: ctddev51 User: pubeu Bind query: yes
2 6s738ms 1 6s738ms 6s738ms 6s738ms 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 limit ?;Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Feb 20 05 1 6s738ms 6s738ms -
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 LIMIT 50;
Date: 2025-02-20 05:48:44 Duration: 6s738ms Bind query: yes
3 6s504ms 1 6s504ms 6s504ms 6s504ms 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 limit ?;Times Reported Time consuming queries #3
Day Hour Count Duration Avg duration Feb 20 05 1 6s504ms 6s504ms [ User: pubeu - Total duration: 6s504ms - Times executed: 1 ]
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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 LIMIT 50;
Date: 2025-02-20 05:48:51 Duration: 6s504ms Database: ctddev51 User: pubeu Bind query: yes
4 4s393ms 1 4s393ms 4s393ms 4s393ms 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 #4
Day Hour Count Duration Avg duration Feb 20 05 1 4s393ms 4s393ms -
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 = 1302084)) 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: 2025-02-20 05:48:22 Duration: 4s393ms Bind query: yes
5 4s52ms 1 4s52ms 4s52ms 4s52ms select gcr.ixn_id, null, null, null from gene_chem_reference gcr where gcr.gene_id = any (array (( select gd.gene_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id inner join gene_disease gd on dp.descendant_object_id = gd.disease_id where upper(t.nm) like ? and t.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?));Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Feb 20 05 1 4s52ms 4s52ms [ User: pubeu - Total duration: 4s52ms - Times executed: 1 ]
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SELECT /* CIQH.getIxnCacheQuery */ gcr.ixn_id, NULL, NULL, NULL FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'));
Date: 2025-02-20 05:47:19 Duration: 4s52ms Database: ctddev51 User: pubeu Bind query: yes
6 3s881ms 1 3s881ms 3s881ms 3s881ms select g.id geneid, g.acc_txt acc, g.nm nm, g.nm nmhtml, g.secondary_nm secondarynm, g.has_chems haschems, g.has_diseases hasdiseases, g.has_exposures hasexposures, g.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term g where g.id in ( select gcr.gene_id from gene_chem_reference gcr where gcr.gene_id = any (array (( select gd.gene_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id inner join gene_disease gd on dp.descendant_object_id = gd.disease_id where upper(t.nm) like ? and t.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?))) order by g.nm_sort, g.id limit ?;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Feb 20 05 1 3s881ms 3s881ms -
SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;
Date: 2025-02-20 05:47:23 Duration: 3s881ms Bind query: yes
7 3s456ms 2 1s709ms 1s746ms 1s728ms select distinct phenotypeterm.nm as gonm, phenotypeterm.nm_html as gonmhtml, phenotypeterm.acc_txt as goacc, diseaseterm.nm as diseasenm, diseaseterm.nm_html as diseasenmhtml, diseaseterm.acc_txt as diseaseacc, diseaseterm.acc_db_cd as diseaseaccdbcd, chemterm.nm as chemnm, chemterm.nm_html as chemnmhtml, chemterm.acc_txt as chemacc, geneterm.nm as genesymbol, geneterm.nm_html as genesymbolhtml, geneterm.acc_txt as geneacc, t.reference_score as referencescore, count(*) over () fullrowcount from tetramer t, term phenotypeterm, term diseaseterm, term geneterm, term chemterm where disease_id = any (array ( 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 t.phenotype_id = phenotypeterm.id and t.disease_id = diseaseterm.id and t.chem_id = chemterm.id and t.gene_id = geneterm.id order by t.reference_score desc, chemterm.nm, geneterm.nm, phenotypeterm.nm, diseaseterm.nm;Times Reported Time consuming queries #7
Day Hour Count Duration Avg duration Feb 20 13 1 1s746ms 1s746ms 18 1 1s709ms 1s709ms -
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm;
Date: 2025-02-20 13:16:58 Duration: 1s746ms Bind query: yes
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select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm;
Date: 2025-02-20 18:36:31 Duration: 1s709ms Bind query: yes
8 3s228ms 1 3s228ms 3s228ms 3s228ms 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 tp.term_id from term_pathway tp where upper(tp.pathway_nm) like ? and tp.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?)) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by g.nm_sort, c.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Feb 20 05 1 3s228ms 3s228ms -
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 /* IQH.getMasterPathwayWhereEquals.Name */ tp.term_id FROM term_pathway tp WHERE UPPER(tp.pathway_nm) LIKE 'METABOLISM' AND tp.object_type_id = 4))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases')) 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 g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-02-20 05:47:31 Duration: 3s228ms Bind query: yes
9 2s908ms 1 2s908ms 2s908ms 2s908ms select max(id) from term_label where nm like ?;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Feb 20 10 1 2s908ms 2s908ms -
select max(id) from term_label where nm like 'DO:%';
Date: 2025-02-20 10:55:57 Duration: 2s908ms
10 2s868ms 2 1s418ms 1s450ms 1s434ms select distinct phenotypeterm.nm as gonm, phenotypeterm.nm_html as gonmhtml, phenotypeterm.acc_txt as goacc, diseaseterm.nm as diseasenm, diseaseterm.nm_html as diseasenmhtml, diseaseterm.acc_txt as diseaseacc, diseaseterm.acc_db_cd as diseaseaccdbcd, chemterm.nm as chemnm, chemterm.nm_html as chemnmhtml, chemterm.acc_txt as chemacc, geneterm.nm as genesymbol, geneterm.nm_html as genesymbolhtml, geneterm.acc_txt as geneacc, t.reference_score as referencescore, count(*) over () fullrowcount from tetramer t, term phenotypeterm, term diseaseterm, term geneterm, term chemterm where disease_id = any (array ( 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 t.phenotype_id = phenotypeterm.id and t.disease_id = diseaseterm.id and t.chem_id = chemterm.id and t.gene_id = geneterm.id order by t.reference_score desc, chemterm.nm, geneterm.nm, phenotypeterm.nm, diseaseterm.nm limit ?;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Feb 20 13 1 1s450ms 1s450ms 20 1 1s418ms 1s418ms -
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm LIMIT 50;
Date: 2025-02-20 13:16:51 Duration: 1s450ms Bind query: yes
-
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm LIMIT 1000;
Date: 2025-02-20 20:27:52 Duration: 1s418ms Bind query: yes
11 2s683ms 2 1s213ms 1s469ms 1s341ms select fg.nm fromgenesymbol, fg.acc_txt fromgeneacc, tg.nm togenesymbol, tg.acc_txt togeneacc, ft.nm fromtaxonnm, ft.secondary_nm fromtaxoncommonnm, ft.acc_txt fromtaxonacc, tt.nm totaxonnm, tt.secondary_nm totaxoncommonnm, tt.acc_txt totaxonacc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( select string_agg(ggt.throughput_txt, ? order by ggt.throughput_txt) from gene_gene_ref_throughput ggt where ggt.gene_gene_reference_id = ggr.id) throughput, count(*) over () fullrowcount from gene_gene_reference ggr inner join term fg on ggr.from_gene_id = fg.id inner join term tg on ggr.to_gene_id = tg.id inner join term ft on ggr.from_taxon_id = ft.id inner join term tt on ggr.to_taxon_id = tt.id where ggr.reference_id = ? order by fg.nm_sort, tg.nm_sort limit ?;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Feb 20 05 2 2s683ms 1s341ms -
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY fg.nm_sort, tg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:04 Duration: 1s469ms Bind query: yes
-
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY fg.nm_sort, tg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:03 Duration: 1s213ms Bind query: yes
12 1s449ms 1 1s449ms 1s449ms 1s449ms select g.id geneid, g.acc_txt acc, g.nm nm, g.nm nmhtml, g.secondary_nm secondarynm, g.has_chems haschems, g.has_diseases hasdiseases, g.has_exposures hasexposures, g.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term g where g.id in ( select gcr.gene_id from gene_chem_reference gcr where gcr.taxon_id = any (array ( select dp.descendant_object_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?))) order by g.nm_sort, g.id limit ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Feb 20 05 1 1s449ms 1s449ms -
SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Name */ dp.descendant_object_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'FELIS CATUS' AND t.object_type_id = 1)) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;
Date: 2025-02-20 05:47:27 Duration: 1s449ms Bind query: yes
13 1s400ms 1 1s400ms 1s400ms 1s400ms select coalesce(d.abbr_display, d.nm_display) nm # ?, d.description # ?, coalesce(d.abbr, d.nm) anchor # ?, get_homepage_url (d.id) url # ? from db d # ? where d.id in (# ? select l.db_id # ? from db_link l # ? where l.type_cd = ? # ? and l.object_type_id = ?) # ? order by ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Feb 20 05 1 1s400ms 1s400ms -
SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-02-20 05:48:28 Duration: 1s400ms Bind query: yes
14 1s321ms 1 1s321ms 1s321ms 1s321ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Feb 20 05 1 1s321ms 1s321ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = '2081614') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '2081614') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:37 Duration: 1s321ms Bind query: yes
15 1s303ms 1 1s303ms 1s303ms 1s303ms select fg.nm fromgenesymbol, fg.acc_txt fromgeneacc, tg.nm togenesymbol, tg.acc_txt togeneacc, ft.nm fromtaxonnm, ft.secondary_nm fromtaxoncommonnm, ft.acc_txt fromtaxonacc, tt.nm totaxonnm, tt.secondary_nm totaxoncommonnm, tt.acc_txt totaxonacc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( select string_agg(ggt.throughput_txt, ? order by ggt.throughput_txt) from gene_gene_ref_throughput ggt where ggt.gene_gene_reference_id = ggr.id) throughput, count(*) over () fullrowcount from gene_gene_reference ggr inner join term fg on ggr.from_gene_id = fg.id inner join term tg on ggr.to_gene_id = tg.id inner join term ft on ggr.from_taxon_id = ft.id inner join term tt on ggr.to_taxon_id = tt.id where ggr.reference_id = ? order by tg.nm_sort, fg.nm_sort limit ?;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Feb 20 05 1 1s303ms 1s303ms -
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY tg.nm_sort, fg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:05 Duration: 1s303ms Bind query: yes
16 1s292ms 1 1s292ms 1s292ms 1s292ms 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 gt.nm_sort desc limit ?;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Feb 20 05 1 1s292ms 1s292ms [ User: pubeu - Total duration: 1s292ms - Times executed: 1 ]
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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 = '1302084' AND te.enriched_object_type_id = 5 ORDER BY gt.nm_sort DESC LIMIT 50;
Date: 2025-02-20 05:47:48 Duration: 1s292ms Database: ctddev51 User: pubeu Bind query: yes
17 1s186ms 1 1s186ms 1s186ms 1s186ms select t.nm, t.nm_html nmhtml, t.secondary_nm secondarynm, t.acc_txt acc, ? || t.nm accquerystr, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term t where t.object_type_id = ? and regexp_replace(upper(substring(t.nm, ?, ?)), ?, ?) = ? order by t.nm_sort limit ?;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Feb 20 05 1 1s186ms 1s186ms -
SELECT /* GeneBrowseTermsDAO */ t.nm, t.nm_html nmHtml, t.secondary_nm secondaryNm, t.acc_txt acc, 'name:' || t.nm accQueryStr, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term t WHERE t.object_type_id = '4' AND REGEXP_REPLACE(UPPER(SUBSTRING(t.nm, 1, 1)), '[^A-Z]', '#') = 'A' ORDER BY t.nm_sort LIMIT 100;
Date: 2025-02-20 05:47:08 Duration: 1s186ms Bind query: yes
18 1s127ms 1 1s127ms 1s127ms 1s127ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Feb 20 05 1 1s127ms 1s127ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1222381') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1222381') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:34 Duration: 1s127ms Bind query: yes
19 1s54ms 1 1s54ms 1s54ms 1s54ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where exposuremarkerterm.id = ? or receptorterm.id = ? group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Feb 20 05 1 1s54ms 1s54ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1444021' or receptorTerm.id = '1444021' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:35 Duration: 1s54ms Bind query: yes
Most frequent queries (N)
Rank Times executed Total duration Min duration Max duration Avg duration Query 1 22 1m1s 1s38ms 3s856ms 2s812ms with recursive sub_node ( object_id, id, path, lvl ) as ( select n.object_id, n.id, array[n.nm_sort], ? from dag_node n where n.object_id = ? union all select n.object_id, n.id, cast(path || n.nm_sort as varchar(?)[]), sn.lvl + ? from dag_node n inner join sub_node sn on (n.parent_id = sn.id)) select distinct t.nm prinm, t.nm_html prinmhtml, t.secondary_nm secondarynm, t.acc_db_cd accdbcd, t.acc_txt termacc, t.is_leaf isleaf, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_genes hasgenes, sn.lvl, sn.path, max(sn.lvl) over () maxlvl, t.has_phenotypes hasphenotypes from sub_node sn inner join term t on sn.object_id = t.id where sn.lvl <= ? order by sn.path;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Feb 20 05 1 3s163ms 3s163ms 12 2 4s895ms 2s447ms 13 3 9s809ms 3s269ms 18 5 12s269ms 2s453ms 19 3 9s972ms 3s324ms 20 8 21s761ms 2s720ms [ User: pubeu - Total duration: 56s552ms - Times executed: 17 ]
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 12:54:00 Duration: 3s856ms Database: ctddev51 User: pubeu Bind query: yes
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 18:26:07 Duration: 3s504ms Database: ctddev51 User: pubeu Bind query: yes
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 20:01:56 Duration: 3s495ms Database: ctddev51 User: pubeu Bind query: yes
2 2 3s456ms 1s709ms 1s746ms 1s728ms select distinct phenotypeterm.nm as gonm, phenotypeterm.nm_html as gonmhtml, phenotypeterm.acc_txt as goacc, diseaseterm.nm as diseasenm, diseaseterm.nm_html as diseasenmhtml, diseaseterm.acc_txt as diseaseacc, diseaseterm.acc_db_cd as diseaseaccdbcd, chemterm.nm as chemnm, chemterm.nm_html as chemnmhtml, chemterm.acc_txt as chemacc, geneterm.nm as genesymbol, geneterm.nm_html as genesymbolhtml, geneterm.acc_txt as geneacc, t.reference_score as referencescore, count(*) over () fullrowcount from tetramer t, term phenotypeterm, term diseaseterm, term geneterm, term chemterm where disease_id = any (array ( 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 t.phenotype_id = phenotypeterm.id and t.disease_id = diseaseterm.id and t.chem_id = chemterm.id and t.gene_id = geneterm.id order by t.reference_score desc, chemterm.nm, geneterm.nm, phenotypeterm.nm, diseaseterm.nm;Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Feb 20 13 1 1s746ms 1s746ms 18 1 1s709ms 1s709ms -
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm;
Date: 2025-02-20 13:16:58 Duration: 1s746ms Bind query: yes
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select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm;
Date: 2025-02-20 18:36:31 Duration: 1s709ms Bind query: yes
3 2 2s868ms 1s418ms 1s450ms 1s434ms select distinct phenotypeterm.nm as gonm, phenotypeterm.nm_html as gonmhtml, phenotypeterm.acc_txt as goacc, diseaseterm.nm as diseasenm, diseaseterm.nm_html as diseasenmhtml, diseaseterm.acc_txt as diseaseacc, diseaseterm.acc_db_cd as diseaseaccdbcd, chemterm.nm as chemnm, chemterm.nm_html as chemnmhtml, chemterm.acc_txt as chemacc, geneterm.nm as genesymbol, geneterm.nm_html as genesymbolhtml, geneterm.acc_txt as geneacc, t.reference_score as referencescore, count(*) over () fullrowcount from tetramer t, term phenotypeterm, term diseaseterm, term geneterm, term chemterm where disease_id = any (array ( 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 t.phenotype_id = phenotypeterm.id and t.disease_id = diseaseterm.id and t.chem_id = chemterm.id and t.gene_id = geneterm.id order by t.reference_score desc, chemterm.nm, geneterm.nm, phenotypeterm.nm, diseaseterm.nm limit ?;Times Reported Time consuming queries #3
Day Hour Count Duration Avg duration Feb 20 13 1 1s450ms 1s450ms 20 1 1s418ms 1s418ms -
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm LIMIT 50;
Date: 2025-02-20 13:16:51 Duration: 1s450ms Bind query: yes
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select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm LIMIT 1000;
Date: 2025-02-20 20:27:52 Duration: 1s418ms Bind query: yes
4 2 2s683ms 1s213ms 1s469ms 1s341ms select fg.nm fromgenesymbol, fg.acc_txt fromgeneacc, tg.nm togenesymbol, tg.acc_txt togeneacc, ft.nm fromtaxonnm, ft.secondary_nm fromtaxoncommonnm, ft.acc_txt fromtaxonacc, tt.nm totaxonnm, tt.secondary_nm totaxoncommonnm, tt.acc_txt totaxonacc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( select string_agg(ggt.throughput_txt, ? order by ggt.throughput_txt) from gene_gene_ref_throughput ggt where ggt.gene_gene_reference_id = ggr.id) throughput, count(*) over () fullrowcount from gene_gene_reference ggr inner join term fg on ggr.from_gene_id = fg.id inner join term tg on ggr.to_gene_id = tg.id inner join term ft on ggr.from_taxon_id = ft.id inner join term tt on ggr.to_taxon_id = tt.id where ggr.reference_id = ? order by fg.nm_sort, tg.nm_sort limit ?;Times Reported Time consuming queries #4
Day Hour Count Duration Avg duration Feb 20 05 2 2s683ms 1s341ms -
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY fg.nm_sort, tg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:04 Duration: 1s469ms Bind query: yes
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SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY fg.nm_sort, tg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:03 Duration: 1s213ms Bind query: yes
5 1 6s738ms 6s738ms 6s738ms 6s738ms 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 limit ?;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Feb 20 05 1 6s738ms 6s738ms -
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 LIMIT 50;
Date: 2025-02-20 05:48:44 Duration: 6s738ms Bind query: yes
6 1 6s504ms 6s504ms 6s504ms 6s504ms 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 limit ?;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Feb 20 05 1 6s504ms 6s504ms [ User: pubeu - Total duration: 6s504ms - Times executed: 1 ]
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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 LIMIT 50;
Date: 2025-02-20 05:48:51 Duration: 6s504ms Database: ctddev51 User: pubeu Bind query: yes
7 1 4s393ms 4s393ms 4s393ms 4s393ms 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 #7
Day Hour Count Duration Avg duration Feb 20 05 1 4s393ms 4s393ms -
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 = 1302084)) 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: 2025-02-20 05:48:22 Duration: 4s393ms Bind query: yes
8 1 4s52ms 4s52ms 4s52ms 4s52ms select gcr.ixn_id, null, null, null from gene_chem_reference gcr where gcr.gene_id = any (array (( select gd.gene_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id inner join gene_disease gd on dp.descendant_object_id = gd.disease_id where upper(t.nm) like ? and t.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?));Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Feb 20 05 1 4s52ms 4s52ms [ User: pubeu - Total duration: 4s52ms - Times executed: 1 ]
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SELECT /* CIQH.getIxnCacheQuery */ gcr.ixn_id, NULL, NULL, NULL FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'));
Date: 2025-02-20 05:47:19 Duration: 4s52ms Database: ctddev51 User: pubeu Bind query: yes
9 1 3s881ms 3s881ms 3s881ms 3s881ms select g.id geneid, g.acc_txt acc, g.nm nm, g.nm nmhtml, g.secondary_nm secondarynm, g.has_chems haschems, g.has_diseases hasdiseases, g.has_exposures hasexposures, g.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term g where g.id in ( select gcr.gene_id from gene_chem_reference gcr where gcr.gene_id = any (array (( select gd.gene_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id inner join gene_disease gd on dp.descendant_object_id = gd.disease_id where upper(t.nm) like ? and t.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?))) order by g.nm_sort, g.id limit ?;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Feb 20 05 1 3s881ms 3s881ms -
SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;
Date: 2025-02-20 05:47:23 Duration: 3s881ms Bind query: yes
10 1 3s228ms 3s228ms 3s228ms 3s228ms 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 tp.term_id from term_pathway tp where upper(tp.pathway_nm) like ? and tp.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?)) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by g.nm_sort, c.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Feb 20 05 1 3s228ms 3s228ms -
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 /* IQH.getMasterPathwayWhereEquals.Name */ tp.term_id FROM term_pathway tp WHERE UPPER(tp.pathway_nm) LIKE 'METABOLISM' AND tp.object_type_id = 4))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases')) 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 g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-02-20 05:47:31 Duration: 3s228ms Bind query: yes
11 1 2s908ms 2s908ms 2s908ms 2s908ms select max(id) from term_label where nm like ?;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Feb 20 10 1 2s908ms 2s908ms -
select max(id) from term_label where nm like 'DO:%';
Date: 2025-02-20 10:55:57 Duration: 2s908ms
12 1 1s449ms 1s449ms 1s449ms 1s449ms select g.id geneid, g.acc_txt acc, g.nm nm, g.nm nmhtml, g.secondary_nm secondarynm, g.has_chems haschems, g.has_diseases hasdiseases, g.has_exposures hasexposures, g.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term g where g.id in ( select gcr.gene_id from gene_chem_reference gcr where gcr.taxon_id = any (array ( select dp.descendant_object_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?))) order by g.nm_sort, g.id limit ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Feb 20 05 1 1s449ms 1s449ms -
SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Name */ dp.descendant_object_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'FELIS CATUS' AND t.object_type_id = 1)) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;
Date: 2025-02-20 05:47:27 Duration: 1s449ms Bind query: yes
13 1 1s400ms 1s400ms 1s400ms 1s400ms select coalesce(d.abbr_display, d.nm_display) nm # ?, d.description # ?, coalesce(d.abbr, d.nm) anchor # ?, get_homepage_url (d.id) url # ? from db d # ? where d.id in (# ? select l.db_id # ? from db_link l # ? where l.type_cd = ? # ? and l.object_type_id = ?) # ? order by ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Feb 20 05 1 1s400ms 1s400ms -
SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-02-20 05:48:28 Duration: 1s400ms Bind query: yes
14 1 1s321ms 1s321ms 1s321ms 1s321ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Feb 20 05 1 1s321ms 1s321ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = '2081614') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '2081614') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:37 Duration: 1s321ms Bind query: yes
15 1 1s303ms 1s303ms 1s303ms 1s303ms select fg.nm fromgenesymbol, fg.acc_txt fromgeneacc, tg.nm togenesymbol, tg.acc_txt togeneacc, ft.nm fromtaxonnm, ft.secondary_nm fromtaxoncommonnm, ft.acc_txt fromtaxonacc, tt.nm totaxonnm, tt.secondary_nm totaxoncommonnm, tt.acc_txt totaxonacc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( select string_agg(ggt.throughput_txt, ? order by ggt.throughput_txt) from gene_gene_ref_throughput ggt where ggt.gene_gene_reference_id = ggr.id) throughput, count(*) over () fullrowcount from gene_gene_reference ggr inner join term fg on ggr.from_gene_id = fg.id inner join term tg on ggr.to_gene_id = tg.id inner join term ft on ggr.from_taxon_id = ft.id inner join term tt on ggr.to_taxon_id = tt.id where ggr.reference_id = ? order by tg.nm_sort, fg.nm_sort limit ?;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Feb 20 05 1 1s303ms 1s303ms -
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY tg.nm_sort, fg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:05 Duration: 1s303ms Bind query: yes
16 1 1s292ms 1s292ms 1s292ms 1s292ms 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 gt.nm_sort desc limit ?;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Feb 20 05 1 1s292ms 1s292ms [ User: pubeu - Total duration: 1s292ms - Times executed: 1 ]
-
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 = '1302084' AND te.enriched_object_type_id = 5 ORDER BY gt.nm_sort DESC LIMIT 50;
Date: 2025-02-20 05:47:48 Duration: 1s292ms Database: ctddev51 User: pubeu Bind query: yes
17 1 1s186ms 1s186ms 1s186ms 1s186ms select t.nm, t.nm_html nmhtml, t.secondary_nm secondarynm, t.acc_txt acc, ? || t.nm accquerystr, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term t where t.object_type_id = ? and regexp_replace(upper(substring(t.nm, ?, ?)), ?, ?) = ? order by t.nm_sort limit ?;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Feb 20 05 1 1s186ms 1s186ms -
SELECT /* GeneBrowseTermsDAO */ t.nm, t.nm_html nmHtml, t.secondary_nm secondaryNm, t.acc_txt acc, 'name:' || t.nm accQueryStr, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term t WHERE t.object_type_id = '4' AND REGEXP_REPLACE(UPPER(SUBSTRING(t.nm, 1, 1)), '[^A-Z]', '#') = 'A' ORDER BY t.nm_sort LIMIT 100;
Date: 2025-02-20 05:47:08 Duration: 1s186ms Bind query: yes
18 1 1s127ms 1s127ms 1s127ms 1s127ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Feb 20 05 1 1s127ms 1s127ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1222381') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1222381') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:34 Duration: 1s127ms Bind query: yes
19 1 1s54ms 1s54ms 1s54ms 1s54ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where exposuremarkerterm.id = ? or receptorterm.id = ? group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Feb 20 05 1 1s54ms 1s54ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1444021' or receptorTerm.id = '1444021' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:35 Duration: 1s54ms Bind query: yes
Normalized slowest queries (N)
Rank Min duration Max duration Avg duration Times executed Total duration Query 1 6s738ms 6s738ms 6s738ms 1 6s738ms 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 limit ?;Times Reported Time consuming queries #1
Day Hour Count Duration Avg duration Feb 20 05 1 6s738ms 6s738ms -
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 LIMIT 50;
Date: 2025-02-20 05:48:44 Duration: 6s738ms Bind query: yes
2 6s504ms 6s504ms 6s504ms 1 6s504ms 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 limit ?;Times Reported Time consuming queries #2
Day Hour Count Duration Avg duration Feb 20 05 1 6s504ms 6s504ms [ User: pubeu - Total duration: 6s504ms - Times executed: 1 ]
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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 LIMIT 50;
Date: 2025-02-20 05:48:51 Duration: 6s504ms Database: ctddev51 User: pubeu Bind query: yes
3 4s393ms 4s393ms 4s393ms 1 4s393ms 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 #3
Day Hour Count Duration Avg duration Feb 20 05 1 4s393ms 4s393ms -
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 = 1302084)) 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: 2025-02-20 05:48:22 Duration: 4s393ms Bind query: yes
4 4s52ms 4s52ms 4s52ms 1 4s52ms select gcr.ixn_id, null, null, null from gene_chem_reference gcr where gcr.gene_id = any (array (( select gd.gene_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id inner join gene_disease gd on dp.descendant_object_id = gd.disease_id where upper(t.nm) like ? and t.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?));Times Reported Time consuming queries #4
Day Hour Count Duration Avg duration Feb 20 05 1 4s52ms 4s52ms [ User: pubeu - Total duration: 4s52ms - Times executed: 1 ]
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SELECT /* CIQH.getIxnCacheQuery */ gcr.ixn_id, NULL, NULL, NULL FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'));
Date: 2025-02-20 05:47:19 Duration: 4s52ms Database: ctddev51 User: pubeu Bind query: yes
5 3s881ms 3s881ms 3s881ms 1 3s881ms select g.id geneid, g.acc_txt acc, g.nm nm, g.nm nmhtml, g.secondary_nm secondarynm, g.has_chems haschems, g.has_diseases hasdiseases, g.has_exposures hasexposures, g.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term g where g.id in ( select gcr.gene_id from gene_chem_reference gcr where gcr.gene_id = any (array (( select gd.gene_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id inner join gene_disease gd on dp.descendant_object_id = gd.disease_id where upper(t.nm) like ? and t.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?))) order by g.nm_sort, g.id limit ?;Times Reported Time consuming queries #5
Day Hour Count Duration Avg duration Feb 20 05 1 3s881ms 3s881ms -
SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.gene_id = ANY (ARRAY (( SELECT /* IQH.getMasterDiseaseWhereEquals.Name.Gene */ gd.gene_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id INNER JOIN gene_disease gd ON dp.descendant_object_id = gd.disease_id WHERE UPPER(t.nm) LIKE 'ASTHMA' AND t.object_type_id = 3))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;
Date: 2025-02-20 05:47:23 Duration: 3s881ms Bind query: yes
6 3s228ms 3s228ms 3s228ms 1 3s228ms 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 tp.term_id from term_pathway tp where upper(tp.pathway_nm) like ? and tp.object_type_id = ?))) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?)) group by g.nm, g.nm_sort, g.acc_txt, g.acc_db_cd, g.id, c.nm, c.nm_html, c.nm_sort, c.acc_txt, c.secondary_nm, c.id, i.ixn_prose_txt, i.ixn_prose_html, i.sort_txt, i.actions_txt, i.id order by g.nm_sort, c.nm_sort, i.sort_txt limit ?;Times Reported Time consuming queries #6
Day Hour Count Duration Avg duration Feb 20 05 1 3s228ms 3s228ms -
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 /* IQH.getMasterPathwayWhereEquals.Name */ tp.term_id FROM term_pathway tp WHERE UPPER(tp.pathway_nm) LIKE 'METABOLISM' AND tp.object_type_id = 4))) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases')) 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 g.nm_sort, c.nm_sort, i.sort_txt LIMIT 50;
Date: 2025-02-20 05:47:31 Duration: 3s228ms Bind query: yes
7 2s908ms 2s908ms 2s908ms 1 2s908ms select max(id) from term_label where nm like ?;Times Reported Time consuming queries #7
Day Hour Count Duration Avg duration Feb 20 10 1 2s908ms 2s908ms -
select max(id) from term_label where nm like 'DO:%';
Date: 2025-02-20 10:55:57 Duration: 2s908ms
8 1s38ms 3s856ms 2s812ms 22 1m1s with recursive sub_node ( object_id, id, path, lvl ) as ( select n.object_id, n.id, array[n.nm_sort], ? from dag_node n where n.object_id = ? union all select n.object_id, n.id, cast(path || n.nm_sort as varchar(?)[]), sn.lvl + ? from dag_node n inner join sub_node sn on (n.parent_id = sn.id)) select distinct t.nm prinm, t.nm_html prinmhtml, t.secondary_nm secondarynm, t.acc_db_cd accdbcd, t.acc_txt termacc, t.is_leaf isleaf, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_genes hasgenes, sn.lvl, sn.path, max(sn.lvl) over () maxlvl, t.has_phenotypes hasphenotypes from sub_node sn inner join term t on sn.object_id = t.id where sn.lvl <= ? order by sn.path;Times Reported Time consuming queries #8
Day Hour Count Duration Avg duration Feb 20 05 1 3s163ms 3s163ms 12 2 4s895ms 2s447ms 13 3 9s809ms 3s269ms 18 5 12s269ms 2s453ms 19 3 9s972ms 3s324ms 20 8 21s761ms 2s720ms [ User: pubeu - Total duration: 56s552ms - Times executed: 17 ]
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 12:54:00 Duration: 3s856ms Database: ctddev51 User: pubeu Bind query: yes
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 18:26:07 Duration: 3s504ms Database: ctddev51 User: pubeu Bind query: yes
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WITH recursive sub_node ( object_id, id, path, lvl ) AS ( SELECT n.object_id, n.id, ARRAY[n.nm_sort], 1 FROM dag_node n WHERE n.object_id = '594729' UNION ALL SELECT n.object_id, n.id, CAST(path || n.nm_sort AS varchar(600)[]), sn.lvl + 1 FROM dag_node n INNER JOIN sub_node sn ON (n.parent_id = sn.id)) SELECT /* TreeTermBasicsDAO.getDescendants */ DISTINCT t.nm priNm, t.nm_html priNmHtml, t.secondary_nm secondaryNm, t.acc_db_cd accDbCd, t.acc_txt termAcc, t.is_leaf isLeaf, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_genes hasGenes, sn.lvl, sn.path, MAX(sn.lvl) OVER () maxLvl, t.has_phenotypes hasPhenotypes FROM sub_node sn INNER JOIN term t ON sn.object_id = t.id WHERE sn.lvl <= 2 ORDER BY sn.path;
Date: 2025-02-20 20:01:56 Duration: 3s495ms Database: ctddev51 User: pubeu Bind query: yes
9 1s709ms 1s746ms 1s728ms 2 3s456ms select distinct phenotypeterm.nm as gonm, phenotypeterm.nm_html as gonmhtml, phenotypeterm.acc_txt as goacc, diseaseterm.nm as diseasenm, diseaseterm.nm_html as diseasenmhtml, diseaseterm.acc_txt as diseaseacc, diseaseterm.acc_db_cd as diseaseaccdbcd, chemterm.nm as chemnm, chemterm.nm_html as chemnmhtml, chemterm.acc_txt as chemacc, geneterm.nm as genesymbol, geneterm.nm_html as genesymbolhtml, geneterm.acc_txt as geneacc, t.reference_score as referencescore, count(*) over () fullrowcount from tetramer t, term phenotypeterm, term diseaseterm, term geneterm, term chemterm where disease_id = any (array ( 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 t.phenotype_id = phenotypeterm.id and t.disease_id = diseaseterm.id and t.chem_id = chemterm.id and t.gene_id = geneterm.id order by t.reference_score desc, chemterm.nm, geneterm.nm, phenotypeterm.nm, diseaseterm.nm;Times Reported Time consuming queries #9
Day Hour Count Duration Avg duration Feb 20 13 1 1s746ms 1s746ms 18 1 1s709ms 1s709ms -
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm;
Date: 2025-02-20 13:16:58 Duration: 1s746ms Bind query: yes
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select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm;
Date: 2025-02-20 18:36:31 Duration: 1s709ms Bind query: yes
10 1s449ms 1s449ms 1s449ms 1 1s449ms select g.id geneid, g.acc_txt acc, g.nm nm, g.nm nmhtml, g.secondary_nm secondarynm, g.has_chems haschems, g.has_diseases hasdiseases, g.has_exposures hasexposures, g.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term g where g.id in ( select gcr.gene_id from gene_chem_reference gcr where gcr.taxon_id = any (array ( select dp.descendant_object_id from term t inner join dag_path dp on t.id = dp.ancestor_object_id where upper(t.nm) like ? and t.object_type_id = ?)) and gcr.id in ( select gcra.gene_chem_reference_id from gene_chem_reference_axn gcra where (gcra.action_degree_type_nm = ?))) order by g.nm_sort, g.id limit ?;Times Reported Time consuming queries #10
Day Hour Count Duration Avg duration Feb 20 05 1 1s449ms 1s449ms -
SELECT /* AdvancedGeneQueryDAO.getData */ g.id geneId, g.acc_txt acc, g.nm nm, g.nm nmHtml, g.secondary_nm secondaryNm, g.has_chems hasChems, g.has_diseases hasDiseases, g.has_exposures hasExposures, g.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term g WHERE g.id IN ( SELECT gcr.gene_id FROM gene_chem_reference gcr WHERE /* CIQH.getIxnWhereCore */ gcr.taxon_id = ANY (ARRAY ( SELECT /* CIQH.getIxnTaxonWhereEquals.Name */ dp.descendant_object_id FROM term t INNER JOIN dag_path dp ON t.id = dp.ancestor_object_id WHERE UPPER(t.nm) LIKE 'FELIS CATUS' AND t.object_type_id = 1)) AND gcr.id IN ( SELECT gcra.gene_chem_reference_id FROM gene_chem_reference_axn gcra WHERE (gcra.action_degree_type_nm = 'increases'))) ORDER BY g.nm_sort, g.id LIMIT 50;
Date: 2025-02-20 05:47:27 Duration: 1s449ms Bind query: yes
11 1s418ms 1s450ms 1s434ms 2 2s868ms select distinct phenotypeterm.nm as gonm, phenotypeterm.nm_html as gonmhtml, phenotypeterm.acc_txt as goacc, diseaseterm.nm as diseasenm, diseaseterm.nm_html as diseasenmhtml, diseaseterm.acc_txt as diseaseacc, diseaseterm.acc_db_cd as diseaseaccdbcd, chemterm.nm as chemnm, chemterm.nm_html as chemnmhtml, chemterm.acc_txt as chemacc, geneterm.nm as genesymbol, geneterm.nm_html as genesymbolhtml, geneterm.acc_txt as geneacc, t.reference_score as referencescore, count(*) over () fullrowcount from tetramer t, term phenotypeterm, term diseaseterm, term geneterm, term chemterm where disease_id = any (array ( 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 t.phenotype_id = phenotypeterm.id and t.disease_id = diseaseterm.id and t.chem_id = chemterm.id and t.gene_id = geneterm.id order by t.reference_score desc, chemterm.nm, geneterm.nm, phenotypeterm.nm, diseaseterm.nm limit ?;Times Reported Time consuming queries #11
Day Hour Count Duration Avg duration Feb 20 13 1 1s450ms 1s450ms 20 1 1s418ms 1s418ms -
select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm LIMIT 50;
Date: 2025-02-20 13:16:51 Duration: 1s450ms Bind query: yes
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select distinct phenotypeTerm.nm AS goNm, phenotypeTerm.nm_html AS goNmHtml, phenotypeTerm.acc_txt AS goAcc, diseaseTerm.nm AS diseaseNm, diseaseTerm.nm_html AS diseaseNmHtml, diseaseTerm.acc_txt AS diseaseAcc, diseaseTerm.acc_db_cd AS diseaseAccDbCd, chemTerm.nm AS chemNm, chemTerm.nm_html AS chemNmHtml, chemTerm.acc_txt AS chemAcc, geneTerm.nm AS geneSymbol, geneTerm.nm_html AS geneSymbolHtml, geneTerm.acc_txt AS geneAcc, t.reference_score AS referenceScore, COUNT(*) OVER () fullRowCount from TETRAMER t, TERM phenotypeTerm, TERM diseaseTerm, TERM geneTerm, TERM chemTerm where disease_id = ANY (ARRAY ( 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 = 3 and upper(baseTerm.nm) LIKE 'CARDIOVASCULAR DISEASES'))) and t.phenotype_id = phenotypeTerm.id and t.disease_id = diseaseTerm.id and t.chem_id = chemTerm.id and t.gene_id = geneTerm.id order by t.reference_score desc, chemTerm.nm, geneTerm.nm, phenotypeTerm.nm, diseaseTerm.nm LIMIT 1000;
Date: 2025-02-20 20:27:52 Duration: 1s418ms Bind query: yes
12 1s400ms 1s400ms 1s400ms 1 1s400ms select coalesce(d.abbr_display, d.nm_display) nm # ?, d.description # ?, coalesce(d.abbr, d.nm) anchor # ?, get_homepage_url (d.id) url # ? from db d # ? where d.id in (# ? select l.db_id # ? from db_link l # ? where l.type_cd = ? # ? and l.object_type_id = ?) # ? order by ?;Times Reported Time consuming queries #12
Day Hour Count Duration Avg duration Feb 20 05 1 1s400ms 1s400ms -
SELECT COALESCE(d.abbr_display, d.nm_display) nm # 015, d.description # 015, COALESCE(d.abbr, d.nm) anchor # 015, get_homepage_url (d.id) url # 015 FROM db d # 015 WHERE d.id IN (# 015 SELECT l.db_id # 015 FROM db_link l # 015 WHERE l.type_cd = 'X' # 015 AND l.object_type_id = 4) # 015 ORDER BY 1;
Date: 2025-02-20 05:48:28 Duration: 1s400ms Bind query: yes
13 1s213ms 1s469ms 1s341ms 2 2s683ms select fg.nm fromgenesymbol, fg.acc_txt fromgeneacc, tg.nm togenesymbol, tg.acc_txt togeneacc, ft.nm fromtaxonnm, ft.secondary_nm fromtaxoncommonnm, ft.acc_txt fromtaxonacc, tt.nm totaxonnm, tt.secondary_nm totaxoncommonnm, tt.acc_txt totaxonacc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( select string_agg(ggt.throughput_txt, ? order by ggt.throughput_txt) from gene_gene_ref_throughput ggt where ggt.gene_gene_reference_id = ggr.id) throughput, count(*) over () fullrowcount from gene_gene_reference ggr inner join term fg on ggr.from_gene_id = fg.id inner join term tg on ggr.to_gene_id = tg.id inner join term ft on ggr.from_taxon_id = ft.id inner join term tt on ggr.to_taxon_id = tt.id where ggr.reference_id = ? order by fg.nm_sort, tg.nm_sort limit ?;Times Reported Time consuming queries #13
Day Hour Count Duration Avg duration Feb 20 05 2 2s683ms 1s341ms -
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY fg.nm_sort, tg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:04 Duration: 1s469ms Bind query: yes
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SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY fg.nm_sort, tg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:03 Duration: 1s213ms Bind query: yes
14 1s321ms 1s321ms 1s321ms 1 1s321ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #14
Day Hour Count Duration Avg duration Feb 20 05 1 1s321ms 1s321ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.disease_id in ( select descendant_object_id from dag_path where ancestor_object_id = '2081614') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '2081614') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:37 Duration: 1s321ms Bind query: yes
15 1s303ms 1s303ms 1s303ms 1 1s303ms select fg.nm fromgenesymbol, fg.acc_txt fromgeneacc, tg.nm togenesymbol, tg.acc_txt togeneacc, ft.nm fromtaxonnm, ft.secondary_nm fromtaxoncommonnm, ft.acc_txt fromtaxonacc, tt.nm totaxonnm, tt.secondary_nm totaxoncommonnm, tt.acc_txt totaxonacc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( select string_agg(ggt.throughput_txt, ? order by ggt.throughput_txt) from gene_gene_ref_throughput ggt where ggt.gene_gene_reference_id = ggr.id) throughput, count(*) over () fullrowcount from gene_gene_reference ggr inner join term fg on ggr.from_gene_id = fg.id inner join term tg on ggr.to_gene_id = tg.id inner join term ft on ggr.from_taxon_id = ft.id inner join term tt on ggr.to_taxon_id = tt.id where ggr.reference_id = ? order by tg.nm_sort, fg.nm_sort limit ?;Times Reported Time consuming queries #15
Day Hour Count Duration Avg duration Feb 20 05 1 1s303ms 1s303ms -
SELECT /* ReferenceGeneGeneIxnsDAO */ fg.nm fromGeneSymbol, fg.acc_txt fromGeneAcc, tg.nm toGeneSymbol, tg.acc_txt toGeneAcc, ft.nm fromTaxonNm, ft.secondary_nm fromTaxonCommonNm, ft.acc_txt fromTaxonAcc, tt.nm toTaxonNm, tt.secondary_nm toTaxonCommonNm, tt.acc_txt toTaxonAcc, ggr.experimental_sys_nm, ggr.experimental_sys_type, ( SELECT STRING_AGG(ggt.throughput_txt, ', ' ORDER BY ggt.throughput_txt) FROM gene_gene_ref_throughput ggt WHERE ggt.gene_gene_reference_id = ggr.id) throughput, COUNT(*) OVER () fullRowCount FROM gene_gene_reference ggr INNER JOIN term fg ON ggr.from_gene_id = fg.id INNER JOIN term tg ON ggr.to_gene_id = tg.id INNER JOIN term ft ON ggr.from_taxon_id = ft.id INNER JOIN term tt ON ggr.to_taxon_id = tt.id WHERE ggr.reference_id = '111363' ORDER BY tg.nm_sort, fg.nm_sort LIMIT 50;
Date: 2025-02-20 05:48:05 Duration: 1s303ms Bind query: yes
16 1s292ms 1s292ms 1s292ms 1 1s292ms 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 gt.nm_sort desc limit ?;Times Reported Time consuming queries #16
Day Hour Count Duration Avg duration Feb 20 05 1 1s292ms 1s292ms [ User: pubeu - Total duration: 1s292ms - Times executed: 1 ]
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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 = '1302084' AND te.enriched_object_type_id = 5 ORDER BY gt.nm_sort DESC LIMIT 50;
Date: 2025-02-20 05:47:48 Duration: 1s292ms Database: ctddev51 User: pubeu Bind query: yes
17 1s186ms 1s186ms 1s186ms 1 1s186ms select t.nm, t.nm_html nmhtml, t.secondary_nm secondarynm, t.acc_txt acc, ? || t.nm accquerystr, t.has_chems haschems, t.has_diseases hasdiseases, t.has_exposures hasexposures, t.has_phenotypes hasphenotypes, count(*) over () fullrowcount from term t where t.object_type_id = ? and regexp_replace(upper(substring(t.nm, ?, ?)), ?, ?) = ? order by t.nm_sort limit ?;Times Reported Time consuming queries #17
Day Hour Count Duration Avg duration Feb 20 05 1 1s186ms 1s186ms -
SELECT /* GeneBrowseTermsDAO */ t.nm, t.nm_html nmHtml, t.secondary_nm secondaryNm, t.acc_txt acc, 'name:' || t.nm accQueryStr, t.has_chems hasChems, t.has_diseases hasDiseases, t.has_exposures hasExposures, t.has_phenotypes hasPhenotypes, COUNT(*) OVER () fullRowCount FROM term t WHERE t.object_type_id = '4' AND REGEXP_REPLACE(UPPER(SUBSTRING(t.nm, 1, 1)), '[^A-Z]', '#') = 'A' ORDER BY t.nm_sort LIMIT 100;
Date: 2025-02-20 05:47:08 Duration: 1s186ms Bind query: yes
18 1s127ms 1s127ms 1s127ms 1 1s127ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) or receptorterm.id in ( select descendant_object_id from dag_path where ancestor_object_id = ?) group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #18
Day Hour Count Duration Avg duration Feb 20 05 1 1s127ms 1s127ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where outcome.phenotype_id in ( select descendant_object_id from dag_path where ancestor_object_id = '1222381') or receptorTerm.id in ( select descendant_object_id from dag_path where ancestor_object_id = '1222381') GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:34 Duration: 1s127ms Bind query: yes
19 1s54ms 1s54ms 1s54ms 1 1s54ms select distinct stressorterm.nm as chemnm, stressorterm.nm_html as chemnmhtml, stressorterm.nm_sort as chemnmsort, stressorterm.acc_txt as chemacc, ( select string_agg(distinct stressorsrctype.nm || ? || stressorsrctype.cd, ?)) as stressorsrctypenm, stressor.src_details as stressorsrcdetails, stressor.sample_qty as stressorsampleqty, stressor.note as stressornote, receptor.qty as nbrreceptors, receptor.description as receptors, receptor.note as receptornotes, receptorterm.nm || ? || ( select cd from object_type where id = receptor.object_type_id) || ? || receptorterm.nm_html || ? || receptorterm.acc_txt || ? || receptorterm.acc_db_cd as receptorterms, ( select string_agg(distinct receptortobaccouse.tobacco_use_nm || ? || receptortobaccouse.pct, ?)) as smokerstatus, receptor.age as agerange, receptor.age_uom_nm as ageuomnm, receptor.age_qualifier_nm as agequalifiernm, receptor.gender_nm as gendernmsearch, receptor.id receptorid, ( select string_agg(pct || ? || gender_nm || ? || gender_nm_html, ?) from exp_receptor_gender where exp_receptor_id = receptor.id) as genderdetails, ( select string_agg(distinct receptorrace.race_nm || ? || receptorrace.pct, ?)) as receptorrace, ( select string_agg(distinct eventassaymethod.nm, ?)) as assaymethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumacctxt, ( select string_agg(distinct eventproject.project_nm, ?)) as associatedstudytitles, event.collection_start_yr || ? || event.collection_end_yr as collectionstartandendyr, event.detection_limit as detectionlimit, event.detection_limit_uom as detectionlimituom, event.detection_freq as detectionfreq, event.note as eventnote, ( select string_agg(distinct eventlocation.geographic_region_nm, ?)) as stateorprovince, ( select string_agg(distinct eventlocation.locality_txt, ?)) as localitytxt, ( select string_agg(distinct country.nm, ?)) as studycountries, exposuremarkerterm.nm || ? || ( select cd from object_type where id = exposuremarkerterm.object_type_id) || ? || exposuremarkerterm.nm_html || ? || exposuremarkerterm.acc_txt || ? || exposuremarkerterm.acc_db_cd as assayedmarkers, event.exp_marker_lvl as assaylevel, assay_uom as measurement, assay_measurement_stat as measurementstat, assay_note as assaynote, eiot.description as outcomerltnp, diseaseterm.nm || ? || ? || ? || diseaseterm.nm_html || ? || diseaseterm.acc_txt || ? || diseaseterm.acc_db_cd as diseasefield, phenotypeterm.nm || ? || ? || ? || phenotypeterm.nm_html || ? || phenotypeterm.acc_txt || ? || phenotypeterm.acc_db_cd as phenotypefield, outcome.phenotype_action_degree_type_nm as phenotypeactiondegreetypenm, e.reference_acc_txt || ? || r.abbr_authors_txt || ? || r.pub_start_yr as ref, r.abbr_authors_txt as abbrauthorstxt, ( select string_agg(distinct expstudyfactor.study_factor_nm, ?)) as studyfactornms, ( select string_agg(distinct anatomyterm.nm_html || ? || anatomyterm.acc_txt || ? || anatomyterm.id || ? || anatomyterm.acc_db_cd || ? || anatomyterm.nm, ?)) as anatomyterms, outcome.note as outcomenote, eventlocation.exp_event_id as eventid, count(*) over () fullrowcount from exposure e inner join exp_stressor stressor on e.exp_stressor_id = stressor.id inner join term stressorterm on stressor.chem_id = stressorterm.id left outer join exp_receptor receptor on e.exp_receptor_id = receptor.id left outer join exp_event event on e.exp_event_id = event.id left outer join term exposuremarkerterm on event.exp_marker_term_id = exposuremarkerterm.id left outer join exp_outcome outcome on e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot on outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseterm on outcome.disease_id = diseaseterm.id left outer join term phenotypeterm on outcome.phenotype_id = phenotypeterm.id left outer join term receptorterm on receptor.term_id = receptorterm.id inner join reference r on e.reference_id = r.id left outer join exp_stressor_stressor_src esss on stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorsrctype on esss.exp_stressor_src_type_id = stressorsrctype.id left outer join exp_receptor_tobacco_use receptortobaccouse on receptor.id = receptortobaccouse.exp_receptor_id left outer join exp_receptor_race receptorrace on receptor.id = receptorrace.exp_receptor_id left outer join exp_event_assay_method eventassaymethod on event.id = eventassaymethod.exp_event_id left outer join exp_event_location eventlocation on event.id = eventlocation.exp_event_id left outer join exp_anatomy expanatomy on outcome.id = expanatomy.exp_outcome_id left outer join term anatomyterm on expanatomy.anatomy_id = anatomyterm.id left outer join country on eventlocation.country_id = country.id left outer join exp_event_project eventproject on event.id = eventproject.exp_event_id left outer join reference_exp referenceexp on e.reference_acc_txt = referenceexp.reference_acc_txt and e.reference_acc_db_id = referenceexp.reference_acc_db_id left outer join exp_study_factor expstudyfactor on referenceexp.id = expstudyfactor.reference_exp_id where exposuremarkerterm.id = ? or receptorterm.id = ? group by chemnm, chemnmhtml, chemnmsort, chemacc, stressorsrcdetails, stressorsampleqty, stressornote, receptorterms, medium, mediumacctxt, assayedmarkers, assaylevel, measurement, measurementstat, assaynote, outcomerltnp, diseasefield, phenotypefield, phenotypeactiondegreetypenm, ref, r.abbr_authors_txt, collectionstartandendyr, receptorid, detectionlimit, detectionlimituom, detectionfreq, eventnote, outcomenote, eventid order by chemnmsort limit ?;Times Reported Time consuming queries #19
Day Hour Count Duration Avg duration Feb 20 05 1 1s54ms 1s54ms -
SELECT DISTINCT stressorTerm.nm as chemNm, stressorTerm.nm_html as chemNmHtml, stressorTerm.nm_sort as chemNmSort, stressorTerm.acc_txt as chemAcc, ( SELECT STRING_AGG(distinct stressorSrcType.nm || '^' || stressorSrcType.cd, '|')) as stressorSrcTypeNm, stressor.src_details as stressorSrcDetails, stressor.sample_qty as stressorSampleQty, stressor.note as stressorNote, receptor.qty as nbrReceptors, receptor.description as receptors, receptor.note as receptorNotes, receptorTerm.nm || '^' || ( select cd from object_type where id = receptor.object_type_id) || '^' || receptorTerm.nm_html || '^' || receptorTerm.acc_txt || '^' || receptorTerm.acc_db_cd as receptorTerms, ( SELECT STRING_AGG(distinct receptorTobaccoUse.tobacco_use_nm || '^' || receptorTobaccoUse.pct, ' | ')) as smokerStatus, receptor.age as ageRange, receptor.age_uom_nm as ageUOMNm, receptor.age_qualifier_nm as ageQualifierNm, receptor.gender_nm as genderNmSearch, receptor.id receptorID, ( SELECT STRING_AGG(pct || '^' || gender_nm || '^' || gender_nm_html, '|') from exp_receptor_gender where exp_receptor_id = receptor.id) as genderDetails, ( SELECT STRING_AGG(DISTINCT receptorRace.race_nm || '^' || receptorRace.pct, ' | ')) as receptorRace, ( SELECT STRING_AGG(DISTINCT eventAssayMethod.nm, ' | ')) as assayMethods, event.medium_nm as medium, event.medium_term_acc_txt as mediumAccTxt, ( SELECT STRING_AGG(DISTINCT eventProject.project_nm, ' | ')) as associatedStudyTitles, event.collection_start_yr || '-' || event.collection_end_yr as collectionStartAndEndYr, event.detection_limit as detectionLimit, event.detection_limit_uom as detectionLimitUOM, event.detection_freq as detectionFreq, event.note as eventNote, ( SELECT STRING_AGG(DISTINCT eventLocation.geographic_region_nm, ' | ')) as stateOrProvince, ( SELECT STRING_AGG(DISTINCT eventLocation.locality_txt, ' | ')) as localityTxt, ( SELECT STRING_AGG(distinct country.nm, ' | ')) as studyCountries, exposureMarkerTerm.nm || '^' || ( select cd from object_type where id = exposureMarkerTerm.object_type_id) || '^' || exposureMarkerTerm.nm_html || '^' || exposureMarkerTerm.acc_txt || '^' || exposureMarkerTerm.acc_db_cd as assayedMarkers, event.exp_marker_lvl as assayLevel, assay_uom as measurement, assay_measurement_stat as measurementStat, assay_note as assayNote, eiot.description as outcomeRltnp, diseaseTerm.nm || '^' || 'disease' || '^' || diseaseTerm.nm_html || '^' || diseaseTerm.acc_txt || '^' || diseaseTerm.acc_db_cd as diseaseField, phenotypeTerm.nm || '^' || 'go' || '^' || phenotypeTerm.nm_html || '^' || phenotypeTerm.acc_txt || '^' || phenotypeTerm.acc_db_cd as phenotypeField, outcome.phenotype_action_degree_type_nm as phenotypeActionDegreeTypeNm, e.reference_acc_txt || '^' || r.abbr_authors_txt || '^' || r.pub_start_yr as ref, r.abbr_authors_txt as abbrAuthorsTxt, ( SELECT STRING_AGG(DISTINCT expStudyFactor.study_factor_nm, ' | ')) as studyFactorNms, ( SELECT STRING_AGG(distinct anatomyTerm.nm_html || '^' || anatomyTerm.acc_txt || '^' || anatomyTerm.id || '^' || anatomyTerm.acc_db_cd || '^' || anatomyTerm.nm, '|')) as anatomyTerms, outcome.note as outcomeNote, eventLocation.exp_event_id as eventID, COUNT(*) OVER () fullRowCount FROM exposure e inner join exp_stressor stressor ON e.exp_stressor_id = stressor.id inner join term stressorTerm ON stressor.chem_id = stressorTerm.id left outer join exp_receptor receptor ON e.exp_receptor_id = receptor.id left outer join exp_event event ON e.exp_event_id = event.id left outer join term exposureMarkerTerm ON event.exp_marker_term_id = exposureMarkerTerm.id left outer join exp_outcome outcome ON e.exp_outcome_id = outcome.id left outer join exp_outcome_ixn_type eiot ON outcome.exp_outcome_ixn_type_id = eiot.id left outer join term diseaseTerm ON outcome.disease_id = diseaseTerm.id left outer join term phenotypeTerm ON outcome.phenotype_id = phenotypeTerm.id left outer join term receptorTerm ON receptor.term_id = receptorTerm.id inner join reference r ON e.reference_id = r.id left outer join exp_stressor_stressor_src esss ON stressor.id = esss.exp_stressor_id left outer join exp_stressor_src_type stressorSrcType ON esss.exp_stressor_src_type_id = stressorSrcType.id left outer join exp_receptor_tobacco_use receptorTobaccoUse ON receptor.id = receptorTobaccoUse.exp_receptor_id left outer join exp_receptor_race receptorRace ON receptor.id = receptorRace.exp_receptor_id left outer join exp_event_assay_method eventAssayMethod ON event.id = eventAssayMethod.exp_event_id left outer join exp_event_location eventLocation ON event.id = eventLocation.exp_event_id left outer join exp_anatomy expAnatomy ON outcome.id = expAnatomy.exp_outcome_id Left outer join term anatomyTerm ON expAnatomy.anatomy_id = anatomyTerm.id left outer join country ON eventLocation.country_id = country.id left outer join exp_event_project eventProject ON event.id = eventProject.exp_event_id left outer join reference_exp referenceExp on e.reference_acc_txt = referenceExp.reference_acc_txt and e.reference_acc_db_id = referenceExp.reference_acc_db_id left outer join exp_study_factor expStudyFactor on referenceExp.id = expStudyFactor.reference_exp_id where exposureMarkerTerm.id = '1444021' or receptorTerm.id = '1444021' GROUP BY chemNm, chemNmHtml, chemNmSort, chemAcc, stressorSrcDetails, stressorSampleQty, stressorNote, receptorTerms, medium, mediumAccTxt, assayedMarkers, assayLevel, measurement, measurementStat, assayNote, outcomeRltnp, diseaseField, phenotypeField, phenotypeActionDegreeTypeNm, ref, r.abbr_authors_txt, collectionStartAndEndYr, receptorID, detectionLimit, detectionLimitUOM, detectionFreq, eventNote, outcomeNote, eventID order by chemNmSort LIMIT 50;
Date: 2025-02-20 05:48:35 Duration: 1s54ms Bind query: yes
Time consuming prepare
Rank Total duration Times executed Min duration Max duration Avg duration Query NO DATASET
Time consuming bind
Rank Total duration Times executed Min duration Max duration Avg duration Query NO DATASET
-
Events
Log levels
Key values
- 6,574 Log entries
Events distribution
Key values
- 0 PANIC entries
- 0 FATAL entries
- 10 ERROR entries
- 0 WARNING entries
Most Frequent Errors/Events
Key values
- 5 Max number of times the same event was reported
- 10 Total events found
Rank Times reported Error 1 5 LOG: could not receive data from client: Connection reset by peer
Times Reported Most Frequent Error / Event #1
Day Hour Count Feb 20 15 5 2 2 LOG: could not receive data from client: Connection timed out
Times Reported Most Frequent Error / Event #2
Day Hour Count Feb 20 20 2 3 1 ERROR: syntax error at or near "..."
Times Reported Most Frequent Error / Event #3
Day Hour Count Feb 20 14 1 - ERROR: syntax error at or near "%" at character 36
Statement: select * from db where cd like ''% %''
Date: 2025-02-20 14:46:12
4 1 ERROR: duplicate key value violates unique constraint "..."
Times Reported Most Frequent Error / Event #4
Day Hour Count Feb 20 10 1 - ERROR: duplicate key value violates unique constraint "term_label_pk"
Detail: Key (id)=(6275114) already exists.
Statement: INSERT INTO term_label ( id ,object_type_id ,term_id ,term_label_type_id ,nm ) VALUES ( 6275114 ,2 ,1394760 ,38 ,'23994' )Date: 2025-02-20 10:24:19 Database: ctddev51 Application: pgAdmin 4 - CONN:3764594 User: pub2 Remote:
5 1 ERROR: column "..." does not exist
Times Reported Most Frequent Error / Event #5
Day Hour Count Feb 20 09 1 - ERROR: column "max" does not exist at character 8
Statement: select max id from term_label
Date: 2025-02-20 09:51:10 Database: ctddev51 Application: pgAdmin 4 - CONN:4852537 User: pub2 Remote: