Simple Question (Direct)
Simple Question
Q21118297
P681
Q15989253
USER
Which is the cell component of E3 ubiquitin-protein ligase RNF139 ?
(Q21118297,P681,c(Q15989253))
action filter_type
action find
entity Q21118297
relation P681
type Q15989253
['Q21118297', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?j WHERE { resource:Q21118297 property:P681 ?j . ?j rdf:type ontology:Q15989253 }
E3 ubiquitin-protein ligase RNF139
action filter_type
action find
entity E3 ubiquitin-protein ligase RNF139
relation cell component
type part
['E3 ubiquitin-protein ligase RNF139', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?j WHERE { resource:E3_ubiquitin-protein_ligase_RNF139 property:cell_component ?j . ?j rdf:type ontology:part }
[]
part
Q14349455
SYSTEM
membrane
Q14349455
(Q21118297,P681,c(Q15989253))
action filter_type
action find
entity Q21118297
relation P681
type Q15989253
[ANSWER] is the cell component of E3 ubiquitin-protein ligase RNF139
['Q21118297', 'P681', {'concept': 'Q15989253'}]
SELECT DISTINCT ?j WHERE { resource:Q21118297 property:P681 ?j . ?j rdf:type ontology:Q15989253 }
membrane
Membrane is the cell component of E3 ubiquitin-protein ligase RNF139
membrane
action filter_type
action find
entity E3 ubiquitin-protein ligase RNF139
relation cell component
type part
['E3 ubiquitin-protein ligase RNF139', 'cell component', {'concept': 'part'}]
SELECT DISTINCT ?j WHERE { resource:E3_ubiquitin-protein_ligase_RNF139 property:cell_component ?j . ?j rdf:type ontology:part }
[]
Simple Question (Direct)
Simple Question|Single Entity
Q21118297
P688
Q863908
USER
What is the nucleic acid sequence that is encoded by E3 ubiquitin-protein ligase RNF139 ?
(c(Q863908),P688,Q21118297)
action filter_type
action find_reverse
entity Q21118297
relation P688
type Q863908
[{'concept': 'Q863908'}, 'P688', 'Q21118297']
SELECT DISTINCT ?q WHERE { ?q property:P688 resource:Q21118297 . ?q rdf:type ontology:Q863908 }
E3 ubiquitin-protein ligase RNF139
action filter_type
action find_reverse
entity E3 ubiquitin-protein ligase RNF139
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'E3 ubiquitin-protein ligase RNF139']
SELECT DISTINCT ?q WHERE { ?q property:encodes resource:E3_ubiquitin-protein_ligase_RNF139 . ?q rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q18036421
SYSTEM
RNF139
Q18036421
(c(Q863908),P688,Q21118297)
action filter_type
action find_reverse
entity Q21118297
relation P688
type Q863908
The nucleic acid sequence that is encoded by E3 ubiquitin-protein ligase RNF 139 is active [ANSWER]
[{'concept': 'Q863908'}, 'P688', 'Q21118297']
SELECT DISTINCT ?q WHERE { ?q property:P688 resource:Q21118297 . ?q rdf:type ontology:Q863908 }
RNF139
The nucleic acid sequence that is encoded by E3 ubiquitin-protein ligase RNF 139 is active RNF139
RNF139
action filter_type
action find_reverse
entity E3 ubiquitin-protein ligase RNF139
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'E3 ubiquitin-protein ligase RNF139']
SELECT DISTINCT ?q WHERE { ?q property:encodes resource:E3_ubiquitin-protein_ligase_RNF139 . ?q rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q18036421
P684
Q863908
USER
Which nucleic acid sequence is an orthologous gene for that one ?
(Q18036421,P684,c(Q863908))
action filter_type
action find
entity Q18036421
relation P684
type Q863908
['Q18036421', 'P684', {'concept': 'Q863908'}]
SELECT DISTINCT ?a WHERE { resource:Q18036421 property:P684 ?a . ?a rdf:type ontology:Q863908 }
RNF139
action filter_type
action find
entity RNF139
relation ortholog
type nucleic acid sequence
['RNF139', 'ortholog', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?a WHERE { resource:RNF139 property:ortholog ?a . ?a rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
Q18267707
SYSTEM
Rnf139
Q18267707
(Q18036421,P684,c(Q863908))
action filter_type
action find
entity Q18036421
relation P684
type Q863908
[ANSWER] is an orthologous gene for that one
['Q18036421', 'P684', {'concept': 'Q863908'}]
SELECT DISTINCT ?a WHERE { resource:Q18036421 property:P684 ?a . ?a rdf:type ontology:Q863908 }
Rnf139
Rnf139 is an orthologous gene for that one
Rnf139
action filter_type
action find
entity RNF139
relation ortholog
type nucleic acid sequence
['RNF139', 'ortholog', {'concept': 'nucleic acid sequence'}]
SELECT DISTINCT ?a WHERE { resource:RNF139 property:ortholog ?a . ?a rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q18267707
P703
Q16521
USER
Which taxon is that nucleic acid sequence found in ?
(Q18267707,P703,c(Q16521))
action filter_type
action find
entity Q18267707
relation P703
type Q16521
['Q18267707', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?t WHERE { resource:Q18267707 property:P703 ?t . ?t rdf:type ontology:Q16521 }
Rnf139
action filter_type
action find
entity Rnf139
relation found in taxon
type taxon
['Rnf139', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?t WHERE { resource:Rnf139 property:found_in_taxon ?t . ?t rdf:type ontology:taxon }
[]
taxon
Q83310
SYSTEM
Mus musculus
Q83310
(Q18267707,P703,c(Q16521))
action filter_type
action find
entity Q18267707
relation P703
type Q16521
That nucleic acid sequence is found in [ANSWER]
['Q18267707', 'P703', {'concept': 'Q16521'}]
SELECT DISTINCT ?t WHERE { resource:Q18267707 property:P703 ?t . ?t rdf:type ontology:Q16521 }
Mus musculus
That nucleic acid sequence is found in Mus musculus
Mus musculus
action filter_type
action find
entity Rnf139
relation found in taxon
type taxon
['Rnf139', 'found in taxon', {'concept': 'taxon'}]
SELECT DISTINCT ?t WHERE { resource:Rnf139 property:found_in_taxon ?t . ?t rdf:type ontology:taxon }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q18267707
P702
Q181394
USER
What is encoded by that nucleic acid sequence ?
(c(Q181394),P702,Q83310)
action filter_type
action find_reverse
entity Q18267707
relation P702
type Q181394
[{'concept': 'Q181394'}, 'P702', 'Q83310']
SELECT DISTINCT ?q WHERE { ?q property:P702 resource:Q18267707 . ?q rdf:type ontology:Q181394 }
Rnf139
action filter_type
action find_reverse
entity Rnf139
relation encoded by
type nutrient
[{'concept': 'nutrient'}, 'encoded by', 'Mus musculus']
SELECT DISTINCT ?q WHERE { ?q property:encoded_by resource:Rnf139 . ?q rdf:type ontology:nutrient }
[]
nutrient
Q21989064
SYSTEM
E3 ubiquitin-protein ligase RNF139
Q21989064
(c(Q181394),P702,Q83310)
action filter_type
action find_reverse
entity Q18267707
relation P702
type Q181394
The [ANSWER] is encoded by that nucleic acid sequence
[{'concept': 'Q181394'}, 'P702', 'Q83310']
SELECT DISTINCT ?q WHERE { ?q property:P702 resource:Q18267707 . ?q rdf:type ontology:Q181394 }
E3 ubiquitin-protein ligase RNF139
The E3 ubiquitin-protein ligase RNF139 is encoded by that nucleic acid sequence
E3 ubiquitin-protein ligase RNF139
action filter_type
action find_reverse
entity Rnf139
relation encoded by
type nutrient
[{'concept': 'nutrient'}, 'encoded by', 'Mus musculus']
SELECT DISTINCT ?q WHERE { ?q property:encoded_by resource:Rnf139 . ?q rdf:type ontology:nutrient }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Single entity type|Indirect
P688
Q863908
USER
How many nucleic acid sequences encode that nutrient ?
(c(Q863908),P688,Q21989064)
action count
action filter_type
action find_reverse
entity Q21989064
relation P688
type Q863908
[{'concept': 'Q863908'}, 'P688', 'Q21989064']
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { ?h rdf:type ontology:Q863908 . ?h property:P688 resource:Q21989064 }
action count
action filter_type
action find_reverse
entity E3 ubiquitin-protein ligase RNF139
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'E3 ubiquitin-protein ligase RNF139']
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { ?h rdf:type ontology:nucleic_acid_sequence . ?h property:encodes resource:E3_ubiquitin-protein_ligase_RNF139 }
[]
nucleic acid sequence
SYSTEM
1
Q18267707
(c(Q863908),P688,Q21989064)
action count
action filter_type
action find_reverse
entity Q21989064
relation P688
type Q863908
[ANSWER]
[{'concept': 'Q863908'}, 'P688', 'Q21989064']
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { ?h rdf:type ontology:Q863908 . ?h property:P688 resource:Q21989064 }
Rnf139
1
action count
action filter_type
action find_reverse
entity E3 ubiquitin-protein ligase RNF139
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'E3 ubiquitin-protein ligase RNF139']
SELECT DISTINCT ( COUNT ( ?h ) AS ?r ) WHERE { ?h rdf:type ontology:nucleic_acid_sequence . ?h property:encodes resource:E3_ubiquitin-protein_ligase_RNF139 }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Single entity type
Q21989064
P688
Q863908
USER
How many nucleic acid sequences encodes E3 ubiquitin-protein ligase RNF139 ?
(c(Q863908),P688,Q21989064)
action count
action filter_type
action find_reverse
entity Q21989064
relation P688
type Q863908
[{'concept': 'Q863908'}, 'P688', 'Q21989064']
SELECT DISTINCT ( COUNT ( ?d ) AS ?k ) WHERE { ?d property:P688 resource:Q21989064 . ?d rdf:type ontology:Q863908 }
E3 ubiquitin-protein ligase RNF139
action count
action filter_type
action find_reverse
entity E3 ubiquitin-protein ligase RNF139
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'E3 ubiquitin-protein ligase RNF139']
SELECT DISTINCT ( COUNT ( ?d ) AS ?k ) WHERE { ?d property:encodes resource:E3_ubiquitin-protein_ligase_RNF139 . ?d rdf:type ontology:nucleic_acid_sequence }
[]
nucleic acid sequence
SYSTEM
1
Q18267707
(c(Q863908),P688,Q21989064)
action count
action filter_type
action find_reverse
entity Q21989064
relation P688
type Q863908
[ANSWER]
[{'concept': 'Q863908'}, 'P688', 'Q21989064']
SELECT DISTINCT ( COUNT ( ?d ) AS ?k ) WHERE { ?d property:P688 resource:Q21989064 . ?d rdf:type ontology:Q863908 }
Rnf139
1
action count
action filter_type
action find_reverse
entity E3 ubiquitin-protein ligase RNF139
relation encodes
type nucleic acid sequence
[{'concept': 'nucleic acid sequence'}, 'encodes', 'E3 ubiquitin-protein ligase RNF139']
SELECT DISTINCT ( COUNT ( ?d ) AS ?k ) WHERE { ?d property:encodes resource:E3_ubiquitin-protein_ligase_RNF139 . ?d rdf:type ontology:nucleic_acid_sequence }
[]
Simple Question (Coreferenced)
Simple Question|Single Entity|Indirect
Q21989064
P680
Q44424
USER
Which the chemical bonds that represents the molecular function of that nutrient ?
action filter_type
action find
entity Q21989064
relation P680
type Q44424
SELECT DISTINCT ?n WHERE { resource:Q21989064 property:P680 ?n . ?n rdf:type ontology:Q44424 }
E3 ubiquitin-protein ligase RNF139
action filter_type
action find
entity E3 ubiquitin-protein ligase RNF139
relation molecular function
type chemical bond
SELECT DISTINCT ?n WHERE { resource:E3_ubiquitin-protein_ligase_RNF139 property:molecular_function ?n . ?n rdf:type ontology:chemical_bond }
[]
chemical bond
Q14633865 Q13667380
SYSTEM
zinc ion binding, metal ion binding
Q14633865 Q13667380
action filter_type
action find
entity Q21989064
relation P680
type Q44424
Represents The [ANSWERS]
SELECT DISTINCT ?n WHERE { resource:Q21989064 property:P680 ?n . ?n rdf:type ontology:Q44424 }
zinc ion binding metal ion binding
Represents The zinc ion binding and metal ion binding
zinc ion binding metal ion binding
action filter_type
action find
entity E3 ubiquitin-protein ligase RNF139
relation molecular function
type chemical bond
SELECT DISTINCT ?n WHERE { resource:E3_ubiquitin-protein_ligase_RNF139 property:molecular_function ?n . ?n rdf:type ontology:chemical_bond }
[]
Comparative Reasoning (Count) (All)
Comparative|Count over More/Less|Single entity type
Q14863538
P682
Q2996394 Q181394
USER
How many biological processes are less number of nutrients involved in than pigmentation ?
(c(Q181394),P682,c(Q2996394))
action count
action less
action find_reverse_tuple_counts
relation P682
type Q2996394
type Q181394
action count
action filter_type
action find_reverse
entity Q14863538
relation P682
type Q181394
[{'concept': 'Q181394'}, 'P682', {'concept': 'Q2996394'}]
SELECT DISTINCT ( COUNT ( ?w ) AS ?t ) WHERE { { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?j property:P682 ?w . ?j rdf:type ontology:Q181394 . ?w rdf:type ontology:Q2996394 } GROUP BY ?w } . { SELECT DISTINCT ( COUNT ( ?m ) AS ?s ) WHERE { ?m property:P682 resource:Q14863538 . ?m rdf:type ontology:Q181394 } } . FILTER ( ?o < ?s ) }
pigmentation
action count
action less
action find_reverse_tuple_counts
relation biological process
type biological process
type nutrient
action count
action filter_type
action find_reverse
entity pigmentation
relation biological process
type nutrient
[{'concept': 'nutrient'}, 'biological process', {'concept': 'biological process'}]
SELECT DISTINCT ( COUNT ( ?w ) AS ?t ) WHERE { { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?j property:biological_process ?w . ?j rdf:type ontology:nutrient . ?w rdf:type ontology:biological_process } GROUP BY ?w } . { SELECT DISTINCT ( COUNT ( ?m ) AS ?s ) WHERE { ?m property:biological_process resource:pigmentation . ?m rdf:type ontology:nutrient } } . FILTER ( ?o < ?s ) }
[]
biological process nutrient
SYSTEM
113
Q22294591 Q21172195 Q14862258 Q21107328 Q22295734 Q14860201 Q14902079 Q14863388 Q14904219 Q14911711 Q22271492 Q22271494 Q14864899 Q22294585 Q21122953 Q21104659 Q14860196 Q22294349 Q14860198 Q14864005 Q15325345 Q22269626 Q22269531 Q24459941 Q21438150 Q14897640 Q21114926 Q14865609 Q21116174 Q14877671 Q22272257 Q21097540 Q14864099 Q21103041 Q21444598 Q21136671 Q21111890 Q22253821 Q21101822 Q14863654 Q21109007 Q22271536 Q22279989 Q21127160 Q14865397 Q15314382 Q14859996 Q14865659 Q22294730 Q21171796 Q14331109 Q21130714 Q21120908 Q22271501 Q22281166 Q22299432 Q14908045 Q14863467 Q21105147 Q21123910 Q15320925 Q163261 Q22298156 Q22271697 Q22269715 Q21119405 Q22297692 Q21130764 Q21762806 Q333666 Q21418091 Q14864443 Q21124921 Q21106668 Q14904764 Q21104990 Q22250139 Q14863667 Q21108563 Q21111494 Q14914540 Q17304930 Q21758676 Q22284328 Q21108938 Q21106266 Q14907898 Q21106018 Q22271479 Q22272219 Q14904772 Q14904771 Q14912956 Q21108839 Q22279704 Q14863453 Q14882364 Q14819856 Q21104832 Q21102309 Q22289134 Q22269699 Q22284230 Q14851921 Q21115753 Q24459846 Q22274350 Q21115817 Q14864904 Q14873676 Q21104842 Q21132115 Q21114820
(c(Q181394),P682,c(Q2996394))
action count
action less
action find_reverse_tuple_counts
relation P682
type Q2996394
type Q181394
action count
action filter_type
action find_reverse
entity Q14863538
relation P682
type Q181394
[ANSWER]
[{'concept': 'Q181394'}, 'P682', {'concept': 'Q2996394'}]
SELECT DISTINCT ( COUNT ( ?w ) AS ?t ) WHERE { { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?j property:P682 ?w . ?j rdf:type ontology:Q181394 . ?w rdf:type ontology:Q2996394 } GROUP BY ?w } . { SELECT DISTINCT ( COUNT ( ?m ) AS ?s ) WHERE { ?m property:P682 resource:Q14863538 . ?m rdf:type ontology:Q181394 } } . FILTER ( ?o < ?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 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 complement-dependent cytotoxicity myeloid cell homeostasis synaptic vesicle targeting 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 catabolic process cellular localization 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 primary metabolic process abscission antibody-dependent cellular cytotoxicity response to inactivity P granule organization synaptic vesicle fusion to presynaptic active zone membrane primary ovarian follicle growth spermatid nucleus differentiation 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 response to other organism cell separation after cytokinesis mycothiol-dependent detoxification detection of stimulus spermatogenesis, exchange of chromosomal proteins sperm chromatin condensation 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 growth involved in symbiotic interaction cell wall organization or biogenesis hormone metabolic process behavioral response to nutrient intermicrovillar adhesion phenotypic switching directional locomotion response to biotic stimulus cell motility chromosome localization to nuclear envelope involved in homologous chromosome segregation prevention of polyspermy spermatid nucleus elongation
113
action count
action less
action find_reverse_tuple_counts
relation biological process
type biological process
type nutrient
action count
action filter_type
action find_reverse
entity pigmentation
relation biological process
type nutrient
[{'concept': 'nutrient'}, 'biological process', {'concept': 'biological process'}]
SELECT DISTINCT ( COUNT ( ?w ) AS ?t ) WHERE { { SELECT DISTINCT ?w ( COUNT ( ?j ) AS ?o ) WHERE { ?j property:biological_process ?w . ?j rdf:type ontology:nutrient . ?w rdf:type ontology:biological_process } GROUP BY ?w } . { SELECT DISTINCT ( COUNT ( ?m ) AS ?s ) WHERE { ?m property:biological_process resource:pigmentation . ?m rdf:type ontology:nutrient } } . FILTER ( ?o < ?s ) }
[]
Comparative Reasoning (Count) (All)
Comparative|Count over More/Less|Single entity type|Incomplete
Q14865609
P682
Q2996394 Q181394
USER
And also tell me about myeloid cell homeostasis?
(c(Q181394),P682,c(Q2996394))
action count
action less
action find_reverse_tuple_counts
relation P682
type Q2996394
type Q181394
action count
action filter_type
action find_reverse
entity Q14865609
relation P682
type Q181394
[{'concept': 'Q181394'}, 'P682', {'concept': 'Q2996394'}]
SELECT DISTINCT ( COUNT ( ?f ) AS ?n ) WHERE { { SELECT DISTINCT ?f ( COUNT ( ?d ) AS ?c ) WHERE { ?d property:P682 ?f . ?f rdf:type ontology:Q2996394 . ?d rdf:type ontology:Q181394 } GROUP BY ?f } . FILTER ( ?c < ?s ) . { SELECT DISTINCT ( COUNT ( ?j ) AS ?s ) WHERE { ?j property:P682 resource:Q14865609 . ?j rdf:type ontology:Q181394 } } }
myeloid cell homeostasis
action count
action less
action find_reverse_tuple_counts
relation biological process
type biological process
type nutrient
action count
action filter_type
action find_reverse
entity myeloid cell homeostasis
relation biological process
type nutrient
[{'concept': 'nutrient'}, 'biological process', {'concept': 'biological process'}]
SELECT DISTINCT ( COUNT ( ?f ) AS ?n ) WHERE { { SELECT DISTINCT ?f ( COUNT ( ?d ) AS ?c ) WHERE { ?d property:biological_process ?f . ?f rdf:type ontology:biological_process . ?d rdf:type ontology:nutrient } GROUP BY ?f } . FILTER ( ?c < ?s ) . { SELECT DISTINCT ( COUNT ( ?j ) AS ?s ) WHERE { ?j property:biological_process resource:myeloid_cell_homeostasis . ?j rdf:type ontology:nutrient } } }
[]
biological process nutrient
SYSTEM
81
Q22294591 Q21172195 Q14862258 Q21107328 Q22295734 Q14904219 Q22271492 Q22271494 Q14864899 Q22294585 Q21122953 Q21104659 Q22294349 Q15325345 Q22269626 Q24459941 Q21438150 Q14897640 Q21114926 Q21116174 Q14864099 Q21444598 Q21136671 Q21111890 Q22253821 Q14863654 Q21109007 Q22271536 Q22279989 Q21127160 Q14865397 Q14859996 Q14865659 Q22294730 Q21171796 Q21120908 Q22271501 Q22281166 Q14908045 Q14863467 Q21105147 Q21123910 Q15320925 Q22298156 Q22271697 Q22269715 Q21119405 Q21130764 Q333666 Q21418091 Q14864443 Q21124921 Q14904764 Q21104990 Q22250139 Q14863667 Q21108563 Q21111494 Q17304930 Q22284328 Q21108938 Q21106266 Q14907898 Q22271479 Q22272219 Q14904772 Q14904771 Q14912956 Q21108839 Q22279704 Q14863453 Q21102309 Q22269699 Q22284230 Q21115753 Q24459846 Q22274350 Q21115817 Q21104842 Q21132115 Q21114820
(c(Q181394),P682,c(Q2996394))
action count
action less
action find_reverse_tuple_counts
relation P682
type Q2996394
type Q181394
action count
action filter_type
action find_reverse
entity Q14865609
relation P682
type Q181394
[ANSWER]
[{'concept': 'Q181394'}, 'P682', {'concept': 'Q2996394'}]
SELECT DISTINCT ( COUNT ( ?f ) AS ?n ) WHERE { { SELECT DISTINCT ?f ( COUNT ( ?d ) AS ?c ) WHERE { ?d property:P682 ?f . ?f rdf:type ontology:Q2996394 . ?d rdf:type ontology:Q181394 } GROUP BY ?f } . FILTER ( ?c < ?s ) . { SELECT DISTINCT ( COUNT ( ?j ) AS ?s ) WHERE { ?j property:P682 resource:Q14865609 . ?j rdf:type ontology:Q181394 } } }
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 developmental process involved in reproduction 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 dormancy process pronuclear fusion single-organism developmental process manchette assembly protein activation cascade synaptic vesicle docking complement-dependent cytotoxicity synaptic vesicle targeting ovulation cycle process positive regulation of flagellated sperm motility involved in capacitation female pronucleus assembly synaptic vesicle priming regulation of transcription involved in meiotic cell cycle 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 mesenchymal smoothened signaling pathway involved in prostate gland development tolerance induction karyogamy involved in conjugation with cellular fusion nitric oxide storage cellular localization multi-organism cellular process gene conversion at mating-type locus, DNA double-strand break formation menstrual cycle phase immune system development single organism reproductive process leukocyte mediated cytotoxicity locomotion involved in locomotory behavior maintenance of cell number activation of immune response budding cell bud growth single-organism behavior ultradian rhythm abscission antibody-dependent cellular cytotoxicity response to inactivity P granule organization primary ovarian follicle growth spermatid nucleus differentiation meiotic cell cycle process rhythmic behavior cellular response to stimulus activation of meiosis involved in egg activation cell cycle process peptide mating pheromone maturation involved in conjugation with cellular fusion preantral ovarian follicle growth carbohydrate utilization response to other organism mycothiol-dependent detoxification detection of stimulus spermatogenesis, exchange of chromosomal proteins sperm chromatin condensation ovarian cumulus expansion adhesion of symbiont to host gene conversion at mating-type locus, DNA repair synthesis leukocyte homeostasis response to abiotic stimulus growth involved in symbiotic interaction cell wall organization or biogenesis behavioral response to nutrient intermicrovillar adhesion phenotypic switching directional locomotion chromosome localization to nuclear envelope involved in homologous chromosome segregation prevention of polyspermy spermatid nucleus elongation
81
action count
action less
action find_reverse_tuple_counts
relation biological process
type biological process
type nutrient
action count
action filter_type
action find_reverse
entity myeloid cell homeostasis
relation biological process
type nutrient
[{'concept': 'nutrient'}, 'biological process', {'concept': 'biological process'}]
SELECT DISTINCT ( COUNT ( ?f ) AS ?n ) WHERE { { SELECT DISTINCT ?f ( COUNT ( ?d ) AS ?c ) WHERE { ?d property:biological_process ?f . ?f rdf:type ontology:biological_process . ?d rdf:type ontology:nutrient } GROUP BY ?f } . FILTER ( ?c < ?s ) . { SELECT DISTINCT ( COUNT ( ?j ) AS ?s ) WHERE { ?j property:biological_process resource:myeloid_cell_homeostasis . ?j rdf:type ontology:nutrient } } }
[]
Quantitative Reasoning (Count) (All)
Incomplete count-based ques
Q1274056
Q15619164
USER
And what about Shadow Man?
(Q1274056,P144,c(Q15619164))
action count
action filter_type
action find
entity Q1274056
relation P144
type Q15619164
['Q1274056', 'P144', {'concept': 'Q15619164'}]
SELECT DISTINCT ( COUNT ( ?e ) AS ?u ) WHERE { resource:Q1274056 property:P144 ?e . ?e rdf:type ontology:Q15619164 }
Shadow Man
action count
action filter_type
action find
entity Shadow Man
relation based on
type abstract being
['Shadow Man', 'based on', {'concept': 'abstract being'}]
SELECT DISTINCT ( COUNT ( ?e ) AS ?u ) WHERE { resource:Shadow_Man property:based_on ?e . ?e rdf:type ontology:abstract_being }
[]
abstract being
SYSTEM
1
(Q1274056,P144,c(Q15619164))
action count
action filter_type
action find
entity Q1274056
relation P144
type Q15619164
[ANSWER]
['Q1274056', 'P144', {'concept': 'Q15619164'}]
SELECT DISTINCT ( COUNT ( ?e ) AS ?u ) WHERE { resource:Q1274056 property:P144 ?e . ?e rdf:type ontology:Q15619164 }
1
action count
action filter_type
action find
entity Shadow Man
relation based on
type abstract being
['Shadow Man', 'based on', {'concept': 'abstract being'}]
SELECT DISTINCT ( COUNT ( ?e ) AS ?u ) WHERE { resource:Shadow_Man property:based_on ?e . ?e rdf:type ontology:abstract_being }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Logical operators
Q1274056
P400
Q241317 Q7397
USER
How many computing platforms and software are the computing platforms for which Shadow Man were specifically designed ?
(Q1274056,P400,c(Q241317)) (Q1274056,P400,c(Q7397))
action count
action union
action filter_type
action find
entity Q1274056
relation P400
type Q241317
action filter_type
action find
entity Q1274056
relation P400
type Q7397
['Q1274056', 'P400', {'concept': 'Q241317'}] ['Q1274056', 'P400', {'concept': 'Q7397'}]
SELECT DISTINCT ( COUNT ( ?j ) AS ?u ) WHERE { { resource:Q1274056 property:P400 ?j . ?j rdf:type ontology:Q7397 } UNION { resource:Q1274056 property:P400 ?j . ?j rdf:type ontology:Q241317 } }
Shadow Man
action count
action union
action filter_type
action find
entity Shadow Man
relation platform
type computing platform
action filter_type
action find
entity Shadow Man
relation platform
type software
['Shadow Man', 'platform', {'concept': 'computing platform'}] ['Shadow Man', 'platform', {'concept': 'software'}]
SELECT DISTINCT ( COUNT ( ?j ) AS ?u ) WHERE { { resource:Shadow_Man property:platform ?j . ?j rdf:type ontology:software } UNION { resource:Shadow_Man property:platform ?j . ?j rdf:type ontology:computing_platform } }
[]
computing platform software
SYSTEM
2 computing platforms and 1 software
Q10677 Q184839 Q14116
(Q1274056,P400,c(Q241317)) (Q1274056,P400,c(Q7397))
action count
action union
action filter_type
action find
entity Q1274056
relation P400
type Q241317
action filter_type
action find
entity Q1274056
relation P400
type Q7397
[ANSWER]
['Q1274056', 'P400', {'concept': 'Q241317'}] ['Q1274056', 'P400', {'concept': 'Q7397'}]
SELECT DISTINCT ( COUNT ( ?j ) AS ?u ) WHERE { { resource:Q1274056 property:P400 ?j . ?j rdf:type ontology:Q7397 } UNION { resource:Q1274056 property:P400 ?j . ?j rdf:type ontology:Q241317 } }
PlayStation Nintendo 64 macOS
2 computing platforms and 1 software
action count
action union
action filter_type
action find
entity Shadow Man
relation platform
type computing platform
action filter_type
action find
entity Shadow Man
relation platform
type software
['Shadow Man', 'platform', {'concept': 'computing platform'}] ['Shadow Man', 'platform', {'concept': 'software'}]
SELECT DISTINCT ( COUNT ( ?j ) AS ?u ) WHERE { { resource:Shadow_Man property:platform ?j . ?j rdf:type ontology:software } UNION { resource:Shadow_Man property:platform ?j . ?j rdf:type ontology:computing_platform } }
[]
Quantitative Reasoning (Count) (All)
Quantitative|Count|Logical operators
Q83310
P703
Q502895 Q20011319
USER
How many people or parts of a plant are found in Mus musculus ?
(c(Q502895),P703,Q83310) (c(Q20011319),P703,Q83310)
action count
action union
action filter_type
action find_reverse
entity Q83310
relation P703
type Q502895
action filter_type
action find_reverse
entity Q83310
relation P703
type Q20011319
[{'concept': 'Q502895'}, 'P703', 'Q83310'] [{'concept': 'Q20011319'}, 'P703', 'Q83310']
SELECT DISTINCT ( COUNT ( ?v ) AS ?c ) WHERE { VALUES ( ?r ) { ( ontology:Q20011319 ) ( ontology:Q502895 ) } . ?v rdf:type ?r }
Mus musculus
action count
action union
action filter_type
action find_reverse
entity Mus musculus
relation found in taxon
type common name
action filter_type
action find_reverse
entity Mus musculus
relation found in taxon
type part of a plant
[{'concept': 'common name'}, 'found in taxon', 'Mus musculus'] [{'concept': 'part of a plant'}, 'found in taxon', 'Mus musculus']
SELECT DISTINCT ( COUNT ( ?v ) AS ?c ) WHERE { VALUES ( ?r ) { ( ontology:part_of_a_plant ) ( ontology:common_name ) } . ?v rdf:type ?r }
[]
common name part of a plant
SYSTEM
2
Q21986794 Q18694508
(c(Q502895),P703,Q83310) (c(Q20011319),P703,Q83310)
action count
action union
action filter_type
action find_reverse
entity Q83310
relation P703
type Q502895
action filter_type
action find_reverse
entity Q83310
relation P703
type Q20011319
[ANSWER]
[{'concept': 'Q502895'}, 'P703', 'Q83310'] [{'concept': 'Q20011319'}, 'P703', 'Q83310']
SELECT DISTINCT ( COUNT ( ?v ) AS ?c ) WHERE { VALUES ( ?r ) { ( ontology:Q20011319 ) ( ontology:Q502895 ) } . ?v rdf:type ?r }
E3 ubiquitin-protein ligase SIAH1B mouse mitochondrion
2
action count
action union
action filter_type
action find_reverse
entity Mus musculus
relation found in taxon
type common name
action filter_type
action find_reverse
entity Mus musculus
relation found in taxon
type part of a plant
[{'concept': 'common name'}, 'found in taxon', 'Mus musculus'] [{'concept': 'part of a plant'}, 'found in taxon', 'Mus musculus']
SELECT DISTINCT ( COUNT ( ?v ) AS ?c ) WHERE { VALUES ( ?r ) { ( ontology:part_of_a_plant ) ( ontology:common_name ) } . ?v rdf:type ?r }
[]