Simple Question (Direct)
Simple Question
Q23480597
P702
Q863908
USER
What is the gene that encodes ATP synthase F0F1 subunit epsilon    SE1699 ?
(Q23480597,P702,c(Q863908))
action filter_type
action find
entity Q23480597
relation P702
type Q863908
['Q23480597', 'P702', {'concept': 'Q863908'}]
SELECT DISTINCT ?w WHERE { resource:Q23480597 property:P702 ?w . ?w rdf:type ontology:Q863908 }
ATP synthase F0F1 subunit epsilon    SE1699
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation encoded by
type nucleic acid sequence
['ATP synthase F0F1 subunit epsilon    SE1699', 'encoded by', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?w WHERE { resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:encoded_by ?w . ?w rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q23177642
SYSTEM
ATP synthase F0F1 subunit epsilon    SE1699
Q23177642
(Q23480597,P702,c(Q863908))
action filter_type
action find
entity Q23480597
relation P702
type Q863908
The gene that encodes ATP synthase F0 F1 subunit epsilon SE1699 is codes ATP synthase F0F1 subunit epsilon SE1699
['Q23480597', 'P702', {'concept': 'Q863908'}]
SELECT DISTINCT ?w WHERE { resource:Q23480597 property:P702 ?w . ?w rdf:type ontology:Q863908 }
ATP synthase F0F1 subunit epsilon    SE1699
The gene that encodes ATP synthase F0 F1 subunit epsilon SE1699 is codes ATP synthase F0F1 subunit epsilon SE1699
ATP synthase F0F1 subunit epsilon    SE1699
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation encoded by
type nucleic acid sequence
['ATP synthase F0F1 subunit epsilon    SE1699', 'encoded by', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?w WHERE { resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:encoded_by ?w . ?w rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q23177642
P688
Q181394
USER
What is encoded by that nucleic acid sequence ?
(Q23177642,P688,c(Q181394))
action filter_type
action find
entity Q23177642
relation P688
type Q181394
['Q23177642', 'P688', {'concept': 'Q181394'}]
SELECT DISTINCT ?r WHERE { resource:Q23177642 property:P688 ?r . ?r rdf:type ontology:Q181394 }
ATP synthase F0F1 subunit epsilon    SE1699
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation encodes
type nutrient
['ATP synthase F0F1 subunit epsilon    SE1699', 'encodes', {'concept': 'nutrient'}]
SELECT DISTINCT ?r WHERE { resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:encodes ?r . ?r rdf:type ontology:nutrient }
[]
nutrient
Q23480597
SYSTEM
ATP synthase F0F1 subunit epsilon    SE1699
Q23480597
(Q23177642,P688,c(Q181394))
action filter_type
action find
entity Q23177642
relation P688
type Q181394
The ATP synthase F0F1 subunit epsilon SE1699 is encoded by that nucleic acid sequence
['Q23177642', 'P688', {'concept': 'Q181394'}]
SELECT DISTINCT ?r WHERE { resource:Q23177642 property:P688 ?r . ?r rdf:type ontology:Q181394 }
ATP synthase F0F1 subunit epsilon    SE1699
The ATP synthase F0F1 subunit epsilon SE1699 is encoded by that nucleic acid sequence
ATP synthase F0F1 subunit epsilon    SE1699
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation encodes
type nutrient
['ATP synthase F0F1 subunit epsilon    SE1699', 'encodes', {'concept': 'nutrient'}]
SELECT DISTINCT ?r WHERE { resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:encodes ?r . ?r rdf:type ontology:nutrient }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q23177642
P703
Q631147
USER
What is the taxon to which ATP synthase F0F1 subunit epsilon    SE1699 belongs to ?
(Q23177642,P703,c(Q631147))
action filter_type
action find
entity Q23177642
relation P703
type Q631147
['Q23177642', 'P703', {'concept': 'Q631147'}]
SELECT DISTINCT ?j WHERE { resource:Q23177642 property:P703 ?j . ?j rdf:type ontology:Q631147 }
ATP synthase F0F1 subunit epsilon    SE1699
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation found in taxon
type infraspecific name
['ATP synthase F0F1 subunit epsilon    SE1699', 'found in taxon', {'concept': 'infraspecific name'}]
SELECT DISTINCT ?j WHERE { resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:found_in_taxon ?j . ?j rdf:type ontology:infraspecific_name }
[]
infraspecific name
Q21102957
SYSTEM
Staphylococcus epidermidis ATCC 12228
Q21102957
(Q23177642,P703,c(Q631147))
action filter_type
action find
entity Q23177642
relation P703
type Q631147
[ANSWER]
['Q23177642', 'P703', {'concept': 'Q631147'}]
SELECT DISTINCT ?j WHERE { resource:Q23177642 property:P703 ?j . ?j rdf:type ontology:Q631147 }
Staphylococcus epidermidis ATCC 12228
Staphylococcus epidermidis ATCC 12228
Staphylococcus epidermidis ATCC 12228
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation found in taxon
type infraspecific name
['ATP synthase F0F1 subunit epsilon    SE1699', 'found in taxon', {'concept': 'infraspecific name'}]
SELECT DISTINCT ?j WHERE { resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:found_in_taxon ?j . ?j rdf:type ontology:infraspecific_name }
[]
Simple Question (Ellipsis)
only subject is changed, parent and predicate remains same
Q23323026
Q631147
USER
And how about two-component response regulator transcriptional regulatory protein    NGR_c07840?
(Q23323026,P703,c(Q631147))
action filter_type
action find
entity Q23323026
relation P703
type Q631147
['Q23323026', 'P703', {'concept': 'Q631147'}]
SELECT DISTINCT ?y WHERE { resource:Q23323026 property:P703 ?y . ?y rdf:type ontology:Q631147 }
two-component response regulator transcriptional regulatory protein    NGR_c07840
action filter_type
action find
entity two-component response regulator transcriptional regulatory protein    NGR_c07840
relation found in taxon
type infraspecific name
['two-component response regulator transcriptional regulatory protein    NGR_c07840', 'found in taxon', {'concept': 'infraspecific name'}]
SELECT DISTINCT ?y WHERE { resource:two-component_response_regulator_transcriptional_regulatory_protein____NGR_c07840 property:found_in_taxon ?y . ?y rdf:type ontology:infraspecific_name }
[]
infraspecific name
Q23309229
SYSTEM
Sinorhizobium fredii NGR234
Q23309229
(Q23323026,P703,c(Q631147))
action filter_type
action find
entity Q23323026
relation P703
type Q631147
[ANSWER]
['Q23323026', 'P703', {'concept': 'Q631147'}]
SELECT DISTINCT ?y WHERE { resource:Q23323026 property:P703 ?y . ?y rdf:type ontology:Q631147 }
Sinorhizobium fredii NGR234
Sinorhizobium fredii NGR234
action filter_type
action find
entity two-component response regulator transcriptional regulatory protein    NGR_c07840
relation found in taxon
type infraspecific name
['two-component response regulator transcriptional regulatory protein    NGR_c07840', 'found in taxon', {'concept': 'infraspecific name'}]
SELECT DISTINCT ?y WHERE { resource:two-component_response_regulator_transcriptional_regulatory_protein____NGR_c07840 property:found_in_taxon ?y . ?y rdf:type ontology:infraspecific_name }
[]
Comparative Reasoning (Count) (All)
Comparative|Count over More/Less|Mult. entity type|Indirect
P703
Q631147 Q181394 Q863908
USER
How many infraspecific names are around the same number of nutrients and nucleic acid sequences found as that infraspecific name ?
(c(Q181394)|c(Q863908),P703,c(Q631147))
action count
action approx
action union
action find_reverse_tuple_counts
relation P703
type Q631147
type Q181394
action find_reverse_tuple_counts
relation P703
type Q631147
type Q863908
action count
action filter_multi_types
action find_reverse
entity Q23309229
relation P703
type Q181394
type Q863908
[[{'concept': 'Q181394'}, {'concept': 'Q863908'}], 'P703', {'concept': 'Q631147'}]
SELECT DISTINCT ( COUNT ( ?d ) AS ?e ) WHERE { { SELECT DISTINCT ( COUNT ( ?l ) AS ?i ) ?d WHERE { { ?l property:P703 ?d . ?d rdf:type ontology:Q631147 . ?l rdf:type ontology:Q181394 } UNION { ?l property:P703 ?d . ?d rdf:type ontology:Q631147 . ?l rdf:type ontology:Q863908 } } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?n ) AS ?b ) WHERE { { { ?n rdf:type ontology:Q863908 } UNION { ?n rdf:type ontology:Q181394 } } . ?n property:P703 resource:Q23309229 } } . FILTER ( ?i = ?b ) }
action count
action approx
action union
action find_reverse_tuple_counts
relation found in taxon
type infraspecific name
type nutrient
action find_reverse_tuple_counts
relation found in taxon
type infraspecific name
type nucleic acid sequence
action count
action filter_multi_types
action find_reverse
entity Sinorhizobium fredii NGR234
relation found in taxon
type nutrient
type nucleic acid sequence
[[{'concept': 'nutrient'}, {'concept': 'nucleic acid sequence'}], 'found in taxon', {'concept': 'infraspecific name'}]
SELECT DISTINCT ( COUNT ( ?d ) AS ?e ) WHERE { { SELECT DISTINCT ( COUNT ( ?l ) AS ?i ) ?d WHERE { { ?l property:found_in_taxon ?d . ?d rdf:type ontology:infraspecific_name . ?l rdf:type ontology:nutrient } UNION { ?l property:found_in_taxon ?d . ?d rdf:type ontology:infraspecific_name . ?l rdf:type ontology:nucleic_acid_sequence } } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?n ) AS ?b ) WHERE { { { ?n rdf:type ontology:nucleic_acid_sequence } UNION { ?n rdf:type ontology:nutrient } } . ?n property:found_in_taxon resource:Sinorhizobium_fredii_NGR234 } } . FILTER ( ?i = ?b ) }
[]
infraspecific name nutrient nucleic acid sequence
SYSTEM
19
Q21102993 Q21102995 Q27510868 Q21079489 Q21102947 Q21102930 Q21102924 Q21102927 Q21102986 Q21102928 Q21102918 Q21079490 Q21102950 Q23309229 Q21102972 Q21102970 Q21102931 Q21102937 Q21102939
(c(Q181394)|c(Q863908),P703,c(Q631147))
action count
action approx
action union
action find_reverse_tuple_counts
relation P703
type Q631147
type Q181394
action find_reverse_tuple_counts
relation P703
type Q631147
type Q863908
action count
action filter_multi_types
action find_reverse
entity Q23309229
relation P703
type Q181394
type Q863908
[ANSWER]
[[{'concept': 'Q181394'}, {'concept': 'Q863908'}], 'P703', {'concept': 'Q631147'}]
SELECT DISTINCT ( COUNT ( ?d ) AS ?e ) WHERE { { SELECT DISTINCT ( COUNT ( ?l ) AS ?i ) ?d WHERE { { ?l property:P703 ?d . ?d rdf:type ontology:Q631147 . ?l rdf:type ontology:Q181394 } UNION { ?l property:P703 ?d . ?d rdf:type ontology:Q631147 . ?l rdf:type ontology:Q863908 } } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?n ) AS ?b ) WHERE { { { ?n rdf:type ontology:Q863908 } UNION { ?n rdf:type ontology:Q181394 } } . ?n property:P703 resource:Q23309229 } } . FILTER ( ?i = ?b ) }
Burkholderia mallei ATCC 23344 Burkholderia pseudomallei K96243 Saccharomyces cerevisiae S288c Pseudomonas putida KT2440 Vibrio parahaemolyticus RIMD 2210633 Escherichia coli O157:H7 str. Sakai Bordetella bronchiseptica 253 Enterobacter aerogenes KCTC 2190 Mycobacterium smegmatis str. MC2 155 Enterobacter cloacae subsp. cloacae ATCC 13047 Sinorhizobium meliloti 1021 Pseudomonas syringae pv. syringae B728a Bacteroides fragilis YCH46 Sinorhizobium fredii NGR234 Bacillus thuringiensis serovar konkukian str. 97-27 Bacillus cereus ATCC 14579 Escherichia coli UMN026 Escherichia coli O104:H4 str. 2011C-3493 Klebsiella pneumoniae subsp. pneumoniae HS11286
19
action count
action approx
action union
action find_reverse_tuple_counts
relation found in taxon
type infraspecific name
type nutrient
action find_reverse_tuple_counts
relation found in taxon
type infraspecific name
type nucleic acid sequence
action count
action filter_multi_types
action find_reverse
entity Sinorhizobium fredii NGR234
relation found in taxon
type nutrient
type nucleic acid sequence
[[{'concept': 'nutrient'}, {'concept': 'nucleic acid sequence'}], 'found in taxon', {'concept': 'infraspecific name'}]
SELECT DISTINCT ( COUNT ( ?d ) AS ?e ) WHERE { { SELECT DISTINCT ( COUNT ( ?l ) AS ?i ) ?d WHERE { { ?l property:found_in_taxon ?d . ?d rdf:type ontology:infraspecific_name . ?l rdf:type ontology:nutrient } UNION { ?l property:found_in_taxon ?d . ?d rdf:type ontology:infraspecific_name . ?l rdf:type ontology:nucleic_acid_sequence } } GROUP BY ?d } . { SELECT DISTINCT ( COUNT ( ?n ) AS ?b ) WHERE { { { ?n rdf:type ontology:nucleic_acid_sequence } UNION { ?n rdf:type ontology:nutrient } } . ?n property:found_in_taxon resource:Sinorhizobium_fredii_NGR234 } } . FILTER ( ?i = ?b ) }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q23480597
P681
Q15989253
USER
Which is the part that is a component of ATP synthase F0F1 subunit epsilon    SE1699 ?
(Q23480597,P681,c(Q15989253))
action filter_type
action find
entity Q23480597
relation P681
type Q15989253
['Q23480597', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:Q15989253 . resource:Q23480597 property:P681 ?x }
ATP synthase F0F1 subunit epsilon    SE1699
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation cell component
type part
['ATP synthase F0F1 subunit epsilon    SE1699', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:part . resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:cell_component ?x }
[]
part
Q14349455
SYSTEM
membrane
Q14349455
(Q23480597,P681,c(Q15989253))
action filter_type
action find
entity Q23480597
relation P681
type Q15989253
The [ANSWER] is the part that is a component of ATP synthase F0F1 subunit epsilon SE1699
['Q23480597', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:Q15989253 . resource:Q23480597 property:P681 ?x }
membrane
The membrane is the part that is a component of ATP synthase F0F1 subunit epsilon SE1699
membrane
action filter_type
action find
entity ATP synthase F0F1 subunit epsilon    SE1699
relation cell component
type part
['ATP synthase F0F1 subunit epsilon    SE1699', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?x WHERE { ?x rdf:type ontology:part . resource:ATP_synthase_F0F1_subunit_epsilon____SE1699 property:cell_component ?x }
[]
Simple Question (Ellipsis)
only subject is changed, parent and predicate remains same
Q24221713
Q15989253
USER
And what about RhcU protein    blr1822?
(Q24221713,P681,c(Q15989253))
action filter_type
action find
entity Q24221713
relation P681
type Q15989253
['Q24221713', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?z WHERE { resource:Q24221713 property:P681 ?z . ?z rdf:type ontology:Q15989253 }
RhcU protein    blr1822
action filter_type
action find
entity RhcU protein    blr1822
relation cell component
type part
['RhcU protein    blr1822', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?z WHERE { resource:RhcU_protein____blr1822 property:cell_component ?z . ?z rdf:type ontology:part }
[]
part
Q14349455
SYSTEM
membrane
Q14349455
(Q24221713,P681,c(Q15989253))
action filter_type
action find
entity Q24221713
relation P681
type Q15989253
[ANSWER]
['Q24221713', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?z WHERE { resource:Q24221713 property:P681 ?z . ?z rdf:type ontology:Q15989253 }
membrane
membrane
action filter_type
action find
entity RhcU protein    blr1822
relation cell component
type part
['RhcU protein    blr1822', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?z WHERE { resource:RhcU_protein____blr1822 property:cell_component ?z . ?z rdf:type ontology:part }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Mult. entity type
P129
Q181394 Q181394 Q8386
USER
Which nutrients do max number of nutrients and drugs interact with ?
(c(Q181394)|c(Q8386),P129,c(Q181394))
action argmax
action union
action find_reverse_tuple_counts
relation P129
type Q181394
type Q181394
action find_reverse_tuple_counts
relation P129
type Q181394
type Q8386
[[{'concept': 'Q181394'}, {'concept': 'Q8386'}], 'P129', {'concept': 'Q181394'}]
SELECT DISTINCT ?o WHERE { { SELECT DISTINCT ( MAX ( ?b ) AS ?z ) { SELECT DISTINCT ( COUNT ( ?y ) AS ?b ) ?d WHERE { { ?y property:P129 ?d . ?d rdf:type ontology:Q181394 . ?y rdf:type ontology:Q181394 } UNION { ?y property:P129 ?d . ?d rdf:type ontology:Q181394 . ?y rdf:type ontology:Q8386 } } GROUP BY ?d } } . { SELECT DISTINCT ( COUNT ( ?e ) AS ?f ) ?o WHERE { { ?e property:P129 ?o . ?o rdf:type ontology:Q181394 . ?e rdf:type ontology:Q181394 } UNION { ?e property:P129 ?o . ?o rdf:type ontology:Q181394 . ?e rdf:type ontology:Q8386 } } GROUP BY ?o } . FILTER ( ?f = ?z ) }
action argmax
action union
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type nutrient
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type drug
[[{'concept': 'nutrient'}, {'concept': 'drug'}], 'physically interacts with', {'concept': 'nutrient'}]
SELECT DISTINCT ?o WHERE { { SELECT DISTINCT ( MAX ( ?b ) AS ?z ) { SELECT DISTINCT ( COUNT ( ?y ) AS ?b ) ?d WHERE { { ?y property:physically_interacts_with ?d . ?d rdf:type ontology:nutrient . ?y rdf:type ontology:nutrient } UNION { ?y property:physically_interacts_with ?d . ?d rdf:type ontology:nutrient . ?y rdf:type ontology:drug } } GROUP BY ?d } } . { SELECT DISTINCT ( COUNT ( ?e ) AS ?f ) ?o WHERE { { ?e property:physically_interacts_with ?o . ?o rdf:type ontology:nutrient . ?e rdf:type ontology:nutrient } UNION { ?e property:physically_interacts_with ?o . ?o rdf:type ontology:nutrient . ?e rdf:type ontology:drug } } GROUP BY ?o } . FILTER ( ?f = ?z ) }
[]
nutrient nutrient drug
Q1949517
SYSTEM
5-hydroxytryptamine receptor 2A
Q1949517
(c(Q181394)|c(Q8386),P129,c(Q181394))
action argmax
action union
action find_reverse_tuple_counts
relation P129
type Q181394
type Q181394
action find_reverse_tuple_counts
relation P129
type Q181394
type Q8386
Max number of nutrients and drugs interact with [ANSWER]
[[{'concept': 'Q181394'}, {'concept': 'Q8386'}], 'P129', {'concept': 'Q181394'}]
SELECT DISTINCT ?o WHERE { { SELECT DISTINCT ( MAX ( ?b ) AS ?z ) { SELECT DISTINCT ( COUNT ( ?y ) AS ?b ) ?d WHERE { { ?y property:P129 ?d . ?d rdf:type ontology:Q181394 . ?y rdf:type ontology:Q181394 } UNION { ?y property:P129 ?d . ?d rdf:type ontology:Q181394 . ?y rdf:type ontology:Q8386 } } GROUP BY ?d } } . { SELECT DISTINCT ( COUNT ( ?e ) AS ?f ) ?o WHERE { { ?e property:P129 ?o . ?o rdf:type ontology:Q181394 . ?e rdf:type ontology:Q181394 } UNION { ?e property:P129 ?o . ?o rdf:type ontology:Q181394 . ?e rdf:type ontology:Q8386 } } GROUP BY ?o } . FILTER ( ?f = ?z ) }
5-hydroxytryptamine receptor 2A
Max number of nutrients and drugs interact with 5-hydroxytryptamine receptor 2A
5-hydroxytryptamine receptor 2A
action argmax
action union
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type nutrient
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type drug
[[{'concept': 'nutrient'}, {'concept': 'drug'}], 'physically interacts with', {'concept': 'nutrient'}]
SELECT DISTINCT ?o WHERE { { SELECT DISTINCT ( MAX ( ?b ) AS ?z ) { SELECT DISTINCT ( COUNT ( ?y ) AS ?b ) ?d WHERE { { ?y property:physically_interacts_with ?d . ?d rdf:type ontology:nutrient . ?y rdf:type ontology:nutrient } UNION { ?y property:physically_interacts_with ?d . ?d rdf:type ontology:nutrient . ?y rdf:type ontology:drug } } GROUP BY ?d } } . { SELECT DISTINCT ( COUNT ( ?e ) AS ?f ) ?o WHERE { { ?e property:physically_interacts_with ?o . ?o rdf:type ontology:nutrient . ?e rdf:type ontology:nutrient } UNION { ?e property:physically_interacts_with ?o . ?o rdf:type ontology:nutrient . ?e rdf:type ontology:drug } } GROUP BY ?o } . FILTER ( ?f = ?z ) }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Mult. entity type
Q1949517 Q21109363
P129
Q8386
USER
How many drugs can interact with 5-hydroxytryptamine receptor 2A and 5-hydroxytryptamine receptor 6 ?
(c(Q8386),P129,Q1949517) (c(Q8386),P129,Q21109363)
action count
action intersection
action filter_type
action find_reverse
entity Q1949517
relation P129
type Q8386
action filter_type
action find_reverse
entity Q21109363
relation P129
type Q8386
[{'concept': 'Q8386'}, 'P129', 'Q1949517'] [{'concept': 'Q8386'}, 'P129', 'Q21109363']
SELECT DISTINCT ( COUNT ( ?l ) AS ?z ) WHERE { ?l property:P129 resource:Q1949517 . ?l rdf:type ontology:Q8386 . ?l property:P129 resource:Q21109363 . ?l rdf:type ontology:Q8386 }
5-hydroxytryptamine receptor 2A 5-hydroxytryptamine receptor 6
action count
action intersection
action filter_type
action find_reverse
entity 5-hydroxytryptamine receptor 2A
relation physically interacts with
type drug
action filter_type
action find_reverse
entity 5-hydroxytryptamine receptor 6
relation physically interacts with
type drug
[{'concept': 'drug'}, 'physically interacts with', '5-hydroxytryptamine receptor 2A'] [{'concept': 'drug'}, 'physically interacts with', '5-hydroxytryptamine receptor 6']
SELECT DISTINCT ( COUNT ( ?l ) AS ?z ) WHERE { ?l property:physically_interacts_with resource:5-hydroxytryptamine_receptor_2A . ?l rdf:type ontology:drug . ?l property:physically_interacts_with resource:5-hydroxytryptamine_receptor_6 . ?l rdf:type ontology:drug }
[]
drug
SYSTEM
18
Q58376 Q424446 Q58375 Q226905 Q6824154 Q424442 Q416701 Q23118 Q58614 Q419186 Q423520 Q412443 Q221361 Q201872 Q413581 Q407972 Q3563148 Q411932
(c(Q8386),P129,Q1949517) (c(Q8386),P129,Q21109363)
action count
action intersection
action filter_type
action find_reverse
entity Q1949517
relation P129
type Q8386
action filter_type
action find_reverse
entity Q21109363
relation P129
type Q8386
[ANSWER]
[{'concept': 'Q8386'}, 'P129', 'Q1949517'] [{'concept': 'Q8386'}, 'P129', 'Q21109363']
SELECT DISTINCT ( COUNT ( ?l ) AS ?z ) WHERE { ?l property:P129 resource:Q1949517 . ?l rdf:type ontology:Q8386 . ?l property:P129 resource:Q21109363 . ?l rdf:type ontology:Q8386 }
fluphenazine lisuride thioridazine zotepine methiothepin methysergide mianserin LSD loxapine ergotamine perphenazine risperidone clozapine Olanzapine bromocriptine chlorpromazine vortioxetine duloxetine
18
action count
action intersection
action filter_type
action find_reverse
entity 5-hydroxytryptamine receptor 2A
relation physically interacts with
type drug
action filter_type
action find_reverse
entity 5-hydroxytryptamine receptor 6
relation physically interacts with
type drug
[{'concept': 'drug'}, 'physically interacts with', '5-hydroxytryptamine receptor 2A'] [{'concept': 'drug'}, 'physically interacts with', '5-hydroxytryptamine receptor 6']
SELECT DISTINCT ( COUNT ( ?l ) AS ?z ) WHERE { ?l property:physically_interacts_with resource:5-hydroxytryptamine_receptor_2A . ?l rdf:type ontology:drug . ?l property:physically_interacts_with resource:5-hydroxytryptamine_receptor_6 . ?l rdf:type ontology:drug }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Mult. entity type
Q1949517 Q26989040
P921
Q732577
USER
How many publications are 5-hydroxytryptamine receptor 2A or intervention effectiveness research a main subject of ?
(c(Q732577),P921,Q1949517) (c(Q732577),P921,Q26989040)
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[{'concept': 'Q732577'}, 'P921', 'Q1949517'] [{'concept': 'Q732577'}, 'P921', 'Q26989040']
SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { { ?g property:P921 resource:Q1949517 . ?g rdf:type ontology:Q732577 } UNION { ?g property:P921 resource:Q26989040 . ?g rdf:type ontology:Q732577 } }
5-hydroxytryptamine receptor 2A intervention effectiveness research
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[{'concept': 'publication'}, 'main subject', '5-hydroxytryptamine receptor 2A'] [{'concept': 'publication'}, 'main subject', 'intervention effectiveness research']
SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { { ?g property:main_subject resource:5-hydroxytryptamine_receptor_2A . ?g rdf:type ontology:publication } UNION { ?g property:main_subject resource:intervention_effectiveness_research . ?g rdf:type ontology:publication } }
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publication
SYSTEM
42
Q25893504 Q25113207 Q24365633 Q24718080 Q26160266 Q24265787 Q24266266 Q25017277 Q25017355 Q25933020 Q24852321 Q24847067 Q26160200 Q24717661 Q24979016 Q26158633 Q24630633 Q25930713 Q24703127 Q25110518 Q25112568 Q24719031 Q26160146 Q26160288 Q25932500 Q24703209 Q24704264 Q24855143 Q24849297 Q26206375 Q24704532 Q25893189 Q25113372 Q24849213 Q23923809 Q24703747 Q26160370 Q24717799 Q24704599 Q24266036 Q25892028 Q26373566
(c(Q732577),P921,Q1949517) (c(Q732577),P921,Q26989040)
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entity Q1949517
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[ANSWER]
[{'concept': 'Q732577'}, 'P921', 'Q1949517'] [{'concept': 'Q732577'}, 'P921', 'Q26989040']
SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { { ?g property:P921 resource:Q1949517 . ?g rdf:type ontology:Q732577 } UNION { ?g property:P921 resource:Q26989040 . ?g rdf:type ontology:Q732577 } }
Workplace violence prevention in the mental health setting The impact of case studies in toolbox safety talks OSH program evaluation in manufacturing and small business The development of a satisfaction survey as a first step in evaluating NIOSH publications Evaluation of emergency service vehicle occupant safety Effects of an ergonomic intervention for computer work Improving farmers' self-protective behavior with a narrative-based tractor safety community education program Examining the impact of narrative case studies in toolbox talks for building construction Causal analysis of back belts to prevent low back pain Effectiveness of intervention on health Intervention to mitigate adverse effects of shift work Evaluating exposures under OSHA's 1984 EtO standard Certified safe farm: prospective research and sustainability Ergonomic analysis of residential construction tasks using a subjective assessment scale and evaluation of the influences of personal and workplace factors on perceived low back strain Issues in training emergency responders: is preparation for terrorism different from training for "ordinary" disasters? Assessment of noise controls commonly used on jumbo drills and bolters in western underground metal mines A focus group assessment of work organization risk factors for workplace violence in mental health Evaluation of four weight transfer devices for reducing loads on the lower back during agricultural stoop labor Partnering for successful ergonomics: a study of musculoskeletal disorders in mining Intervention studies in agricultural safety and health: California Agricultural Ergonomics Program Trial Smoking cessation at the worksite: what works and what is the role of occupational health? Prevention of upper extremity cumulative trauma disorders Agricultural safety and health best management practices Evaluating a farm safety training program with rural high school students Ladder simulation exercise for construction, mining, and other industries Violence prevention in the mental healthcare setting: evaluation of an intervention based on OSHA guidelines Managing human risk in livestock handling Implementing the California ergonomics standard in agricultural operations Testing and evaluation of an engineering noise control on a longwall stageloader The impact of OSHA inspections on manufacturing injuries Community partners for healthy farming: intervention research Evaluation of dust control technologies in construction tasks Evaluation of OSHA violence prevention guidelines in mental health Examining imagery and individualism-collectivism in workplace violence prevention The Effects of Scaling Height and Scaling Bar Design on Applied Forces and Bilateral Muscle Activity of the Back and Shoulders Evaluating the effectiveness of a logger safety training program in reducing injuries to loggers Intervention studies for construction safety and health Coupling safety and profit in dairy farming: an intervention in a high hazard industry Hazard recognition and risk communication tools: examples from mining, construction, and emergency response An evaluation of behavior-based interventions to increase safe driving Innovative bloodborne pathogen training for registered nurses Material properties affecting the stability of a 50-year-old rock dump in an active mine
42
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entity 5-hydroxytryptamine receptor 2A
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entity intervention effectiveness research
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[{'concept': 'publication'}, 'main subject', '5-hydroxytryptamine receptor 2A'] [{'concept': 'publication'}, 'main subject', 'intervention effectiveness research']
SELECT DISTINCT ( COUNT ( ?g ) AS ?a ) WHERE { { ?g property:main_subject resource:5-hydroxytryptamine_receptor_2A . ?g rdf:type ontology:publication } UNION { ?g property:main_subject resource:intervention_effectiveness_research . ?g rdf:type ontology:publication } }
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