[ GO:0001956 ! positive regulation of neurotransmitter secretion ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0001956 ! positive regulation of neurotransmitter secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0001956 ! positive regulation of neurotransmitter secretion ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0005915 ! zonula adherens ] is_a [ GO:0043296 ! apical junction complex ] asserted: [ GO:0005915 ! zonula adherens ] part_of [ GO:0043296 ! apical junction complex ] because of rule: genus_differentia : [ GO:0043296 ! apical junction complex ] is defined as { a [ GO:0005911 ! cell-cell junction ] that part_of [ GO:0016327 ! apicolateral plasma membrane ] } , and it is the case that [ GO:0005915 ! zonula adherens ] is_a [ GO:0005911 ! cell-cell junction ] and [ GO:0005915 ! zonula adherens ] part_of [ GO:0016327 ! apicolateral plasma membrane ] [ GO:0005918 ! septate junction ] is_a [ GO:0043296 ! apical junction complex ] asserted: [ GO:0005918 ! septate junction ] part_of [ GO:0043296 ! apical junction complex ] because of rule: genus_differentia : [ GO:0043296 ! apical junction complex ] is defined as { a [ GO:0005911 ! cell-cell junction ] that part_of [ GO:0016327 ! apicolateral plasma membrane ] } , and it is the case that [ GO:0005918 ! septate junction ] is_a [ GO:0005911 ! cell-cell junction ] and [ GO:0005918 ! septate junction ] part_of [ GO:0016327 ! apicolateral plasma membrane ] [ GO:0005923 ! tight junction ] is_a [ GO:0043296 ! apical junction complex ] asserted: [ GO:0005923 ! tight junction ] part_of [ GO:0043296 ! apical junction complex ] because of rule: genus_differentia : [ GO:0043296 ! apical junction complex ] is defined as { a [ GO:0005911 ! cell-cell junction ] that part_of [ GO:0016327 ! apicolateral plasma membrane ] } , and it is the case that [ GO:0005923 ! tight junction ] is_a [ GO:0005911 ! cell-cell junction ] and [ GO:0005923 ! tight junction ] part_of [ GO:0016327 ! apicolateral plasma membrane ] [ GO:0014048 ! regulation of glutamate secretion ] is_a [ GO:0023051 ! regulation of signaling process ] because of rule: genus_differentia : [ GO:0023051 ! regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014048 ! regulation of glutamate secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014048 ! regulation of glutamate secretion ] regulates [ GO:0023046 ! signaling process ] [ GO:0014049 ! positive regulation of glutamate secretion ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014049 ! positive regulation of glutamate secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014049 ! positive regulation of glutamate secretion ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0014050 ! negative regulation of glutamate secretion ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014050 ! negative regulation of glutamate secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014050 ! negative regulation of glutamate secretion ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0014052 ! regulation of gamma-aminobutyric acid secretion ] is_a [ GO:0023051 ! regulation of signaling process ] because of rule: genus_differentia : [ GO:0023051 ! regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014052 ! regulation of gamma-aminobutyric acid secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014052 ! regulation of gamma-aminobutyric acid secretion ] regulates [ GO:0023046 ! signaling process ] [ GO:0014053 ! negative regulation of gamma-aminobutyric acid secretion ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014053 ! negative regulation of gamma-aminobutyric acid secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014053 ! negative regulation of gamma-aminobutyric acid secretion ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0014054 ! positive regulation of gamma-aminobutyric acid secretion ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014054 ! positive regulation of gamma-aminobutyric acid secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014054 ! positive regulation of gamma-aminobutyric acid secretion ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0014059 ! regulation of dopamine secretion ] is_a [ GO:0023051 ! regulation of signaling process ] because of rule: genus_differentia : [ GO:0023051 ! regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014059 ! regulation of dopamine secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014059 ! regulation of dopamine secretion ] regulates [ GO:0023046 ! signaling process ] [ GO:0014062 ! regulation of serotonin secretion ] is_a [ GO:0023051 ! regulation of signaling process ] because of rule: genus_differentia : [ GO:0023051 ! regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014062 ! regulation of serotonin secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014062 ! regulation of serotonin secretion ] regulates [ GO:0023046 ! signaling process ] [ GO:0014063 ! negative regulation of serotonin secretion ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014063 ! negative regulation of serotonin secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014063 ! negative regulation of serotonin secretion ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0014064 ! positive regulation of serotonin secretion ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0014064 ! positive regulation of serotonin secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0014064 ! positive regulation of serotonin secretion ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0030875 ! rDNA protrusion ] is_a [ GO:0030874 ! nucleolar chromatin ] asserted: [ GO:0030875 ! rDNA protrusion ] part_of [ GO:0030874 ! nucleolar chromatin ] because of rule: genus_differentia : [ GO:0030874 ! nucleolar chromatin ] is defined as { a [ GO:0044452 ! nucleolar part ] that part_of [ GO:0000790 ! nuclear chromatin ] } , and it is the case that [ GO:0030875 ! rDNA protrusion ] is_a [ GO:0044452 ! nucleolar part ] and [ GO:0030875 ! rDNA protrusion ] part_of [ GO:0000790 ! nuclear chromatin ] [ GO:0033602 ! negative regulation of dopamine secretion ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0033602 ! negative regulation of dopamine secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0033602 ! negative regulation of dopamine secretion ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0033603 ! positive regulation of dopamine secretion ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0033603 ! positive regulation of dopamine secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0033603 ! positive regulation of dopamine secretion ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0035003 ! subapical complex ] is_a [ GO:0044459 ! plasma membrane part ] entailed: [ GO:0035003 ! subapical complex ] part_of [ GO:0044459 ! plasma membrane part ] because of rule: genus_differentia : [ GO:0044459 ! plasma membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005886 ! plasma membrane ] } , and it is the case that [ GO:0035003 ! subapical complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0035003 ! subapical complex ] part_of [ GO:0005886 ! plasma membrane ] [ GO:0044460 ! flagellum part ] is_a [ GO:0044424 ! intracellular part ] entailed: [ GO:0044460 ! flagellum part ] part_of [ GO:0044424 ! intracellular part ] because of rule: genus_differentia : [ GO:0044424 ! intracellular part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005622 ! intracellular ] } , and it is the case that [ GO:0044460 ! flagellum part ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0044460 ! flagellum part ] part_of [ GO:0005622 ! intracellular ] [ GO:0046883 ! regulation of hormone secretion ] is_a [ GO:0023051 ! regulation of signaling process ] because of rule: genus_differentia : [ GO:0023051 ! regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0046883 ! regulation of hormone secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0046883 ! regulation of hormone secretion ] regulates [ GO:0023046 ! signaling process ] [ GO:0046887 ! positive regulation of hormone secretion ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0046887 ! positive regulation of hormone secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0046887 ! positive regulation of hormone secretion ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0046888 ! negative regulation of hormone secretion ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0046888 ! negative regulation of hormone secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0046888 ! negative regulation of hormone secretion ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0046929 ! negative regulation of neurotransmitter secretion ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0046929 ! negative regulation of neurotransmitter secretion ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0046929 ! negative regulation of neurotransmitter secretion ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0051969 ! regulation of transmission of nerve impulse ] is_a [ GO:0023051 ! regulation of signaling process ] because of rule: genus_differentia : [ GO:0023051 ! regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0051969 ! regulation of transmission of nerve impulse ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0051969 ! regulation of transmission of nerve impulse ] regulates [ GO:0023046 ! signaling process ] [ GO:0051970 ! negative regulation of transmission of nerve impulse ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0051970 ! negative regulation of transmission of nerve impulse ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0051970 ! negative regulation of transmission of nerve impulse ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0051971 ! positive regulation of transmission of nerve impulse ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0051971 ! positive regulation of transmission of nerve impulse ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0051971 ! positive regulation of transmission of nerve impulse ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0060148 ! positive regulation of posttranscriptional gene silencing ] is_a [ GO:0048522 ! positive regulation of cellular process ] because of rule: genus_differentia : [ GO:0048522 ! positive regulation of cellular process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0009987 ! cellular process ] } , and it is the case that [ GO:0060148 ! positive regulation of posttranscriptional gene silencing ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0060148 ! positive regulation of posttranscriptional gene silencing ] positively_regulates [ GO:0009987 ! cellular process ] [ GO:2000015 ! regulation of determination of dorsal identity ] is_a [ GO:0051239 ! regulation of multicellular organismal process ] because of rule: genus_differentia : [ GO:0051239 ! regulation of multicellular organismal process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0032501 ! multicellular organismal process ] } , and it is the case that [ GO:2000015 ! regulation of determination of dorsal identity ] is_a [ GO:0065007 ! biological regulation ] and [ GO:2000015 ! regulation of determination of dorsal identity ] regulates [ GO:0032501 ! multicellular organismal process ] [ GO:2000018 ! regulation of male gonad development ] is_a [ GO:0051239 ! regulation of multicellular organismal process ] because of rule: genus_differentia : [ GO:0051239 ! regulation of multicellular organismal process ] is defined as { a [ GO:0065007 ! biological regulation ] that regulates [ GO:0032501 ! multicellular organismal process ] } , and it is the case that [ GO:2000018 ! regulation of male gonad development ] is_a [ GO:0065007 ! biological regulation ] and [ GO:2000018 ! regulation of male gonad development ] regulates [ GO:0032501 ! multicellular organismal process ] [ GO:0000812 ! Swr1 complex ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0000812 ! Swr1 complex ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0000812 ! Swr1 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0000812 ! Swr1 complex ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0001960 ! negative regulation of cytokine-mediated signaling pathway ] is_a [ GO:0023057 ! negative regulation of signaling process ] because of rule: genus_differentia : [ GO:0023057 ! negative regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0001960 ! negative regulation of cytokine-mediated signaling pathway ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0001960 ! negative regulation of cytokine-mediated signaling pathway ] negatively_regulates [ GO:0023046 ! signaling process ] [ GO:0001961 ! positive regulation of cytokine-mediated signaling pathway ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0001961 ! positive regulation of cytokine-mediated signaling pathway ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0001961 ! positive regulation of cytokine-mediated signaling pathway ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0002137 ! nuclear cluster ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0002137 ! nuclear cluster ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0002137 ! nuclear cluster ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0002137 ! nuclear cluster ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0002142 ! stereocilia ankle link complex ] is_a [ GO:0044464 ! cell part ] entailed: [ GO:0002142 ! stereocilia ankle link complex ] part_of [ GO:0044464 ! cell part ] because of rule: genus_differentia : [ GO:0044464 ! cell part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005623 ! cell ] } , and it is the case that [ GO:0002142 ! stereocilia ankle link complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0002142 ! stereocilia ankle link complex ] part_of [ GO:0005623 ! cell ] [ GO:0009923 ! fatty acid elongase complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0009923 ! fatty acid elongase complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0009923 ! fatty acid elongase complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0009923 ! fatty acid elongase complex ] part_of [ GO:0016020 ! membrane ] [ GO:0009923 ! fatty acid elongase complex ] is_a [ GO:0044432 ! endoplasmic reticulum part ] entailed: [ GO:0009923 ! fatty acid elongase complex ] part_of [ GO:0044432 ! endoplasmic reticulum part ] because of rule: genus_differentia : [ GO:0044432 ! endoplasmic reticulum part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005783 ! endoplasmic reticulum ] } , and it is the case that [ GO:0009923 ! fatty acid elongase complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0009923 ! fatty acid elongase complex ] part_of [ GO:0005783 ! endoplasmic reticulum ] [ GO:0016013 ! syntrophin complex ] is_a [ GO:0044459 ! plasma membrane part ] entailed: [ GO:0016013 ! syntrophin complex ] part_of [ GO:0044459 ! plasma membrane part ] because of rule: genus_differentia : [ GO:0044459 ! plasma membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005886 ! plasma membrane ] } , and it is the case that [ GO:0016013 ! syntrophin complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0016013 ! syntrophin complex ] part_of [ GO:0005886 ! plasma membrane ] [ GO:0016014 ! dystrobrevin complex ] is_a [ GO:0044459 ! plasma membrane part ] entailed: [ GO:0016014 ! dystrobrevin complex ] part_of [ GO:0044459 ! plasma membrane part ] because of rule: genus_differentia : [ GO:0044459 ! plasma membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005886 ! plasma membrane ] } , and it is the case that [ GO:0016014 ! dystrobrevin complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0016014 ! dystrobrevin complex ] part_of [ GO:0005886 ! plasma membrane ] [ GO:0023011 ! positive regulation of initiation of T cell receptor signaling ] is_a [ GO:0023056 ! positive regulation of signaling process ] because of rule: genus_differentia : [ GO:0023056 ! positive regulation of signaling process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0023046 ! signaling process ] } , and it is the case that [ GO:0023011 ! positive regulation of initiation of T cell receptor signaling ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0023011 ! positive regulation of initiation of T cell receptor signaling ] positively_regulates [ GO:0023046 ! signaling process ] [ GO:0023056 ! positive regulation of signaling process ] is_a [ GO:0048518 ! positive regulation of biological process ] because of rule: genus_differentia : [ GO:0048518 ! positive regulation of biological process ] is defined as { a [ GO:0065007 ! biological regulation ] that positively_regulates [ GO:0008150 ! biological_process ] } , and it is the case that [ GO:0023056 ! positive regulation of signaling process ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0023056 ! positive regulation of signaling process ] positively_regulates [ GO:0008150 ! biological_process ] [ GO:0023057 ! negative regulation of signaling process ] is_a [ GO:0048519 ! negative regulation of biological process ] because of rule: genus_differentia : [ GO:0048519 ! negative regulation of biological process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0008150 ! biological_process ] } , and it is the case that [ GO:0023057 ! negative regulation of signaling process ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0023057 ! negative regulation of signaling process ] negatively_regulates [ GO:0008150 ! biological_process ] [ GO:0030126 ! COPI vesicle coat ] is_a [ GO:0044431 ! Golgi apparatus part ] entailed: [ GO:0030126 ! COPI vesicle coat ] part_of [ GO:0044431 ! Golgi apparatus part ] because of rule: genus_differentia : [ GO:0044431 ! Golgi apparatus part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005794 ! Golgi apparatus ] } , and it is the case that [ GO:0030126 ! COPI vesicle coat ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0030126 ! COPI vesicle coat ] part_of [ GO:0005794 ! Golgi apparatus ] [ GO:0030285 ! integral to synaptic vesicle membrane ] is_a [ GO:0044456 ! synapse part ] entailed: [ GO:0030285 ! integral to synaptic vesicle membrane ] part_of [ GO:0044456 ! synapse part ] because of rule: genus_differentia : [ GO:0044456 ! synapse part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0045202 ! synapse ] } , and it is the case that [ GO:0030285 ! integral to synaptic vesicle membrane ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0030285 ! integral to synaptic vesicle membrane ] part_of [ GO:0045202 ! synapse ] [ GO:0030874 ! nucleolar chromatin ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0030874 ! nucleolar chromatin ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0030874 ! nucleolar chromatin ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0030874 ! nucleolar chromatin ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0031011 ! Ino80 complex ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0031011 ! Ino80 complex ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0031011 ! Ino80 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0031011 ! Ino80 complex ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0032584 ! growth cone membrane ] is_a [ GO:0044463 ! cell projection part ] entailed: [ GO:0032584 ! growth cone membrane ] part_of [ GO:0044463 ! cell projection part ] because of rule: genus_differentia : [ GO:0044463 ! cell projection part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0042995 ! cell projection ] } , and it is the case that [ GO:0032584 ! growth cone membrane ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0032584 ! growth cone membrane ] part_of [ GO:0042995 ! cell projection ] [ GO:0032865 ! ERMES complex ] is_a [ GO:0044432 ! endoplasmic reticulum part ] entailed: [ GO:0032865 ! ERMES complex ] part_of [ GO:0044432 ! endoplasmic reticulum part ] because of rule: genus_differentia : [ GO:0044432 ! endoplasmic reticulum part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005783 ! endoplasmic reticulum ] } , and it is the case that [ GO:0032865 ! ERMES complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0032865 ! ERMES complex ] part_of [ GO:0005783 ! endoplasmic reticulum ] [ GO:0034592 ! synaptic vesicle lumen ] is_a [ GO:0044456 ! synapse part ] entailed: [ GO:0034592 ! synaptic vesicle lumen ] part_of [ GO:0044456 ! synapse part ] because of rule: genus_differentia : [ GO:0044456 ! synapse part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0045202 ! synapse ] } , and it is the case that [ GO:0034592 ! synaptic vesicle lumen ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0034592 ! synaptic vesicle lumen ] part_of [ GO:0045202 ! synapse ] [ GO:0034967 ! Set3 complex ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0034967 ! Set3 complex ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0034967 ! Set3 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0034967 ! Set3 complex ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0035449 ! extrinsic to plastid thylakoid membrane ] is_a [ GO:0044435 ! plastid part ] entailed: [ GO:0035449 ! extrinsic to plastid thylakoid membrane ] part_of [ GO:0044435 ! plastid part ] because of rule: genus_differentia : [ GO:0044435 ! plastid part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0009536 ! plastid ] } , and it is the case that [ GO:0035449 ! extrinsic to plastid thylakoid membrane ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0035449 ! extrinsic to plastid thylakoid membrane ] part_of [ GO:0009536 ! plastid ] [ GO:0044233 ! ER-mitochondrion membrane contact site ] is_a [ GO:0044432 ! endoplasmic reticulum part ] entailed: [ GO:0044233 ! ER-mitochondrion membrane contact site ] part_of [ GO:0044432 ! endoplasmic reticulum part ] because of rule: genus_differentia : [ GO:0044432 ! endoplasmic reticulum part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005783 ! endoplasmic reticulum ] } , and it is the case that [ GO:0044233 ! ER-mitochondrion membrane contact site ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0044233 ! ER-mitochondrion membrane contact site ] part_of [ GO:0005783 ! endoplasmic reticulum ] [ GO:0045273 ! respiratory chain complex II ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0045273 ! respiratory chain complex II ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0045273 ! respiratory chain complex II ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0045273 ! respiratory chain complex II ] part_of [ GO:0016020 ! membrane ] [ GO:0045277 ! respiratory chain complex IV ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0045277 ! respiratory chain complex IV ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0045277 ! respiratory chain complex IV ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0045277 ! respiratory chain complex IV ] part_of [ GO:0016020 ! membrane ] [ GO:0045281 ! succinate dehydrogenase complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0045281 ! succinate dehydrogenase complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0045281 ! succinate dehydrogenase complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0045281 ! succinate dehydrogenase complex ] part_of [ GO:0016020 ! membrane ] [ GO:0045283 ! fumarate reductase complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0045283 ! fumarate reductase complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0045283 ! fumarate reductase complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0045283 ! fumarate reductase complex ] part_of [ GO:0016020 ! membrane ] [ GO:0046930 ! pore complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0046930 ! pore complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0046930 ! pore complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0046930 ! pore complex ] part_of [ GO:0016020 ! membrane ] [ GO:0055125 ! Nic96 complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0055125 ! Nic96 complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0055125 ! Nic96 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0055125 ! Nic96 complex ] part_of [ GO:0016020 ! membrane ] [ GO:0055125 ! Nic96 complex ] is_a [ GO:0044428 ! nuclear part ] entailed: [ GO:0055125 ! Nic96 complex ] part_of [ GO:0044428 ! nuclear part ] because of rule: genus_differentia : [ GO:0044428 ! nuclear part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005634 ! nucleus ] } , and it is the case that [ GO:0055125 ! Nic96 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0055125 ! Nic96 complex ] part_of [ GO:0005634 ! nucleus ] [ GO:0055126 ! Nup82 complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0055126 ! Nup82 complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0055126 ! Nup82 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0055126 ! Nup82 complex ] part_of [ GO:0016020 ! membrane ] [ GO:0055126 ! Nup82 complex ] is_a [ GO:0044428 ! nuclear part ] entailed: [ GO:0055126 ! Nup82 complex ] part_of [ GO:0044428 ! nuclear part ] because of rule: genus_differentia : [ GO:0044428 ! nuclear part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005634 ! nucleus ] } , and it is the case that [ GO:0055126 ! Nup82 complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0055126 ! Nup82 complex ] part_of [ GO:0005634 ! nucleus ] [ GO:0070210 ! Rpd3L-Expanded complex ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0070210 ! Rpd3L-Expanded complex ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0070210 ! Rpd3L-Expanded complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0070210 ! Rpd3L-Expanded complex ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0070517 ! DNA replication factor C core complex ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0070517 ! DNA replication factor C core complex ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0070517 ! DNA replication factor C core complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0070517 ! DNA replication factor C core complex ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0070687 ! macropinocytic cup cytoskeleton ] is_a [ GO:0044430 ! cytoskeletal part ] entailed: [ GO:0070687 ! macropinocytic cup cytoskeleton ] part_of [ GO:0044430 ! cytoskeletal part ] because of rule: genus_differentia : [ GO:0044430 ! cytoskeletal part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005856 ! cytoskeleton ] } , and it is the case that [ GO:0070687 ! macropinocytic cup cytoskeleton ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0070687 ! macropinocytic cup cytoskeleton ] part_of [ GO:0005856 ! cytoskeleton ] [ GO:0070687 ! macropinocytic cup cytoskeleton ] is_a [ GO:0044448 ! cell cortex part ] entailed: [ GO:0070687 ! macropinocytic cup cytoskeleton ] part_of [ GO:0044448 ! cell cortex part ] because of rule: genus_differentia : [ GO:0044448 ! cell cortex part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005938 ! cell cortex ] } , and it is the case that [ GO:0070687 ! macropinocytic cup cytoskeleton ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0070687 ! macropinocytic cup cytoskeleton ] part_of [ GO:0005938 ! cell cortex ] [ GO:0070822 ! Sin3-type complex ] is_a [ GO:0044454 ! nuclear chromosome part ] entailed: [ GO:0070822 ! Sin3-type complex ] part_of [ GO:0044454 ! nuclear chromosome part ] because of rule: genus_differentia : [ GO:0044454 ! nuclear chromosome part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0000228 ! nuclear chromosome ] } , and it is the case that [ GO:0070822 ! Sin3-type complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0070822 ! Sin3-type complex ] part_of [ GO:0000228 ! nuclear chromosome ] [ GO:0070867 ! mating projection tip membrane ] is_a [ GO:0044463 ! cell projection part ] entailed: [ GO:0070867 ! mating projection tip membrane ] part_of [ GO:0044463 ! cell projection part ] because of rule: genus_differentia : [ GO:0044463 ! cell projection part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0042995 ! cell projection ] } , and it is the case that [ GO:0070867 ! mating projection tip membrane ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0070867 ! mating projection tip membrane ] part_of [ GO:0042995 ! cell projection ] [ GO:0071341 ! medial cortical node ] is_a [ GO:0032155 ! cell division site part ] entailed: [ GO:0071341 ! medial cortical node ] part_of [ GO:0032155 ! cell division site part ] because of rule: genus_differentia : [ GO:0032155 ! cell division site part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0032153 ! cell division site ] } , and it is the case that [ GO:0071341 ! medial cortical node ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071341 ! medial cortical node ] part_of [ GO:0032153 ! cell division site ] [ GO:0071341 ! medial cortical node ] is_a [ GO:0044448 ! cell cortex part ] entailed: [ GO:0071341 ! medial cortical node ] part_of [ GO:0044448 ! cell cortex part ] because of rule: genus_differentia : [ GO:0044448 ! cell cortex part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005938 ! cell cortex ] } , and it is the case that [ GO:0071341 ! medial cortical node ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071341 ! medial cortical node ] part_of [ GO:0005938 ! cell cortex ] [ GO:0071343 ! negative regulation of establishment of contractile ring localization involved in cell cycle cytokinesis ] is_a [ GO:0048523 ! negative regulation of cellular process ] because of rule: genus_differentia : [ GO:0048523 ! negative regulation of cellular process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0009987 ! cellular process ] } , and it is the case that [ GO:0071343 ! negative regulation of establishment of contractile ring localization involved in cell cycle cytokinesis ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0071343 ! negative regulation of establishment of contractile ring localization involved in cell cycle cytokinesis ] negatively_regulates [ GO:0009987 ! cellular process ] [ GO:0071439 ! clathrin complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0071439 ! clathrin complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0071439 ! clathrin complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071439 ! clathrin complex ] part_of [ GO:0016020 ! membrane ] [ GO:0071439 ! clathrin complex ] is_a [ GO:0044444 ! cytoplasmic part ] entailed: [ GO:0071439 ! clathrin complex ] part_of [ GO:0044444 ! cytoplasmic part ] because of rule: genus_differentia : [ GO:0044444 ! cytoplasmic part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005737 ! cytoplasm ] } , and it is the case that [ GO:0071439 ! clathrin complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071439 ! clathrin complex ] part_of [ GO:0005737 ! cytoplasm ] [ GO:0071595 ! Nem1-Spo7 phosphatase complex ] is_a [ GO:0044425 ! membrane part ] entailed: [ GO:0071595 ! Nem1-Spo7 phosphatase complex ] part_of [ GO:0044425 ! membrane part ] because of rule: genus_differentia : [ GO:0044425 ! membrane part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0016020 ! membrane ] } , and it is the case that [ GO:0071595 ! Nem1-Spo7 phosphatase complex ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071595 ! Nem1-Spo7 phosphatase complex ] part_of [ GO:0016020 ! membrane ] [ GO:0071598 ! neuronal RNA granule ] is_a [ GO:0044444 ! cytoplasmic part ] entailed: [ GO:0071598 ! neuronal RNA granule ] part_of [ GO:0044444 ! cytoplasmic part ] because of rule: genus_differentia : [ GO:0044444 ! cytoplasmic part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0005737 ! cytoplasm ] } , and it is the case that [ GO:0071598 ! neuronal RNA granule ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071598 ! neuronal RNA granule ] part_of [ GO:0005737 ! cytoplasm ] [ GO:0071598 ! neuronal RNA granule ] is_a [ GO:0044463 ! cell projection part ] entailed: [ GO:0071598 ! neuronal RNA granule ] part_of [ GO:0044463 ! cell projection part ] because of rule: genus_differentia : [ GO:0044463 ! cell projection part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0042995 ! cell projection ] } , and it is the case that [ GO:0071598 ! neuronal RNA granule ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071598 ! neuronal RNA granule ] part_of [ GO:0042995 ! cell projection ] [ GO:0071685 ! NADH dehydrogenase complex (plastoquinone) ] is_a [ GO:0044435 ! plastid part ] entailed: [ GO:0071685 ! NADH dehydrogenase complex (plastoquinone) ] part_of [ GO:0044435 ! plastid part ] because of rule: genus_differentia : [ GO:0044435 ! plastid part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0009536 ! plastid ] } , and it is the case that [ GO:0071685 ! NADH dehydrogenase complex (plastoquinone) ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0071685 ! NADH dehydrogenase complex (plastoquinone) ] part_of [ GO:0009536 ! plastid ] [ GO:0072040 ! negative regulation of mesenchymal stem cell apoptosis involved in nephron morphogenesis ] is_a [ GO:0051093 ! negative regulation of developmental process ] entailed: [ GO:0072040 ! negative regulation of mesenchymal stem cell apoptosis involved in nephron morphogenesis ] negatively_regulates [ GO:0051093 ! negative regulation of developmental process ] because of rule: genus_differentia : [ GO:0051093 ! negative regulation of developmental process ] is defined as { a [ GO:0065007 ! biological regulation ] that negatively_regulates [ GO:0032502 ! developmental process ] } , and it is the case that [ GO:0072040 ! negative regulation of mesenchymal stem cell apoptosis involved in nephron morphogenesis ] is_a [ GO:0065007 ! biological regulation ] and [ GO:0072040 ! negative regulation of mesenchymal stem cell apoptosis involved in nephron morphogenesis ] negatively_regulates [ GO:0032502 ! developmental process ] [ GO:0030129 ! clathrin coat of synaptic vesicle ] is_a [ GO:0044456 ! synapse part ] entailed: [ GO:0030129 ! clathrin coat of synaptic vesicle ] part_of [ GO:0044456 ! synapse part ] because of rule: genus_differentia : [ GO:0044456 ! synapse part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0045202 ! synapse ] } , and it is the case that [ GO:0030129 ! clathrin coat of synaptic vesicle ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0030129 ! clathrin coat of synaptic vesicle ] part_of [ GO:0045202 ! synapse ] [ GO:0030672 ! synaptic vesicle membrane ] is_a [ GO:0044456 ! synapse part ] entailed: [ GO:0030672 ! synaptic vesicle membrane ] part_of [ GO:0044456 ! synapse part ] because of rule: genus_differentia : [ GO:0044456 ! synapse part ] is defined as { a [ GO:0005575 ! cellular_component ] that part_of [ GO:0045202 ! synapse ] } , and it is the case that [ GO:0030672 ! synaptic vesicle membrane ] is_a [ GO:0005575 ! cellular_component ] and [ GO:0030672 ! synaptic vesicle membrane ] part_of [ GO:0045202 ! synapse ]