Simple Question (Direct)
Simple Question
Q21132949
P703
Q16521
USER
Which taxon is Claudin-34 found in ?
(Q21132949,P703,c(Q16521))
action filter_type
action find
entity Q21132949
relation P703
type Q16521
['Q21132949', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?h WHERE { resource:Q21132949 property:P703 ?h . ?h rdf:type ontology:Q16521 }
Claudin-34
action filter_type
action find
entity Claudin-34
relation found in taxon
type taxon
['Claudin-34', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?h WHERE { resource:Claudin-34 property:found_in_taxon ?h . ?h rdf:type ontology:taxon }
[]
taxon
Q15978631
SYSTEM
Homo sapiens
Q15978631
(Q21132949,P703,c(Q16521))
action filter_type
action find
entity Q21132949
relation P703
type Q16521
Claudin-34 is found in [ANSWER]
['Q21132949', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?h WHERE { resource:Q21132949 property:P703 ?h . ?h rdf:type ontology:Q16521 }
Homo sapiens
Claudin-34 is found in Homo sapiens
Homo sapiens
action filter_type
action find
entity Claudin-34
relation found in taxon
type taxon
['Claudin-34', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?h WHERE { resource:Claudin-34 property:found_in_taxon ?h . ?h rdf:type ontology:taxon }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q21132949
P688
Q863908
USER
Which nucleic acid sequence encodes Claudin-34 ?
(c(Q863908),P688,Q21132949)
action filter_type
action find_reverse
entity Q21132949
relation P688
type Q863908
[{'concept': 'Q863908'}, 'P688', 'Q21132949']
SELECT DISTINCT ?h WHERE { ?h property:P688 resource:Q21132949 . ?h rdf:type ontology:Q863908 }
Claudin-34
action filter_type
action find_reverse
entity Claudin-34
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'Claudin-34']
SELECT DISTINCT ?h WHERE { ?h property:encodes resource:Claudin-34 . ?h rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q20970059
SYSTEM
CLDN34
Q20970059
(c(Q863908),P688,Q21132949)
action filter_type
action find_reverse
entity Q21132949
relation P688
type Q863908
[ANSWER] encodes Claudin-34
[{'concept': 'Q863908'}, 'P688', 'Q21132949']
SELECT DISTINCT ?h WHERE { ?h property:P688 resource:Q21132949 . ?h rdf:type ontology:Q863908 }
CLDN34
CLDN34 encodes Claudin-34
CLDN34
action filter_type
action find_reverse
entity Claudin-34
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'Claudin-34']
SELECT DISTINCT ?h WHERE { ?h property:encodes resource:Claudin-34 . ?h rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q20970059
P684
Q863908
USER
Which nucleic acid sequence is an orthologous gene for that one ?
(Q20970059,P684,c(Q863908))
action filter_type
action find
entity Q20970059
relation P684
type Q863908
['Q20970059', 'P684', {'concept': 'Q863908'}]
SELECT DISTINCT ?a WHERE { resource:Q20970059 property:P684 ?a . ?a rdf:type ontology:Q863908 }
CLDN34
action filter_type
action find
entity CLDN34
relation ortholog
type nucleic acid sequence
['CLDN34', 'ortholog', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?a WHERE { resource:CLDN34 property:ortholog ?a . ?a rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q18307795
SYSTEM
Cldn34-ps
Q18307795
(Q20970059,P684,c(Q863908))
action filter_type
action find
entity Q20970059
relation P684
type Q863908
[ANSWER] is an orthologous gene for that one
['Q20970059', 'P684', {'concept': 'Q863908'}]
SELECT DISTINCT ?a WHERE { resource:Q20970059 property:P684 ?a . ?a rdf:type ontology:Q863908 }
Cldn34-ps
Cldn34-ps is an orthologous gene for that one
Cldn34-ps
action filter_type
action find
entity CLDN34
relation ortholog
type nucleic acid sequence
['CLDN34', 'ortholog', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?a WHERE { resource:CLDN34 property:ortholog ?a . ?a rdf:type ontology:nucleic_acid_sequence }
[]
Verification (Boolean) (All)
Verification|2 entities, both direct
Q18307795 Q20970059
P684
Q863908
USER
Is CLDN34 an orthologous gene for Cldn34-ps ?
(Q18307795,P684,Q20970059)
action is_in
entity Q20970059
action find
entity Q18307795
relation P684
['Q18307795', 'P684', 'Q20970059']
ASK WHERE { resource:Q18307795 property:P684 resource:Q20970059 }
Cldn34-ps CLDN34
action is_in
entity CLDN34
action find
entity Cldn34-ps
relation ortholog
['Cldn34-ps', 'ortholog', 'CLDN34']
ASK WHERE { resource:Cldn34-ps property:ortholog resource:CLDN34 }
[]
nucleic acid sequence
SYSTEM
YES
(Q18307795,P684,Q20970059)
action is_in
entity Q20970059
action find
entity Q18307795
relation P684
[ANSWER]
['Q18307795', 'P684', 'Q20970059']
ASK WHERE { resource:Q18307795 property:P684 resource:Q20970059 }
Yes
action is_in
entity CLDN34
action find
entity Cldn34-ps
relation ortholog
['Cldn34-ps', 'ortholog', 'CLDN34']
ASK WHERE { resource:Cldn34-ps property:ortholog resource:CLDN34 }
[]
Verification (Boolean) (All)
Verification|2 entities, both direct
Q20970059 Q24151235
P688
Q181394
USER
Is putative type II secretion protein (GspI-like)    NRG857_14675 encoded by CLDN34 ?
(Q20970059,P688,Q24151235)
action is_in
entity Q24151235
action find
entity Q20970059
relation P688
['Q20970059', 'P688', 'Q24151235']
ASK WHERE { resource:Q20970059 property:P688 resource:Q24151235 }
CLDN34 putative type II secretion protein (GspI-like)    NRG857_14675
action is_in
entity putative type II secretion protein (GspI-like)    NRG857_14675
action find
entity CLDN34
relation encodes
['CLDN34', 'encodes', 'putative type II secretion protein (GspI-like)    NRG857_14675']
ASK WHERE { resource:CLDN34 property:encodes resource:putative_type_II_secretion_protein_(GspI-like)____NRG857_14675 }
[]
nutrient
SYSTEM
NO
(Q20970059,P688,Q24151235)
action is_in
entity Q24151235
action find
entity Q20970059
relation P688
[ANSWER]
['Q20970059', 'P688', 'Q24151235']
ASK WHERE { resource:Q20970059 property:P688 resource:Q24151235 }
No
action is_in
entity putative type II secretion protein (GspI-like)    NRG857_14675
action find
entity CLDN34
relation encodes
['CLDN34', 'encodes', 'putative type II secretion protein (GspI-like)    NRG857_14675']
ASK WHERE { resource:CLDN34 property:encodes resource:putative_type_II_secretion_protein_(GspI-like)____NRG857_14675 }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q15978631
P427
Q3343211
USER
What is the taxonomic type of Homo sapiens ?
(Q15978631,P427,c(Q3343211))
action filter_type
action find
entity Q15978631
relation P427
type Q3343211
['Q15978631', 'P427', {'concept': 'Q3343211'}]
SELECT DISTINCT ?u WHERE { resource:Q15978631 property:P427 ?u . ?u rdf:type ontology:Q3343211 }
Homo sapiens
action filter_type
action find
entity Homo sapiens
relation taxonomic type
type zoological nomenclature
['Homo sapiens', 'taxonomic type', {'concept': 'zoological nomenclature'}]
SELECT DISTINCT ?u WHERE { resource:Homo_sapiens property:taxonomic_type ?u . ?u rdf:type ontology:zoological_nomenclature }
[]
zoological nomenclature
Q1043
SYSTEM
Carl Linnaeus
Q1043
(Q15978631,P427,c(Q3343211))
action filter_type
action find
entity Q15978631
relation P427
type Q3343211
The taxonomic type of Homo sapiens is named [ANSWER]
['Q15978631', 'P427', {'concept': 'Q3343211'}]
SELECT DISTINCT ?u WHERE { resource:Q15978631 property:P427 ?u . ?u rdf:type ontology:Q3343211 }
Carl Linnaeus
The taxonomic type of Homo sapiens is named Carl Linnaeus
Carl Linnaeus
action filter_type
action find
entity Homo sapiens
relation taxonomic type
type zoological nomenclature
['Homo sapiens', 'taxonomic type', {'concept': 'zoological nomenclature'}]
SELECT DISTINCT ?u WHERE { resource:Homo_sapiens property:taxonomic_type ?u . ?u rdf:type ontology:zoological_nomenclature }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q1043
P20
Q2668072
USER
Where did that zoological nomenclature die ?
(Q1043,P20,c(Q2668072))
action filter_type
action find
entity Q1043
relation P20
type Q2668072
['Q1043', 'P20', {'concept': 'Q2668072'}]
SELECT DISTINCT ?p WHERE { resource:Q1043 property:P20 ?p . ?p rdf:type ontology:Q2668072 }
Carl Linnaeus
action filter_type
action find
entity Carl Linnaeus
relation place of death
type collection
['Carl Linnaeus', 'place of death', {'concept': 'collection'}]
SELECT DISTINCT ?p WHERE { resource:Carl_Linnaeus property:place_of_death ?p . ?p rdf:type ontology:collection }
[]
collection
Q1669062
SYSTEM
Linnaeus Hammarby
Q1669062
(Q1043,P20,c(Q2668072))
action filter_type
action find
entity Q1043
relation P20
type Q2668072
That zoological nomenclature died in [ANSWER]
['Q1043', 'P20', {'concept': 'Q2668072'}]
SELECT DISTINCT ?p WHERE { resource:Q1043 property:P20 ?p . ?p rdf:type ontology:Q2668072 }
Linnaeus Hammarby
That zoological nomenclature died in Linnaeus Hammarby
Linnaeus Hammarby
action filter_type
action find
entity Carl Linnaeus
relation place of death
type collection
['Carl Linnaeus', 'place of death', {'concept': 'collection'}]
SELECT DISTINCT ?p WHERE { resource:Carl_Linnaeus property:place_of_death ?p . ?p rdf:type ontology:collection }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q1043
P106
Q3412758
USER
What is the profession of Carl Linnaeus ?
(Q1043,P106,c(Q3412758))
action filter_type
action find
entity Q1043
relation P106
type Q3412758
['Q1043', 'P106', {'concept': 'Q3412758'}]
SELECT DISTINCT ?y WHERE { resource:Q1043 property:P106 ?y . ?y rdf:type ontology:Q3412758 }
Carl Linnaeus
action filter_type
action find
entity Carl Linnaeus
relation occupation
type qualification
['Carl Linnaeus', 'occupation', {'concept': 'qualification'}]
SELECT DISTINCT ?y WHERE { resource:Carl_Linnaeus property:occupation ?y . ?y rdf:type ontology:qualification }
[]
qualification
Q121594
SYSTEM
professor
Q121594
(Q1043,P106,c(Q3412758))
action filter_type
action find
entity Q1043
relation P106
type Q3412758
The profession of Carl Linnaeus is the [ANSWER]
['Q1043', 'P106', {'concept': 'Q3412758'}]
SELECT DISTINCT ?y WHERE { resource:Q1043 property:P106 ?y . ?y rdf:type ontology:Q3412758 }
professor
The profession of Carl Linnaeus is the professor
professor
action filter_type
action find
entity Carl Linnaeus
relation occupation
type qualification
['Carl Linnaeus', 'occupation', {'concept': 'qualification'}]
SELECT DISTINCT ?y WHERE { resource:Carl_Linnaeus property:occupation ?y . ?y rdf:type ontology:qualification }
[]
Simple Question (Ellipsis)
Incomplete|object parent is changed, subject and predicate remain same
Q1043
Q12737077
USER
And which occupation?
(Q1043,P106,c(Q12737077))
action filter_type
action find
entity Q1043
relation P106
type Q12737077
['Q1043', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ?h WHERE { resource:Q1043 property:P106 ?h . ?h rdf:type ontology:Q12737077 }
Carl Linnaeus
action filter_type
action find
entity Carl Linnaeus
relation occupation
type occupation
['Carl Linnaeus', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ?h WHERE { resource:Carl_Linnaeus property:occupation ?h . ?h rdf:type ontology:occupation }
[]
occupation
Q39631 Q2374149 Q520549
SYSTEM
physician, botanist, geologist
Q39631 Q2374149 Q520549
(Q1043,P106,c(Q12737077))
action filter_type
action find
entity Q1043
relation P106
type Q12737077
[ANSWERS]
['Q1043', 'P106', {'concept': 'Q12737077'}]
SELECT DISTINCT ?h WHERE { resource:Q1043 property:P106 ?h . ?h rdf:type ontology:Q12737077 }
physician botanist geologist
physician botanist geologist
action filter_type
action find
entity Carl Linnaeus
relation occupation
type occupation
['Carl Linnaeus', 'occupation', {'concept': 'occupation'}]
SELECT DISTINCT ?h WHERE { resource:Carl_Linnaeus property:occupation ?h . ?h rdf:type ontology:occupation }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Mult. entity type
P129
Q181394 Q8386 Q79529
USER
Which nutrients do max number of drugs and chemical substances communicate with ?
(c(Q8386)|c(Q79529),P129,c(Q181394))
action argmax
action union
action find_reverse_tuple_counts
relation P129
type Q181394
type Q8386
action find_reverse_tuple_counts
relation P129
type Q181394
type Q79529
[[{'concept': 'Q8386'}, {'concept': 'Q79529'}], 'P129', {'concept': 'Q181394'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MAX ( ?j ) AS ?t ) { SELECT DISTINCT ( COUNT ( ?v ) AS ?j ) ?k WHERE { VALUES ( ?z ) { ( ontology:Q8386 ) ( ontology:Q79529 ) } . ?v rdf:type ?z } GROUP BY ?k } } . { SELECT DISTINCT ( COUNT ( ?w ) AS ?l ) ?s WHERE { { ?w property:P129 ?s . ?s rdf:type ontology:Q181394 . ?w rdf:type ontology:Q8386 } UNION { ?w property:P129 ?s . ?s rdf:type ontology:Q181394 . ?w rdf:type ontology:Q79529 } } GROUP BY ?s } . FILTER ( ?l = ?t ) }
action argmax
action union
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type drug
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type chemical substance
[[{'concept': 'drug'}, {'concept': 'chemical substance'}], 'physically interacts with', {'concept': 'nutrient'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MAX ( ?j ) AS ?t ) { SELECT DISTINCT ( COUNT ( ?v ) AS ?j ) ?k WHERE { VALUES ( ?z ) { ( ontology:drug ) ( ontology:chemical_substance ) } . ?v rdf:type ?z } GROUP BY ?k } } . { SELECT DISTINCT ( COUNT ( ?w ) AS ?l ) ?s WHERE { { ?w property:physically_interacts_with ?s . ?s rdf:type ontology:nutrient . ?w rdf:type ontology:drug } UNION { ?w property:physically_interacts_with ?s . ?s rdf:type ontology:nutrient . ?w rdf:type ontology:chemical_substance } } GROUP BY ?s } . FILTER ( ?l = ?t ) }
[]
nutrient drug chemical substance
Q1949517
SYSTEM
5-hydroxytryptamine receptor 2A
Q1949517
(c(Q8386)|c(Q79529),P129,c(Q181394))
action argmax
action union
action find_reverse_tuple_counts
relation P129
type Q181394
type Q8386
action find_reverse_tuple_counts
relation P129
type Q181394
type Q79529
Which nutrients max number of drugs and chemical substances communicate with
[[{'concept': 'Q8386'}, {'concept': 'Q79529'}], 'P129', {'concept': 'Q181394'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MAX ( ?j ) AS ?t ) { SELECT DISTINCT ( COUNT ( ?v ) AS ?j ) ?k WHERE { VALUES ( ?z ) { ( ontology:Q8386 ) ( ontology:Q79529 ) } . ?v rdf:type ?z } GROUP BY ?k } } . { SELECT DISTINCT ( COUNT ( ?w ) AS ?l ) ?s WHERE { { ?w property:P129 ?s . ?s rdf:type ontology:Q181394 . ?w rdf:type ontology:Q8386 } UNION { ?w property:P129 ?s . ?s rdf:type ontology:Q181394 . ?w rdf:type ontology:Q79529 } } GROUP BY ?s } . FILTER ( ?l = ?t ) }
5-hydroxytryptamine receptor 2A
Which nutrients max number of drugs and chemical substances communicate with
5-hydroxytryptamine receptor 2A
action argmax
action union
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type drug
action find_reverse_tuple_counts
relation physically interacts with
type nutrient
type chemical substance
[[{'concept': 'drug'}, {'concept': 'chemical substance'}], 'physically interacts with', {'concept': 'nutrient'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MAX ( ?j ) AS ?t ) { SELECT DISTINCT ( COUNT ( ?v ) AS ?j ) ?k WHERE { VALUES ( ?z ) { ( ontology:drug ) ( ontology:chemical_substance ) } . ?v rdf:type ?z } GROUP BY ?k } } . { SELECT DISTINCT ( COUNT ( ?w ) AS ?l ) ?s WHERE { { ?w property:physically_interacts_with ?s . ?s rdf:type ontology:nutrient . ?w rdf:type ontology:drug } UNION { ?w property:physically_interacts_with ?s . ?s rdf:type ontology:nutrient . ?w rdf:type ontology:chemical_substance } } GROUP BY ?s } . FILTER ( ?l = ?t ) }
[]
Comparative Reasoning (Count) (All)
Comparative|Count over More/Less|Single entity type
Q21104832
P682
Q2996394 Q181394
USER
How many biological processes are a biological processes that around the same number of nutrients are involved in as synaptic vesicle exocytosis ?
(c(Q181394),P682,c(Q2996394))
action count
action approx
action find_reverse_tuple_counts
relation P682
type Q2996394
type Q181394
action count
action filter_type
action find
entity Q21104832
relation P682
type Q2996394
[{'concept': 'Q181394'}, 'P682', {'concept': 'Q2996394'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?q ) WHERE { FILTER ( ?f = ?n ) . { SELECT DISTINCT ( COUNT ( ?p ) AS ?n ) WHERE { ?p rdf:type ontology:Q2996394 . resource:Q21104832 property:P682 ?p } } . { SELECT DISTINCT ?s ( COUNT ( ?h ) AS ?f ) WHERE { ?h property:P682 ?s . ?s rdf:type ontology:Q2996394 . ?h rdf:type ontology:Q181394 } GROUP BY ?s } }
synaptic vesicle exocytosis
action count
action approx
action find_reverse_tuple_counts
relation biological process
type biological process
type nutrient
action count
action filter_type
action find
entity synaptic vesicle exocytosis
relation biological process
type biological process
[{'concept': 'nutrient'}, 'biological process', {'concept': 'biological process'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?q ) WHERE { FILTER ( ?f = ?n ) . { SELECT DISTINCT ( COUNT ( ?p ) AS ?n ) WHERE { ?p rdf:type ontology:biological_process . resource:synaptic_vesicle_exocytosis property:biological_process ?p } } . { SELECT DISTINCT ?s ( COUNT ( ?h ) AS ?f ) WHERE { ?h property:biological_process ?s . ?s rdf:type ontology:biological_process . ?h rdf:type ontology:nutrient } GROUP BY ?s } }
[]
biological process nutrient
SYSTEM
128
Q22294591 Q21172195 Q14862258 Q21107328 Q22295734 Q14860201 Q288322 Q14902079 Q14863388 Q14904219 Q14911711 Q22271492 Q22271494 Q14864899 Q22294585 Q21122953 Q21104659 Q14860196 Q22294349 Q14860198 Q14864005 Q15325345 Q22269626 Q22269531 Q24459941 Q21438150 Q14897640 Q208353 Q21114926 Q14865609 Q21116174 Q14876119 Q14877671 Q22272257 Q21097540 Q14864099 Q21103041 Q21444598 Q21136671 Q21111890 Q22253821 Q21101822 Q14863654 Q21109007 Q22271536 Q22279989 Q21127160 Q14865397 Q15314382 Q14859996 Q14865659 Q22294730 Q21171796 Q14331109 Q21149516 Q21130714 Q2663023 Q21120908 Q189159 Q22271501 Q22281166 Q22299432 Q14908045 Q14863467 Q21105147 Q21123910 Q15320925 Q163261 Q22298156 Q22271697 Q22269715 Q21119405 Q22297692 Q21130764 Q21750263 Q21762806 Q333666 Q21418091 Q14864443 Q14820875 Q21124921 Q21106668 Q14904764 Q21104990 Q14863664 Q22250139 Q14863667 Q21108563 Q21111494 Q14914540 Q17304930 Q21758676 Q22284328 Q21108938 Q21106266 Q14864210 Q14907898 Q21106018 Q22271479 Q22272219 Q14904772 Q14904771 Q14819471 Q14912956 Q21108839 Q22279704 Q14863453 Q14882364 Q14819856 Q21104832 Q21102309 Q22289134 Q14863538 Q22269699 Q14599729 Q22284230 Q14851921 Q21115753 Q24459846 Q22274350 Q21115817 Q14876924 Q14864904 Q14645719 Q14873676 Q21104842 Q21132115 Q21114820
(c(Q181394),P682,c(Q2996394))
action count
action approx
action find_reverse_tuple_counts
relation P682
type Q2996394
type Q181394
action count
action filter_type
action find
entity Q21104832
relation P682
type Q2996394
[ANSWER]
[{'concept': 'Q181394'}, 'P682', {'concept': 'Q2996394'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?q ) WHERE { FILTER ( ?f = ?n ) . { SELECT DISTINCT ( COUNT ( ?p ) AS ?n ) WHERE { ?p rdf:type ontology:Q2996394 . resource:Q21104832 property:P682 ?p } } . { SELECT DISTINCT ?s ( COUNT ( ?h ) AS ?f ) WHERE { ?h property:P682 ?s . ?s rdf:type ontology:Q2996394 . ?h rdf:type ontology:Q181394 } GROUP BY ?s } }
mitotic cell cycle arrest in response to pheromone positive regulation of growth factor dependent skeletal muscle satellite cell proliferation dopamine uptake involved in synaptic transmission development involved in symbiotic interaction leukocyte activation anatomical structure development autophagy T cell mediated cytotoxicity response to external stimulus developmental process involved in reproduction male meiosis detoxification of zinc ion detoxification of arsenic-containing substance acrosome matrix dispersal adaptation of signaling pathway by response to pheromone involved in conjugation with cellular fusion male pronucleus assembly detoxification of nitrogen compound developmental growth dormancy process anatomical structure formation involved in morphogenesis ovulation cycle pronuclear fusion single-organism developmental process filamentous growth manchette assembly protein activation cascade synaptic vesicle docking circadian rhythm complement-dependent cytotoxicity myeloid cell homeostasis synaptic vesicle targeting antigen processing and presentation cartilage condensation meiosis I DNA methylation involved in gamete generation ovulation cycle process protein unfolding positive regulation of flagellated sperm motility involved in capacitation female pronucleus assembly synaptic vesicle priming regulation of transcription involved in meiotic cell cycle response to redox state multicellular organismal reproductive process developmental induction response to pheromone involved in conjugation with cellular fusion gene conversion at mating-type locus, DNA double-strand break processing fertilization, exchange of chromosomal proteins T cell selection natural killer cell mediated cytotoxicity mesenchymal smoothened signaling pathway involved in prostate gland development tolerance induction karyogamy involved in conjugation with cellular fusion nitric oxide storage receptor localization to synapse organic substance metabolic process catabolic process cytolysis cellular localization cell growth multi-organism cellular process gene conversion at mating-type locus, DNA double-strand break formation nitrogen utilization menstrual cycle phase immune system development single organism reproductive process leukocyte mediated cytotoxicity locomotion involved in locomotory behavior acrosome reaction maintenance of cell number activation of immune response budding cell bud growth single-organism behavior spore germination ultradian rhythm FtsZ-dependent cytokinesis primary metabolic process abscission antibody-dependent cellular cytotoxicity response to inactivity response to activity P granule organization synaptic vesicle fusion to presynaptic active zone membrane primary ovarian follicle growth spermatid nucleus differentiation neurotransmitter secretion meiotic cell cycle process rhythmic behavior cellular response to stimulus activation of meiosis involved in egg activation female meiotic division cell cycle process carbon utilization peptide mating pheromone maturation involved in conjugation with cellular fusion preantral ovarian follicle growth carbohydrate utilization anatomical structure morphogenesis response to other organism cell separation after cytokinesis mycothiol-dependent detoxification detection of stimulus spermatogenesis, exchange of chromosomal proteins sperm chromatin condensation leukocyte migration ovarian cumulus expansion adhesion of symbiont to host gene conversion at mating-type locus, DNA repair synthesis leukocyte homeostasis killing of cells of other organism feeding behavior synaptic vesicle exocytosis response to abiotic stimulus cellular component organization pigmentation growth involved in symbiotic interaction response to estrogen cell wall organization or biogenesis hormone metabolic process behavioral response to nutrient intermicrovillar adhesion phenotypic switching directional locomotion cellular metabolic process response to biotic stimulus locomotory behavior cell motility chromosome localization to nuclear envelope involved in homologous chromosome segregation prevention of polyspermy spermatid nucleus elongation
128
action count
action approx
action find_reverse_tuple_counts
relation biological process
type biological process
type nutrient
action count
action filter_type
action find
entity synaptic vesicle exocytosis
relation biological process
type biological process
[{'concept': 'nutrient'}, 'biological process', {'concept': 'biological process'}]
SELECT DISTINCT ( COUNT ( ?s ) AS ?q ) WHERE { FILTER ( ?f = ?n ) . { SELECT DISTINCT ( COUNT ( ?p ) AS ?n ) WHERE { ?p rdf:type ontology:biological_process . resource:synaptic_vesicle_exocytosis property:biological_process ?p } } . { SELECT DISTINCT ?s ( COUNT ( ?h ) AS ?f ) WHERE { ?h property:biological_process ?s . ?s rdf:type ontology:biological_process . ?h rdf:type ontology:nutrient } GROUP BY ?s } }
[]
Quantitative Reasoning (All)
Quantitative|Min/Max|Mult. entity type
P180
Q16521 Q17335294 Q838948
USER
Which taxons are depicted in min number of coats of arms and works of art ?
(c(Q17335294)|c(Q838948),P180,c(Q16521))
action argmin
action union
action find_reverse_tuple_counts
relation P180
type Q16521
type Q17335294
action find_reverse_tuple_counts
relation P180
type Q16521
type Q838948
[[{'concept': 'Q17335294'}, {'concept': 'Q838948'}], 'P180', {'concept': 'Q16521'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MIN ( ?m ) AS ?z ) { SELECT DISTINCT ?x ( COUNT ( ?i ) AS ?m ) WHERE { ?i rdf:type ?h . VALUES ( ?h ) { ( ontology:Q17335294 ) ( ontology:Q838948 ) } } GROUP BY ?x } } . { SELECT DISTINCT ?s ( COUNT ( ?k ) AS ?e ) WHERE { { ?k property:P180 ?s . ?s rdf:type ontology:Q16521 . ?k rdf:type ontology:Q838948 } UNION { ?s rdf:type ontology:Q16521 . ?k rdf:type ontology:Q17335294 . ?k property:P180 ?s } } GROUP BY ?s } . FILTER ( ?e = ?z ) }
action argmin
action union
action find_reverse_tuple_counts
relation depicts
type taxon
type flag or coat of arms
action find_reverse_tuple_counts
relation depicts
type taxon
type work of art
[[{'concept': 'flag or coat of arms'}, {'concept': 'work of art'}], 'depicts', {'concept': 'taxon'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MIN ( ?m ) AS ?z ) { SELECT DISTINCT ?x ( COUNT ( ?i ) AS ?m ) WHERE { ?i rdf:type ?h . VALUES ( ?h ) { ( ontology:flag_or_coat_of_arms ) ( ontology:work_of_art ) } } GROUP BY ?x } } . { SELECT DISTINCT ?s ( COUNT ( ?k ) AS ?e ) WHERE { { ?k property:depicts ?s . ?s rdf:type ontology:taxon . ?k rdf:type ontology:work_of_art } UNION { ?s rdf:type ontology:taxon . ?k rdf:type ontology:flag_or_coat_of_arms . ?k property:depicts ?s } } GROUP BY ?s } . FILTER ( ?e = ?z ) }
[]
taxon flag or coat of arms work of art
Q28425 Q14560 Q148650
SYSTEM
Chiroptera, Cactaceae, Nymphaeaceae
Q156895 Q74363 Q179367 Q71516 Q161185 Q25292 Q312736 Q10872 Q36341 Q1029638 Q131113 Q12648 Q10998 Q59882 Q756901 Q2751223 Q12861234 Q28298 Q5239844 Q93201 Q25365 Q143284 Q15879 Q3281198 Q132826 Q25402 Q25403 Q25404 Q25408 Q131340 Q158699 Q157619 Q147783 Q36050 Q206998 Q192056 Q159370 Q202955 Q27725 Q122679 Q213336 Q136874 Q128685 Q161068 Q36715 Q745 Q577736 Q161066 Q26106 Q163963 Q14560 Q147325 Q158271 Q335113 Q21659 Q14469221 Q180404 Q23485 Q4712487 Q223930 Q333166 Q61865 Q652016 Q101711 Q1324463 Q3916957 Q242851 Q7215110 Q182976 Q81513 Q28367 Q4979192 Q81666 Q6401215 Q379761 Q158657 Q25312 Q25314 Q205106 Q782073 Q158863 Q30046 Q25709 Q12117 Q80117 Q163025 Q27164 Q45669 Q1902297 Q15735642 Q147295 Q188212 Q262307 Q6408 Q135022 Q157236 Q82562 Q28507 Q43084 Q83310 Q310387 Q4036311 Q37383 Q14326 Q178973 Q132922 Q145777 Q855800 Q200184 Q158091 Q18498 Q602028 Q212398 Q157449 Q2162397 Q147520 Q147678 Q753235 Q1000370 Q25761 Q36146 Q80066 Q958823 Q312054 Q158617 Q25485 Q46360 Q25356 Q475629 Q25350 Q188949 Q948739 Q43300 Q2373541 Q160835 Q134486 Q3384 Q216944 Q3614370 Q157624 Q5214900 Q25418 Q157180 Q148650 Q130918 Q159537 Q101538 Q157211 Q3355098 Q43169 Q28425 Q478530 Q12024 Q149312 Q156207 Q477179 Q192190 Q109995 Q26114 Q3171877 Q127134 Q2724806 Q171497 Q30944 Q1257150 Q125337 Q44789 Q7391 Q131880 Q172923 Q245181 Q3544136 Q26209 Q81110 Q201701 Q156533 Q27682 Q39918 Q157552 Q159811 Q155878 Q156921 Q48428 Q2396858 Q7224565 Q131565 Q1642639 Q25900 Q165437 Q40152 Q179863 Q13180 Q104819 Q43238 Q13189 Q177856 Q2047589 Q133006 Q55805 Q25308 Q22671 Q1390 Q82014 Q651012 Q157952 Q312131 Q7216874 Q131044 Q24192472 Q26158 Q149851 Q47722 Q128550 Q5986917 Q1267453 Q26764 Q1426766 Q25767 Q1452250 Q37686 Q160107 Q79915 Q1493 Q471914 Q434 Q165206 Q10850 Q156606 Q130201 Q157511 Q146684 Q155833 Q29465 Q22724 Q146095 Q388162 Q2821956 Q2360058 Q645804 Q111346 Q25497 Q46076 Q500 Q104212 Q25243 Q188879 Q29858 Q158286 Q25341 Q25347 Q25345 Q37453 Q102857 Q1038113 Q27961 Q189014 Q38584 Q47542 Q3237652 Q80005 Q164013 Q157739 Q25332 Q25239 Q311468 Q138945 Q30024 Q3127419 Q4115567 Q232129 Q27742 Q2984138 Q855133 Q82728 Q25348 Q178559 Q6565319 Q10811 Q117085 Q291670 Q201959 Q156307 Q500383 Q150064 Q131770 Q165152 Q7386 Q187943 Q217497 Q517130 Q1443415 Q242602 Q83483 Q25386 Q25383 Q25382 Q25380 Q339803 Q2576337 Q25388 Q27690 Q31431 Q843173 Q157017 Q2565286 Q2796766 Q44120 Q146269 Q156935 Q164686 Q132557 Q25273 Q147 Q201231 Q201235 Q27589 Q161939 Q26913 Q190903 Q25375 Q775470 Q158974 Q130980 Q1047931 Q917187 Q124969 Q171004 Q81602 Q157763 Q129324 Q729 Q187852 Q228283 Q21188 Q208600 Q335992 Q269195 Q26899 Q207427 Q149335 Q191674 Q220925 Q30063 Q147149 Q15083 Q40994 Q179333 Q309490 Q157503 Q3377275 Q7901176 Q26135 Q13099586 Q34687 Q146149 Q147316 Q128887 Q23907 Q147641 Q191019 Q127849 Q157343 Q43365 Q25334 Q156901 Q381584 Q170831 Q146130 Q156047 Q138047 Q15370610 Q1245878 Q158703 Q53636 Q4968112 Q749577 Q37083 Q26354 Q14683 Q3645698 Q25324 Q189466 Q130933 Q854884 Q25329 Q25247 Q157806 Q43624 Q3170508 Q158984 Q183361 Q159420 Q147105 Q34706 Q581590 Q18847 Q25353 Q42292 Q209239 Q1401371 Q79803 Q35051 Q158795 Q157154 Q61105 Q43489 Q25851 Q146186 Q27618 Q156099 Q146604 Q13541716 Q14334 Q7540 Q26626 Q158082 Q907937 Q8327
(c(Q17335294)|c(Q838948),P180,c(Q16521))
action argmin
action union
action find_reverse_tuple_counts
relation P180
type Q16521
type Q17335294
action find_reverse_tuple_counts
relation P180
type Q16521
type Q838948
[ANSWERS] are depicted in min number of coats of arms and works of art
[[{'concept': 'Q17335294'}, {'concept': 'Q838948'}], 'P180', {'concept': 'Q16521'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MIN ( ?m ) AS ?z ) { SELECT DISTINCT ?x ( COUNT ( ?i ) AS ?m ) WHERE { ?i rdf:type ?h . VALUES ( ?h ) { ( ontology:Q17335294 ) ( ontology:Q838948 ) } } GROUP BY ?x } } . { SELECT DISTINCT ?s ( COUNT ( ?k ) AS ?e ) WHERE { { ?k property:P180 ?s . ?s rdf:type ontology:Q16521 . ?k rdf:type ontology:Q838948 } UNION { ?s rdf:type ontology:Q16521 . ?k rdf:type ontology:Q17335294 . ?k property:P180 ?s } } GROUP BY ?s } . FILTER ( ?e = ?z ) }
Betula pendula Hippocampus European Roller dromedary Passiflora Phoenix dactylifera Pandanus tectorius Archaea brown bear Red colobus Ulmus domestic short-haired cat Solanum tuberosum Chrysanthemum pocket gopher Carp Viola × wittrockiana Apium graveolens Gloxinia Tulipa Crane Black Woodpecker lizard Acer sino-oblongum Sabal Cygnus olor Fagus Eurasian Blue Tit Achillea millefolium chamois european Peacock red dead-nettle Poa pratensis Salix Erica adder Erysimum cheiri oriole Anatinae rosemary Hippopotamidae Lilium philadelphicum Anguilliformes Nasturtium mammoth Fragaria Dicynodon Fuchsia Grey Partridge Agrostis stolonifera Cactaceae Malva nasturtium Golden Pheasant Galliformes Terebra subulata elk Allium cepa Albion game Sarus Crane Indian Peafowl Phlox Convallaria majalis Nautilus turnip Muscovy duck Secale common roach Citrus Asparagus officinalis Bovinae Acacia Prunus subg. Prunus Black-crowned crane Malus pumila Diptera angiosperms Zinnia Melaleuca alternifolia Lychnis Vitis vinifera Eurasian Bittern cereal Caridea Platanus Leucanthemum vulgare Eucalyptus Conus marmoreus Mussel Cyclamen Galeocerdo cuvier crested porcupine Ranidae Camelidae Liriodendron Anserini Ciconiidae Piper nigrum Mus musculus Megatherium Clithon Arachis hypogaea Apatosaurus Mustela putorius furo Bactrian camel Convolvulaceae Erithacus Lutrinae Acanthus gray wolf Teleosaurus Monarch butterfly Syringa Trientalis borealis Typha latifolia Trona stercoraria labyrinthodont Pinales Common Shelduck Ficus carica dragonfly Angelica sylvestris Irish Elk Begonia Great Tit tortoise Populus Trillium Abies Woolly rhinoceros Cassis cornuta Cydonia oblonga Flamingo tongue snail Fringillidae Lilium auratum Brassica rapa Juglandaceae Amitabha urbsinterdictensis Betula pubescens Danaideae European Goldfinch Alchemilla Nymphaeaceae Dahlia Primula vulgaris Trifolium Geranium Citrus ×sinensis crocodylid Chiroptera Rosa alba Pinus Calystegia Gladiolus cantaloupe holly Galanthus nivalis Eurasian Woodcock Cittarium pica Aloe Wigeon Helianthus annuus Streptopelia Murex tribulus Citrus reticulata Morus bee Philodendron Capra turkey vulture Megaloceros Great Spotted Woodpecker Cyprinus carpio pufferfish Foxgloves Alcea rosea Prunus dulcis cowslip Lilium candidum Black Grouse Centaurea cyanus bird of prey Clupea harengus radish Ichthyosaurus chick Leporidae beet Octopoda Greater flamingo Rubus subg. Rubus Malus Poaceae Prunus persica Griffon Vulture Blossom Asian elephant albatross Orchidaceae Coleoptera insects Jasminum Viperinae Dracaena draco Mosasaurus Veronica Cygnus atratus Potentilla glaucophylla Bellis perennis Sequoiadendron giganteum broccoli Cedrus Azalea Hooded Visorbearer Pieris brassicae Leymus arenarius yellow-tail Geococcyx chameleon Delphinium Common kingfisher Ananas comosus Pandanus Pyrus Erysimum Rodentia Rhesus macaque Papaver rhoeas Leucojum Fragaria vesca Nerium oleander Narcissus Ovis Viola Siphonaptera Abronia fragrans Cineraria Morpho Convolvulus arvensis Bovidae Lepus Citrus ×limon common hop Betula Atlantic salmon lark anemone Passeriformes moss stoat Prunus armeniaca honey bee Nephropidae Matthiola European chub dingo Castor Dianthus ferns Hyacinthoides non-scripta Platanus occidentalis Western Osprey alder Barringtonia asiatica Anoplotherium Taraxacum Herring Lupinus texensis American badger Equus ferus pigeon bittern American bison Mallard poultry Syringa vulgaris reptile Ilex Clintonia borealis Capsicum Salix babylonica Spondias dulcis Citrus medica Hylaeosaurus Myrtus Formicidae Pronghorn African fish eagle aster Haustellum haustellum Oreamnos americanus sea urchin Rook Common Chaffinch Eurasian Bullfinch Sparrowhawk Gossypium sturtianum Struthio Eurasian Golden Oriole Homarus gammarus parrot Pyrrhula Magnolia California golden bear Salmon Prunus domestica Populus alba Hypericum Plantago Crataegus Grey Heron kitten cassowary Electrophorus electricus Laridae Fritillaria imperialis harbor seal herbaceous plant Odonata Cleyera japonica Primula Iguanodon Dactylis Chamaecyparis obtusa Corylus avellana grizzly bear Cucumis melo Prunus mume castanea animal red-breasted goose Felis Laurus Sardina pilchardus grey-crowned crane Plesiosaur Aesculus hippocastanum Nelumbo Sequoioideae pike Vinca Matthiola incana Myosotis Northern giraffe walrus bird-of-paradise Pterodactylus Fritillaria Green pea Ursinae Bohemian Waxwing pear Rosa Fagus sylvatica Ananas Fraxinus cheetah Aquilegia Vitis Tilia Veronica chamaedrys Corvus European Robin Iris Cynoglossum officinale Long-tailed Tit Ranunculus Lonicera Palaeotherium Consolida samia Gardenia taitensis box Anura Brimeura duvigneaudii Paradisaea raggiana Olea europaea Hedera helix House Sparrow Lotus Canidae Bighorn sheep Eurasian Eagle-Owl Pinus thunbergii Artiodactyla Upupa epops crocus Trochilidae Nerita Dianthus caryophyllus Anser Petunia × hybrida Paeonia leopard Fork-tailed Woodnymph Common moorhen Northern Goshawk Acer Columba swallow Cavia porcellus cabbage Eschscholzia californica Plantago major Cedrus libani falcon European rabbit Medlar Matricaria Dianthus Ribes nigrum Rubus fruticosus wolverine eggplant Scolopacidae heliotrope Iris sanguinea Psittacidae
Chiroptera, Cactaceae and Nymphaeaceae are depicted in min number of coats of arms and works of art
Chiroptera Cactaceae Nymphaeaceae
action argmin
action union
action find_reverse_tuple_counts
relation depicts
type taxon
type flag or coat of arms
action find_reverse_tuple_counts
relation depicts
type taxon
type work of art
[[{'concept': 'flag or coat of arms'}, {'concept': 'work of art'}], 'depicts', {'concept': 'taxon'}]
SELECT DISTINCT ?s WHERE { { SELECT DISTINCT ( MIN ( ?m ) AS ?z ) { SELECT DISTINCT ?x ( COUNT ( ?i ) AS ?m ) WHERE { ?i rdf:type ?h . VALUES ( ?h ) { ( ontology:flag_or_coat_of_arms ) ( ontology:work_of_art ) } } GROUP BY ?x } } . { SELECT DISTINCT ?s ( COUNT ( ?k ) AS ?e ) WHERE { { ?k property:depicts ?s . ?s rdf:type ontology:taxon . ?k rdf:type ontology:work_of_art } UNION { ?s rdf:type ontology:taxon . ?k rdf:type ontology:flag_or_coat_of_arms . ?k property:depicts ?s } } GROUP BY ?s } . FILTER ( ?e = ?z ) }
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