"ribosomal large subunit assembly and maintenance" [GO:0000027] is_a "ribosomal large subunit biogenesis and assembly" [GO:0042273] because of rule: genus_differentia : "ribosomal large subunit biogenesis and assembly" [GO:0042273] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "large ribosomal subunit" [GO:0015934] , and it is the case that "ribosomal large subunit assembly and maintenance" [GO:0000027] is_a "cellular component assembly" [GO:0022607] and "ribosomal large subunit assembly and maintenance" [GO:0000027] results_in_creation_of "large ribosomal subunit" [GO:0015934]

"optic placode development (sensu Endopterygota)" [GO:0001748] is_a "embryonic eye morphogenesis" [GO:0048048] because of rule: genus_differentia : "embryonic eye morphogenesis" [GO:0048048] is defined as a "eye morphogenesis" [GO:0048592] that part of "embryonic development" [GO:0009790] , and it is the case that "optic placode development (sensu Endopterygota)" [GO:0001748] is_a "eye morphogenesis" [GO:0048592] and "optic placode development (sensu Endopterygota)" [GO:0001748] part of "embryonic development" [GO:0009790]

"embryonic placenta development" [GO:0001892] is_a "embryonic organ morphogenesis" [GO:0048562] because of rule: genus_differentia : "embryonic organ morphogenesis" [GO:0048562] is defined as a "organ morphogenesis" [GO:0009887] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic placenta development" [GO:0001892] is_a "organ morphogenesis" [GO:0009887] and "embryonic placenta development" [GO:0001892] part of "embryonic development" [GO:0009790]

"embryonic placenta development" [GO:0001892] is_a "embryonic organ development" [GO:0048568] because of rule: genus_differentia : "embryonic organ development" [GO:0048568] is defined as a "organ development" [GO:0048513] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic placenta development" [GO:0001892] is_a "organ development" [GO:0048513] and "embryonic placenta development" [GO:0001892] part of "embryonic development" [GO:0009790]

"cell adhesion" [GO:0007155] is_a "cell-cell adhesion" [GO:0016337] because of rule: genus_differentia : "cell-cell adhesion" [GO:0016337] is defined as a "biological adhesion" [GO:0022610] that results_in_adhesion_to "cell" [ZFA:0009000] and results_in_adhesion_to "cell" [ZFA:0009000] , and it is the case that "cell adhesion" [GO:0007155] is_a "biological adhesion" [GO:0022610] and "cell adhesion" [GO:0007155] results_in_adhesion_to "cell" [ZFA:0009000] and "cell adhesion" [GO:0007155] results_in_adhesion_to "cell" [ZFA:0009000]

"imaginal disc-derived male genitalia development" [GO:0007485] is_a "male genitalia development" [GO:0030539] because of rule: genus_differentia : "male genitalia development" [GO:0030539] is defined as a "genitalia development" [GO:0048806] that results_in_developmental_progression_of cell:male , and it is the case that "imaginal disc-derived male genitalia development" [GO:0007485] is_a "genitalia development" [GO:0048806] and "imaginal disc-derived male genitalia development" [GO:0007485] results_in_developmental_progression_of cell:male

"somatic processes downstream of sex determination signal" [GO:0007546] is_a "somatic sex determination" [GO:0018993] because of rule: genus_differentia : "somatic sex determination" [GO:0018993] is defined as a "sex determination" [GO:0007530] that results_in_developmental_progression_of "somatic" [anatomy:somatic] , and it is the case that "somatic processes downstream of sex determination signal" [GO:0007546] is_a "sex determination" [GO:0007530] and "somatic processes downstream of sex determination signal" [GO:0007546] results_in_developmental_progression_of "somatic" [anatomy:somatic]

"germ-line processes downstream of sex determination signal" [GO:0007547] is_a "germ-line sex determination" [GO:0018992] because of rule: genus_differentia : "germ-line sex determination" [GO:0018992] is defined as a "sex determination" [GO:0007530] that results_in_developmental_progression_of cell:germ_-_line , and it is the case that "germ-line processes downstream of sex determination signal" [GO:0007547] is_a "sex determination" [GO:0007530] and "germ-line processes downstream of sex determination signal" [GO:0007547] results_in_developmental_progression_of cell:germ_-_line

"cell proliferation" [GO:0008283] is_a "cell division" [GO:0051301] because of rule: genus_differentia : "cell division" [GO:0051301] is defined as a "proliferative region" [ZFA:0000098] that results_in_division_of "cell" [CL:0000000] , and it is the case that "cell proliferation" [GO:0008283] is_a "proliferative region" [ZFA:0000098] and "cell proliferation" [GO:0008283] results_in_division_of "cell" [CL:0000000]

"radial axis specification" [GO:0009945] is_a "radial pattern formation" [GO:0009956] because of rule: genus_differentia : "radial pattern formation" [GO:0009956] is defined as a "pattern specification process" [GO:0007389] that unfolds_in cell:radial , and it is the case that "radial axis specification" [GO:0009945] is_a "pattern specification process" [GO:0007389] and "radial axis specification" [GO:0009945] unfolds_in cell:radial

"caudal lateral line nerve development" [GO:0021733] is_a "posterior lateral line nerve development" [GO:0048918] because of rule: genus_differentia : "posterior lateral line nerve development" [GO:0048918] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of cell:posterior_lateral_line_nerve , and it is the case that "caudal lateral line nerve development" [GO:0021733] is_a "developmental process" [GO:0032502] and "caudal lateral line nerve development" [GO:0021733] results_in_complete_developmental_of cell:posterior_lateral_line_nerve

"rostral lateral line nerve development" [GO:0021734] is_a "anterior lateral line nerve development" [GO:0048909] because of rule: genus_differentia : "anterior lateral line nerve development" [GO:0048909] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of cell:anterior_lateral_line_nerve , and it is the case that "rostral lateral line nerve development" [GO:0021734] is_a "developmental process" [GO:0032502] and "rostral lateral line nerve development" [GO:0021734] results_in_complete_developmental_of cell:anterior_lateral_line_nerve

"forebrain anterior-posterior pattern formation" [GO:0021797] is_a "forebrain regionalization" [GO:0021871] because of rule: genus_differentia : "forebrain regionalization" [GO:0021871] is defined as a "regionalization" [GO:0003002] that unfolds_in cell:forebrain , and it is the case that "forebrain anterior-posterior pattern formation" [GO:0021797] is_a "regionalization" [GO:0003002] and "forebrain anterior-posterior pattern formation" [GO:0021797] unfolds_in cell:forebrain

"forebrain dorsal-ventral pattern formation" [GO:0021798] is_a "forebrain regionalization" [GO:0021871] because of rule: genus_differentia : "forebrain regionalization" [GO:0021871] is defined as a "regionalization" [GO:0003002] that unfolds_in cell:forebrain , and it is the case that "forebrain dorsal-ventral pattern formation" [GO:0021798] is_a "regionalization" [GO:0003002] and "forebrain dorsal-ventral pattern formation" [GO:0021798] unfolds_in cell:forebrain

"rostrocaudal neural tube patterning" [GO:0021903] is_a "cerebral cortex development" [GO:0021987] because of rule: genus_differentia : "cerebral cortex development" [GO:0021987] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "neocortex" [MA:0002754] , and it is the case that "rostrocaudal neural tube patterning" [GO:0021903] is_a "developmental process" [GO:0032502] and "rostrocaudal neural tube patterning" [GO:0021903] results_in_complete_developmental_of "neocortex" [MA:0002754]

"cerebral cortex development" [GO:0021987] is_a "rostrocaudal neural tube patterning" [GO:0021903] because of rule: genus_differentia : "rostrocaudal neural tube patterning" [GO:0021903] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "neocortex" [MA:0002754] , and it is the case that "cerebral cortex development" [GO:0021987] is_a "developmental process" [GO:0032502] and "cerebral cortex development" [GO:0021987] results_in_complete_developmental_of "neocortex" [MA:0002754]

"septal cell proliferation" [GO:0022022] is_a "cell proliferation" [GO:0008283] because of rule: genus_differentia : "cell proliferation" [GO:0008283] is defined as a "proliferative region" [ZFA:0000098] that results_in_division_of "cell" [CL:0000000] , and it is the case that "septal cell proliferation" [GO:0022022] is_a "proliferative region" [ZFA:0000098] and "septal cell proliferation" [GO:0022022] results_in_division_of "cell" [CL:0000000]

"septal cell proliferation" [GO:0022022] is_a "cell division" [GO:0051301] because of rule: genus_differentia : "cell division" [GO:0051301] is defined as a "proliferative region" [ZFA:0000098] that results_in_division_of "cell" [CL:0000000] , and it is the case that "septal cell proliferation" [GO:0022022] is_a "proliferative region" [ZFA:0000098] and "septal cell proliferation" [GO:0022022] results_in_division_of "cell" [CL:0000000]

"rhombomere cell proliferation" [GO:0022034] is_a "cell division" [GO:0051301] because of rule: genus_differentia : "cell division" [GO:0051301] is defined as a "proliferative region" [ZFA:0000098] that results_in_division_of "cell" [CL:0000000] , and it is the case that "rhombomere cell proliferation" [GO:0022034] is_a "proliferative region" [ZFA:0000098] and "rhombomere cell proliferation" [GO:0022034] results_in_division_of "cell" [CL:0000000]

"ribonucleoprotein complex biogenesis and assembly" [GO:0022613] is_a "protein-RNA complex assembly" [GO:0022618] because of rule: genus_differentia : "protein-RNA complex assembly" [GO:0022618] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "ribonucleoprotein complex" [GO:0030529] , and it is the case that "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] is_a "cellular component assembly" [GO:0022607] and "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] results_in_creation_of "ribonucleoprotein complex" [GO:0030529]

"protein-RNA complex assembly" [GO:0022618] is_a "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] because of rule: genus_differentia : "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "ribonucleoprotein complex" [GO:0030529] , and it is the case that "protein-RNA complex assembly" [GO:0022618] is_a "cellular component assembly" [GO:0022607] and "protein-RNA complex assembly" [GO:0022618] results_in_creation_of "ribonucleoprotein complex" [GO:0030529]

"microspike biogenesis" [GO:0030035] is_a "filopodium formation" [GO:0046847] because of rule: genus_differentia : "filopodium formation" [GO:0046847] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "filopodium" [GO:0030175] , and it is the case that "microspike biogenesis" [GO:0030035] is_a "anatomical structure formation" [GO:0048646] and "microspike biogenesis" [GO:0030035] results_in_formation_of "filopodium" [GO:0030175]

"larval central nervous system remodeling" [GO:0035193] is_a "central nervous system morphogenesis" [GO:0021551] because of rule: genus_differentia : "central nervous system morphogenesis" [GO:0021551] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "central nervous system" [ZFA:0000012] , and it is the case that "larval central nervous system remodeling" [GO:0035193] is_a "anatomical structure morphogenesis" [GO:0009653] and "larval central nervous system remodeling" [GO:0035193] results_in_developmental_progression_of "central nervous system" [ZFA:0000012]

"tissue regeneration" [GO:0042246] is_a "tissue morphogenesis" [GO:0048729] because of rule: genus_differentia : "tissue morphogenesis" [GO:0048729] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of PO:0009007 , and it is the case that "tissue regeneration" [GO:0042246] is_a "anatomical structure morphogenesis" [GO:0009653] and "tissue regeneration" [GO:0042246] results_in_developmental_progression_of PO:0009007

"ribosome biogenesis and assembly" [GO:0042254] is_a "ribosome assembly" [GO:0042255] because of rule: genus_differentia : "ribosome assembly" [GO:0042255] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "ribosome" [GO:0005840] , and it is the case that "ribosome biogenesis and assembly" [GO:0042254] is_a "cellular component assembly" [GO:0022607] and "ribosome biogenesis and assembly" [GO:0042254] results_in_creation_of "ribosome" [GO:0005840]

"ribosome assembly" [GO:0042255] is_a "ribosome biogenesis and assembly" [GO:0042254] because of rule: genus_differentia : "ribosome biogenesis and assembly" [GO:0042254] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "ribosome" [GO:0005840] , and it is the case that "ribosome assembly" [GO:0042255] is_a "cellular component assembly" [GO:0022607] and "ribosome assembly" [GO:0042255] results_in_creation_of "ribosome" [GO:0005840]

"ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "ribosomal large subunit assembly and maintenance" [GO:0000027] because of rule: genus_differentia : "ribosomal large subunit assembly and maintenance" [GO:0000027] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "large ribosomal subunit" [GO:0015934] , and it is the case that "ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "cellular component assembly" [GO:0022607] and "ribosomal large subunit biogenesis and assembly" [GO:0042273] results_in_creation_of "large ribosomal subunit" [GO:0015934]

"embryonic digit morphogenesis" [GO:0042733] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic digit morphogenesis" [GO:0042733] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic digit morphogenesis" [GO:0042733] part of "embryonic development" [GO:0009790]

"intercellular junction assembly and maintenance" [GO:0045216] is_a "intercellular junction assembly" [GO:0007043] because of rule: genus_differentia : "intercellular junction assembly" [GO:0007043] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "intercellular junction" [GO:0005911] , and it is the case that "intercellular junction assembly and maintenance" [GO:0045216] is_a "cellular component assembly" [GO:0022607] and "intercellular junction assembly and maintenance" [GO:0045216] results_in_creation_of "intercellular junction" [GO:0005911]

"embryonic leg joint morphogenesis" [GO:0046591] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic leg joint morphogenesis" [GO:0046591] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic leg joint morphogenesis" [GO:0046591] part of "embryonic development" [GO:0009790]

"embryonic eye morphogenesis" [GO:0048048] is_a "optic placode development (sensu Endopterygota)" [GO:0001748] because of rule: genus_differentia : "optic placode development (sensu Endopterygota)" [GO:0001748] is defined as a "eye morphogenesis" [GO:0048592] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic eye morphogenesis" [GO:0048048] is_a "eye morphogenesis" [GO:0048592] and "embryonic eye morphogenesis" [GO:0048048] part of "embryonic development" [GO:0009790]

"embryonic gut morphogenesis" [GO:0048558] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic gut morphogenesis" [GO:0048558] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic gut morphogenesis" [GO:0048558] part of "embryonic development" [GO:0009790]

"embryonic camera-type eye morphogenesis" [GO:0048596] is_a "optic placode development (sensu Endopterygota)" [GO:0001748] because of rule: genus_differentia : "optic placode development (sensu Endopterygota)" [GO:0001748] is defined as a "eye morphogenesis" [GO:0048592] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic camera-type eye morphogenesis" [GO:0048596] is_a "eye morphogenesis" [GO:0048592] and "embryonic camera-type eye morphogenesis" [GO:0048596] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut development" [GO:0048611] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut development" [GO:0048611] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic ectodermal gut development" [GO:0048611] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic ectodermal gut morphogenesis" [GO:0048613] part of "embryonic development" [GO:0009790]

"embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] part of "embryonic development" [GO:0009790]

"neuron morphogenesis during differentiation" [GO:0048667] is_a morphogenesis_during_cell_differentiation because of rule: genus_differentia : morphogenesis_during_cell_differentiation is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "morphogenesis during" [cell:morphogenesis_during] , and it is the case that "neuron morphogenesis during differentiation" [GO:0048667] is_a "cell differentiation" [GO:0030154] and "neuron morphogenesis during differentiation" [GO:0048667] results_in_acquisition_of_features_of "morphogenesis during" [cell:morphogenesis_during]

"embryonic cranial skeleton morphogenesis" [GO:0048701] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic cranial skeleton morphogenesis" [GO:0048701] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic cranial skeleton morphogenesis" [GO:0048701] part of "embryonic development" [GO:0009790]

"embryonic neurocranium morphogenesis" [GO:0048702] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic neurocranium morphogenesis" [GO:0048702] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic neurocranium morphogenesis" [GO:0048702] part of "embryonic development" [GO:0009790]

"embryonic viscerocranium morphogenesis" [GO:0048703] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic viscerocranium morphogenesis" [GO:0048703] is_a "anatomical structure morphogenesis" [GO:0009653] and "embryonic viscerocranium morphogenesis" [GO:0048703] part of "embryonic development" [GO:0009790]

"embryonic skeletal morphogenesis" [GO:0048704] is_a "embryonic organ morphogenesis" [GO:0048562] because of rule: genus_differentia : "embryonic organ morphogenesis" [GO:0048562] is defined as a "organ morphogenesis" [GO:0009887] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic skeletal morphogenesis" [GO:0048704] is_a "organ morphogenesis" [GO:0009887] and "embryonic skeletal morphogenesis" [GO:0048704] part of "embryonic development" [GO:0009790]

"embryonic skeletal development" [GO:0048706] is_a "embryonic organ development" [GO:0048568] because of rule: genus_differentia : "embryonic organ development" [GO:0048568] is defined as a "organ development" [GO:0048513] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic skeletal development" [GO:0048706] is_a "organ development" [GO:0048513] and "embryonic skeletal development" [GO:0048706] part of "embryonic development" [GO:0009790]

"anterior lateral line nerve development" [GO:0048909] is_a "rostral lateral line nerve development" [GO:0021734] because of rule: genus_differentia : "rostral lateral line nerve development" [GO:0021734] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of cell:anterior_lateral_line_nerve , and it is the case that "anterior lateral line nerve development" [GO:0048909] is_a "developmental process" [GO:0032502] and "anterior lateral line nerve development" [GO:0048909] results_in_complete_developmental_of cell:anterior_lateral_line_nerve

"posterior lateral line nerve development" [GO:0048918] is_a "caudal lateral line nerve development" [GO:0021733] because of rule: genus_differentia : "caudal lateral line nerve development" [GO:0021733] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of cell:posterior_lateral_line_nerve , and it is the case that "posterior lateral line nerve development" [GO:0048918] is_a "developmental process" [GO:0032502] and "posterior lateral line nerve development" [GO:0048918] results_in_complete_developmental_of cell:posterior_lateral_line_nerve

"cell division" [GO:0051301] is_a "cell proliferation" [GO:0008283] because of rule: genus_differentia : "cell proliferation" [GO:0008283] is defined as a "proliferative region" [ZFA:0000098] that results_in_division_of "cell" [CL:0000000] , and it is the case that "cell division" [GO:0051301] is_a "proliferative region" [ZFA:0000098] and "cell division" [GO:0051301] results_in_division_of "cell" [CL:0000000]

"neuromast mandibular" [ZFA:0000125] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast mandibular" [ZFA:0000125] is_a "neuromast" [ZFA:0000243] and "neuromast mandibular" [ZFA:0000125] part of "anterior lateral line" [ZFA:0001470]

"neuromast otic" [ZFA:0000136] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast otic" [ZFA:0000136] is_a "neuromast" [ZFA:0000243] and "neuromast otic" [ZFA:0000136] part of "anterior lateral line" [ZFA:0001470]

"neuromast infraorbital" [ZFA:0000813] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast infraorbital" [ZFA:0000813] is_a "neuromast" [ZFA:0000243] and "neuromast infraorbital" [ZFA:0000813] part of "anterior lateral line" [ZFA:0001470]

"neuromast opercular" [ZFA:0000814] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast opercular" [ZFA:0000814] is_a "neuromast" [ZFA:0000243] and "neuromast opercular" [ZFA:0000814] part of "anterior lateral line" [ZFA:0001470]

"neuromast middle" [ZFA:0000939] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast middle" [ZFA:0000939] is_a "neuromast" [ZFA:0000243] and "neuromast middle" [ZFA:0000939] part of "anterior lateral line" [ZFA:0001470]

"neuromast posterior" [ZFA:0000940] is_a pll_lateral_line_neuromast because of rule: genus_differentia : pll_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "posterior lateral line" [ZFA:0000944] , and it is the case that "neuromast posterior" [ZFA:0000940] is_a "neuromast" [ZFA:0000243] and "neuromast posterior" [ZFA:0000940] part of "posterior lateral line" [ZFA:0000944]

"neuromast occipital" [ZFA:0001025] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast occipital" [ZFA:0001025] is_a "neuromast" [ZFA:0000243] and "neuromast occipital" [ZFA:0001025] part of "anterior lateral line" [ZFA:0001470]

"neuromast supraorbital" [ZFA:0001026] is_a anterior_lateral_line_lateral_line_neuromast because of rule: genus_differentia : anterior_lateral_line_lateral_line_neuromast is defined as a "neuromast" [ZFA:0000243] that part of "anterior lateral line" [ZFA:0001470] , and it is the case that "neuromast supraorbital" [ZFA:0001026] is_a "neuromast" [ZFA:0000243] and "neuromast supraorbital" [ZFA:0001026] part of "anterior lateral line" [ZFA:0001470]

"Mauthner neuron" [ZFA:0009149] is_a central_nervous_system_interneuron because of rule: genus_differentia : central_nervous_system_interneuron is defined as a "interneuron" [ZFA:0009051] that part of "central nervous system" [ZFA:0000012] , and it is the case that "Mauthner neuron" [ZFA:0009149] is_a "interneuron" [ZFA:0009051] and "Mauthner neuron" [ZFA:0009149] part of "central nervous system" [ZFA:0000012]

"Mauthner neuron" [ZFA:0009149] is_a central_nervous_system_neuron because of rule: genus_differentia : central_nervous_system_neuron is defined as a "neuron" [ZFA:0009248] that part of "central nervous system" [ZFA:0000012] , and it is the case that "Mauthner neuron" [ZFA:0009149] is_a "neuron" [ZFA:0009248] and "Mauthner neuron" [ZFA:0009149] part of "central nervous system" [ZFA:0000012]

"ribosomal small subunit assembly and maintenance" [GO:0000028] is_a "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] because of rule: genus_differentia : "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "ribonucleoprotein complex" [GO:0030529] , and it is the case that "ribosomal small subunit assembly and maintenance" [GO:0000028] is_a "cellular component assembly" [GO:0022607] and "ribosomal small subunit assembly and maintenance" [GO:0000028] results_in_creation_of "ribonucleoprotein complex" [GO:0030529]

"meiotic spindle organization and biogenesis" [GO:0000212] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "meiotic spindle organization and biogenesis" [GO:0000212] is_a "cellular component organization and biogenesis" [GO:0016043] and "meiotic spindle organization and biogenesis" [GO:0000212] results_in_structural_change_to "organelle" [GO:0043226]

"spliceosomal snRNP biogenesis" [GO:0000387] is_a "macromolecular complex assembly" [GO:0065003] because of rule: genus_differentia : "macromolecular complex assembly" [GO:0065003] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "macromolecular complex" [GO:0032991] , and it is the case that "spliceosomal snRNP biogenesis" [GO:0000387] is_a "cellular component assembly" [GO:0022607] and "spliceosomal snRNP biogenesis" [GO:0000387] results_in_creation_of "macromolecular complex" [GO:0032991]

"telomere maintenance via recombination" [GO:0000722] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomere maintenance via recombination" [GO:0000722] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomere maintenance via recombination" [GO:0000722] results_in_structural_change_to "organelle" [GO:0043226]

"cytokinesis, formation of actomyosin apparatus" [GO:0000912] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "cytokinesis, formation of actomyosin apparatus" [GO:0000912] is_a "cellular component organization and biogenesis" [GO:0016043] and "cytokinesis, formation of actomyosin apparatus" [GO:0000912] results_in_structural_change_to "organelle" [GO:0043226]

"chlamydospore development" [GO:0001410] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "chlamydospore development" [GO:0001410] is_a "developmental process" [GO:0032502] and "chlamydospore development" [GO:0001410] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"epithelial to mesenchymal transition" [GO:0001837] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "epithelial to mesenchymal transition" [GO:0001837] is_a "developmental process" [GO:0032502] and "epithelial to mesenchymal transition" [GO:0001837] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"phagolysosome formation" [GO:0001845] is_a "phagocytosis, engulfment" [GO:0006911] because of rule: genus_differentia : "phagocytosis, engulfment" [GO:0006911] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "phagocytic vesicle" [GO:0045335] , and it is the case that "phagolysosome formation" [GO:0001845] is_a "anatomical structure formation" [GO:0048646] and "phagolysosome formation" [GO:0001845] results_in_formation_of "phagocytic vesicle" [GO:0045335]

"endothelial cell development" [GO:0001885] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "endothelial cell development" [GO:0001885] is_a "developmental process" [GO:0032502] and "endothelial cell development" [GO:0001885] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"chondrocyte development" [GO:0002063] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "chondrocyte development" [GO:0002063] is_a "developmental process" [GO:0032502] and "chondrocyte development" [GO:0002063] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"epithelial cell development" [GO:0002064] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "epithelial cell development" [GO:0002064] is_a "developmental process" [GO:0032502] and "epithelial cell development" [GO:0002064] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"columnar/cuboidal epithelial cell development" [GO:0002066] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "columnar/cuboidal epithelial cell development" [GO:0002066] is_a "developmental process" [GO:0032502] and "columnar/cuboidal epithelial cell development" [GO:0002066] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"extraocular skeletal muscle development" [GO:0002074] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "extraocular skeletal muscle development" [GO:0002074] is_a "developmental process" [GO:0032502] and "extraocular skeletal muscle development" [GO:0002074] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"somitomeric trunk muscle development (sensu Mammalia)" [GO:0002075] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "somitomeric trunk muscle development (sensu Mammalia)" [GO:0002075] is_a "developmental process" [GO:0032502] and "somitomeric trunk muscle development (sensu Mammalia)" [GO:0002075] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"osteoblast development" [GO:0002076] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "osteoblast development" [GO:0002076] is_a "developmental process" [GO:0032502] and "osteoblast development" [GO:0002076] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"eye pigment biosynthetic process" [GO:0006726] is_a "anatomical structure formation" [GO:0048646] because of rule: genus_differentia : "anatomical structure formation" [GO:0048646] is defined as a "biosynthetic process" [GO:0009058] that results_in_creation_of "anatomical structure" [ZFA:0000037] , and it is the case that "eye pigment biosynthetic process" [GO:0006726] is_a "biosynthetic process" [GO:0009058] and "eye pigment biosynthetic process" [GO:0006726] results_in_creation_of "anatomical structure" [ZFA:0000037]

"ommochrome biosynthetic process" [GO:0006727] is_a "anatomical structure formation" [GO:0048646] because of rule: genus_differentia : "anatomical structure formation" [GO:0048646] is defined as a "biosynthetic process" [GO:0009058] that results_in_creation_of "anatomical structure" [ZFA:0000037] , and it is the case that "ommochrome biosynthetic process" [GO:0006727] is_a "biosynthetic process" [GO:0009058] and "ommochrome biosynthetic process" [GO:0006727] results_in_creation_of "anatomical structure" [ZFA:0000037]

"carnitine shuttle" [GO:0006853] is_a "intracellular lipid transport" [GO:0032365] because of rule: genus_differentia : "intracellular lipid transport" [GO:0032365] is defined as a "lipid transport" [GO:0006869] that results_in_transport_of "intracellular" [GO:0005622] , and it is the case that "carnitine shuttle" [GO:0006853] is_a "lipid transport" [GO:0006869] and "carnitine shuttle" [GO:0006853] results_in_transport_of "intracellular" [GO:0005622]

"phagocytosis, engulfment" [GO:0006911] is_a "membrane budding" [GO:0006900] because of rule: genus_differentia : "membrane budding" [GO:0006900] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "vesicle" [GO:0031982] , and it is the case that "phagocytosis, engulfment" [GO:0006911] is_a "anatomical structure formation" [GO:0048646] and "phagocytosis, engulfment" [GO:0006911] results_in_formation_of "vesicle" [GO:0031982]

"telomere maintenance via telomerase" [GO:0007004] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomere maintenance via telomerase" [GO:0007004] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomere maintenance via telomerase" [GO:0007004] results_in_structural_change_to "organelle" [GO:0043226]

"indirect flight muscle actin ubiquitination" [GO:0007014] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "indirect flight muscle actin ubiquitination" [GO:0007014] is_a "cellular component organization and biogenesis" [GO:0016043] and "indirect flight muscle actin ubiquitination" [GO:0007014] results_in_structural_change_to "organelle" [GO:0043226]

"microtubule depolymerization" [GO:0007019] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "microtubule depolymerization" [GO:0007019] is_a "cellular component organization and biogenesis" [GO:0016043] and "microtubule depolymerization" [GO:0007019] results_in_structural_change_to "organelle" [GO:0043226]

"mitotic spindle organization and biogenesis" [GO:0007052] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "mitotic spindle organization and biogenesis" [GO:0007052] is_a "cellular component organization and biogenesis" [GO:0016043] and "mitotic spindle organization and biogenesis" [GO:0007052] results_in_structural_change_to "organelle" [GO:0043226]

"spindle assembly involved in male meiosis" [GO:0007053] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "spindle assembly involved in male meiosis" [GO:0007053] is_a "cellular component organization and biogenesis" [GO:0016043] and "spindle assembly involved in male meiosis" [GO:0007053] results_in_structural_change_to "organelle" [GO:0043226]

"spindle assembly involved in male meiosis" [GO:0007053] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "spindle assembly involved in male meiosis" [GO:0007053] is_a "cellular component organization and biogenesis" [GO:0016043] and "spindle assembly involved in male meiosis" [GO:0007053] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"spindle assembly involved in female meiosis" [GO:0007056] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "spindle assembly involved in female meiosis" [GO:0007056] is_a "cellular component organization and biogenesis" [GO:0016043] and "spindle assembly involved in female meiosis" [GO:0007056] results_in_structural_change_to "organelle" [GO:0043226]

"spindle assembly involved in female meiosis" [GO:0007056] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "spindle assembly involved in female meiosis" [GO:0007056] is_a "cellular component organization and biogenesis" [GO:0016043] and "spindle assembly involved in female meiosis" [GO:0007056] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"mitotic nuclear pore complex reassembly" [GO:0007087] is_a "pore complex biogenesis" [GO:0046931] because of rule: genus_differentia : "pore complex biogenesis" [GO:0046931] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "pore complex" [GO:0046930] , and it is the case that "mitotic nuclear pore complex reassembly" [GO:0007087] is_a "anatomical structure formation" [GO:0048646] and "mitotic nuclear pore complex reassembly" [GO:0007087] results_in_formation_of "pore complex" [GO:0046930]

"calcium-independent cell-matrix adhesion" [GO:0007161] is_a "cell-cell adhesion" [GO:0016337] because of rule: genus_differentia : "cell-cell adhesion" [GO:0016337] is defined as a "biological adhesion" [GO:0022610] that results_in_adhesion_to "cell" [ZFA:0009000] and results_in_adhesion_to "cell" [ZFA:0009000] , and it is the case that "calcium-independent cell-matrix adhesion" [GO:0007161] is_a "biological adhesion" [GO:0022610] and "calcium-independent cell-matrix adhesion" [GO:0007161] results_in_adhesion_to "cell" [ZFA:0009000] and "calcium-independent cell-matrix adhesion" [GO:0007161] results_in_adhesion_to "cell" [ZFA:0009000]

"pole cell development" [GO:0007277] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "pole cell development" [GO:0007277] is_a "developmental process" [GO:0032502] and "pole cell development" [GO:0007277] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"germ cell development" [GO:0007281] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "germ cell development" [GO:0007281] is_a "developmental process" [GO:0032502] and "germ cell development" [GO:0007281] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"spermatid development" [GO:0007286] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "spermatid development" [GO:0007286] is_a "developmental process" [GO:0032502] and "spermatid development" [GO:0007286] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"sperm axoneme assembly" [GO:0007288] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "sperm axoneme assembly" [GO:0007288] is_a "cellular component organization and biogenesis" [GO:0016043] and "sperm axoneme assembly" [GO:0007288] results_in_structural_change_to "organelle" [GO:0043226]

"sperm axoneme assembly" [GO:0007288] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "sperm axoneme assembly" [GO:0007288] is_a "cellular component organization and biogenesis" [GO:0016043] and "sperm axoneme assembly" [GO:0007288] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"oocyte construction" [GO:0007308] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "oocyte construction" [GO:0007308] is_a "developmental process" [GO:0032502] and "oocyte construction" [GO:0007308] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"oenocyte development" [GO:0007438] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "oenocyte development" [GO:0007438] is_a "developmental process" [GO:0032502] and "oenocyte development" [GO:0007438] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"anterior midgut (ectodermal) morphogenesis" [GO:0007441] is_a "embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] because of rule: genus_differentia : "embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] is defined as a "anterior midgut (ectodermal) morphogenesis" [GO:0007441] that part of "embryonic development" [GO:0009790] , and it is the case that "anterior midgut (ectodermal) morphogenesis" [GO:0007441] = "anterior midgut (ectodermal) morphogenesis" [GO:0007441] and "anterior midgut (ectodermal) morphogenesis" [GO:0007441] part of "embryonic development" [GO:0009790]

"imaginal disc-derived leg morphogenesis" [GO:0007480] is_a "imaginal disc morphogenesis" [GO:0007560] because of rule: genus_differentia : "imaginal disc morphogenesis" [GO:0007560] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived leg morphogenesis" [GO:0007480] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived leg morphogenesis" [GO:0007480] results_in_developmental_progression_of "imaginal disc" [FBbt:00001761]

"imaginal disc-derived genitalia development" [GO:0007484] is_a "imaginal disc development" [GO:0007444] because of rule: genus_differentia : "imaginal disc development" [GO:0007444] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived genitalia development" [GO:0007484] is_a "developmental process" [GO:0032502] and "imaginal disc-derived genitalia development" [GO:0007484] results_in_complete_developmental_of "imaginal disc" [FBbt:00001761]

"imaginal disc-derived male genitalia development" [GO:0007485] is_a "imaginal disc development" [GO:0007444] because of rule: genus_differentia : "imaginal disc development" [GO:0007444] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived male genitalia development" [GO:0007485] is_a "developmental process" [GO:0032502] and "imaginal disc-derived male genitalia development" [GO:0007485] results_in_complete_developmental_of "imaginal disc" [FBbt:00001761]

"imaginal disc-derived female genitalia development" [GO:0007486] is_a "imaginal disc development" [GO:0007444] because of rule: genus_differentia : "imaginal disc development" [GO:0007444] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived female genitalia development" [GO:0007486] is_a "developmental process" [GO:0032502] and "imaginal disc-derived female genitalia development" [GO:0007486] results_in_complete_developmental_of "imaginal disc" [FBbt:00001761]

"visceral mesoderm-endoderm interaction involved in midgut development" [GO:0007495] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "visceral mesoderm-endoderm interaction involved in midgut development" [GO:0007495] is_a "developmental process" [GO:0032502] and "visceral mesoderm-endoderm interaction involved in midgut development" [GO:0007495] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"hemocyte development" [GO:0007516] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "hemocyte development" [GO:0007516] is_a "developmental process" [GO:0032502] and "hemocyte development" [GO:0007516] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"eye pigment granule organization and biogenesis" [GO:0008057] is_a "vesicle organization and biogenesis" [GO:0016050] because of rule: genus_differentia : "vesicle organization and biogenesis" [GO:0016050] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "vesicle" [GO:0031982] , and it is the case that "eye pigment granule organization and biogenesis" [GO:0008057] is_a "cellular component organization and biogenesis" [GO:0016043] and "eye pigment granule organization and biogenesis" [GO:0008057] results_in_structural_change_to "vesicle" [GO:0031982]

"ocellus pigment granule organization and biogenesis" [GO:0008058] is_a "vesicle organization and biogenesis" [GO:0016050] because of rule: genus_differentia : "vesicle organization and biogenesis" [GO:0016050] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "vesicle" [GO:0031982] , and it is the case that "ocellus pigment granule organization and biogenesis" [GO:0008058] is_a "cellular component organization and biogenesis" [GO:0016043] and "ocellus pigment granule organization and biogenesis" [GO:0008058] results_in_structural_change_to "vesicle" [GO:0031982]

"regulation of actin polymerization and/or depolymerization" [GO:0008064] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "regulation of actin polymerization and/or depolymerization" [GO:0008064] is_a "cellular component organization and biogenesis" [GO:0016043] and "regulation of actin polymerization and/or depolymerization" [GO:0008064] results_in_structural_change_to "organelle" [GO:0043226]

"establishment of blood-nerve barrier" [GO:0008065] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "establishment of blood-nerve barrier" [GO:0008065] is_a "developmental process" [GO:0032502] and "establishment of blood-nerve barrier" [GO:0008065] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"ring canal formation, actin assembly" [GO:0008302] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "ring canal formation, actin assembly" [GO:0008302] is_a "cellular component organization and biogenesis" [GO:0016043] and "ring canal formation, actin assembly" [GO:0008302] results_in_structural_change_to "organelle" [GO:0043226]

"ovarian ring canal stabilization" [GO:0008335] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "ovarian ring canal stabilization" [GO:0008335] is_a "cellular component organization and biogenesis" [GO:0016043] and "ovarian ring canal stabilization" [GO:0008335] results_in_structural_change_to "organelle" [GO:0043226]

"root meristem specification" [GO:0010071] is_a "embryonic axis specification" [GO:0000578] because of rule: genus_differentia : "embryonic axis specification" [GO:0000578] is defined as a "axis specification" [GO:0009798] that part of "embryonic development" [GO:0009790] , and it is the case that "root meristem specification" [GO:0010071] is_a "axis specification" [GO:0009798] and "root meristem specification" [GO:0010071] part of "embryonic development" [GO:0009790]

"primary shoot apical meristem specification" [GO:0010072] is_a "embryonic axis specification" [GO:0000578] because of rule: genus_differentia : "embryonic axis specification" [GO:0000578] is defined as a "axis specification" [GO:0009798] that part of "embryonic development" [GO:0009790] , and it is the case that "primary shoot apical meristem specification" [GO:0010072] is_a "axis specification" [GO:0009798] and "primary shoot apical meristem specification" [GO:0010072] part of "embryonic development" [GO:0009790]

"cellulose microfibril organization" [GO:0010215] is_a "fibril organization and biogenesis" [GO:0043206] because of rule: genus_differentia : "fibril organization and biogenesis" [GO:0043206] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "fibril" [GO:0043205] , and it is the case that "cellulose microfibril organization" [GO:0010215] is_a "cellular component organization and biogenesis" [GO:0016043] and "cellulose microfibril organization" [GO:0010215] results_in_structural_change_to "fibril" [GO:0043205]

"astrocyte development" [GO:0014002] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "astrocyte development" [GO:0014002] is_a "developmental process" [GO:0032502] and "astrocyte development" [GO:0014002] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"oligodendrocyte development" [GO:0014003] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "oligodendrocyte development" [GO:0014003] is_a "developmental process" [GO:0032502] and "oligodendrocyte development" [GO:0014003] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"microglia development" [GO:0014005] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "microglia development" [GO:0014005] is_a "developmental process" [GO:0032502] and "microglia development" [GO:0014005] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"neuroblast development" [GO:0014019] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "neuroblast development" [GO:0014019] is_a "developmental process" [GO:0032502] and "neuroblast development" [GO:0014019] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"secondary neural tube formation" [GO:0014021] is_a "embryonic morphogenesis" [GO:0048598] because of rule: genus_differentia : "embryonic morphogenesis" [GO:0048598] is defined as a "anatomical structure morphogenesis" [GO:0009653] that part of "embryonic development" [GO:0009790] , and it is the case that "secondary neural tube formation" [GO:0014021] is_a "anatomical structure morphogenesis" [GO:0009653] and "secondary neural tube formation" [GO:0014021] part of "embryonic development" [GO:0009790]

"neural crest formation" [GO:0014029] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "neural crest formation" [GO:0014029] is_a "developmental process" [GO:0032502] and "neural crest formation" [GO:0014029] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"mesenchymal cell development" [GO:0014031] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "mesenchymal cell development" [GO:0014031] is_a "developmental process" [GO:0032502] and "mesenchymal cell development" [GO:0014031] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"neural crest cell development" [GO:0014032] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "neural crest cell development" [GO:0014032] is_a "developmental process" [GO:0032502] and "neural crest cell development" [GO:0014032] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"Schwann cell development" [GO:0014044] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "Schwann cell development" [GO:0014044] is_a "developmental process" [GO:0032502] and "Schwann cell development" [GO:0014044] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"establishment of blood-brain barrier" [GO:0014045] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "establishment of blood-brain barrier" [GO:0014045] is_a "developmental process" [GO:0032502] and "establishment of blood-brain barrier" [GO:0014045] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"rhodopsin biosynthetic process" [GO:0016063] is_a "anatomical structure formation" [GO:0048646] because of rule: genus_differentia : "anatomical structure formation" [GO:0048646] is defined as a "biosynthetic process" [GO:0009058] that results_in_creation_of "anatomical structure" [ZFA:0000037] , and it is the case that "rhodopsin biosynthetic process" [GO:0016063] is_a "biosynthetic process" [GO:0009058] and "rhodopsin biosynthetic process" [GO:0016063] results_in_creation_of "anatomical structure" [ZFA:0000037]

"telomere capping" [GO:0016233] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomere capping" [GO:0016233] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomere capping" [GO:0016233] results_in_structural_change_to "organelle" [GO:0043226]

"calcium-dependent cell-matrix adhesion" [GO:0016340] is_a "cell-cell adhesion" [GO:0016337] because of rule: genus_differentia : "cell-cell adhesion" [GO:0016337] is defined as a "biological adhesion" [GO:0022610] that results_in_adhesion_to "cell" [ZFA:0009000] and results_in_adhesion_to "cell" [ZFA:0009000] , and it is the case that "calcium-dependent cell-matrix adhesion" [GO:0016340] is_a "biological adhesion" [GO:0022610] and "calcium-dependent cell-matrix adhesion" [GO:0016340] results_in_adhesion_to "cell" [ZFA:0009000] and "calcium-dependent cell-matrix adhesion" [GO:0016340] results_in_adhesion_to "cell" [ZFA:0009000]

"imaginal disc-derived leg joint morphogenesis" [GO:0016348] is_a "imaginal disc morphogenesis" [GO:0007560] because of rule: genus_differentia : "imaginal disc morphogenesis" [GO:0007560] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived leg joint morphogenesis" [GO:0016348] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived leg joint morphogenesis" [GO:0016348] results_in_developmental_progression_of "imaginal disc" [FBbt:00001761]

"glial cell development" [GO:0021782] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "glial cell development" [GO:0021782] is_a "developmental process" [GO:0032502] and "glial cell development" [GO:0021782] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"pyramidal neuron development" [GO:0021860] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "pyramidal neuron development" [GO:0021860] is_a "developmental process" [GO:0032502] and "pyramidal neuron development" [GO:0021860] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"forebrain neuron development" [GO:0021884] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "forebrain neuron development" [GO:0021884] is_a "developmental process" [GO:0032502] and "forebrain neuron development" [GO:0021884] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"hypothalamus gonadotrophin-releasing hormone neuron development" [GO:0021888] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "hypothalamus gonadotrophin-releasing hormone neuron development" [GO:0021888] is_a "developmental process" [GO:0032502] and "hypothalamus gonadotrophin-releasing hormone neuron development" [GO:0021888] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"olfactory bulb interneuron development" [GO:0021891] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "olfactory bulb interneuron development" [GO:0021891] is_a "developmental process" [GO:0032502] and "olfactory bulb interneuron development" [GO:0021891] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"cerebral cortex GABAergic interneuron development" [GO:0021894] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "cerebral cortex GABAergic interneuron development" [GO:0021894] is_a "developmental process" [GO:0032502] and "cerebral cortex GABAergic interneuron development" [GO:0021894] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"forebrain astrocyte development" [GO:0021897] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "forebrain astrocyte development" [GO:0021897] is_a "developmental process" [GO:0032502] and "forebrain astrocyte development" [GO:0021897] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"central nervous system neuron development" [GO:0021954] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "central nervous system neuron development" [GO:0021954] is_a "developmental process" [GO:0032502] and "central nervous system neuron development" [GO:0021954] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"neurogenesis" [GO:0022008] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "neurogenesis" [GO:0022008] is_a "developmental process" [GO:0032502] and "neurogenesis" [GO:0022008] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"microvillar actin bundle formation" [GO:0030034] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "microvillar actin bundle formation" [GO:0030034] is_a "cellular component organization and biogenesis" [GO:0016043] and "microvillar actin bundle formation" [GO:0030034] results_in_structural_change_to "organelle" [GO:0043226]

"microvillar actin bundle formation" [GO:0030034] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "microvillar actin bundle formation" [GO:0030034] is_a "cellular component organization and biogenesis" [GO:0016043] and "microvillar actin bundle formation" [GO:0030034] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"actin filament reorganization during cell cycle" [GO:0030037] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin filament reorganization during cell cycle" [GO:0030037] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin filament reorganization during cell cycle" [GO:0030037] results_in_structural_change_to "organelle" [GO:0043226]

"contractile actin filament bundle formation" [GO:0030038] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "contractile actin filament bundle formation" [GO:0030038] is_a "cellular component organization and biogenesis" [GO:0016043] and "contractile actin filament bundle formation" [GO:0030038] results_in_structural_change_to "organelle" [GO:0043226]

"contractile actin filament bundle formation" [GO:0030038] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "contractile actin filament bundle formation" [GO:0030038] is_a "cellular component organization and biogenesis" [GO:0016043] and "contractile actin filament bundle formation" [GO:0030038] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"actin filament polymerization" [GO:0030041] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin filament polymerization" [GO:0030041] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin filament polymerization" [GO:0030041] results_in_structural_change_to "organelle" [GO:0043226]

"actin filament depolymerization" [GO:0030042] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin filament depolymerization" [GO:0030042] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin filament depolymerization" [GO:0030042] results_in_structural_change_to "organelle" [GO:0043226]

"parallel actin filament bundle formation" [GO:0030046] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "parallel actin filament bundle formation" [GO:0030046] is_a "cellular component organization and biogenesis" [GO:0016043] and "parallel actin filament bundle formation" [GO:0030046] results_in_structural_change_to "organelle" [GO:0043226]

"parallel actin filament bundle formation" [GO:0030046] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "parallel actin filament bundle formation" [GO:0030046] is_a "cellular component organization and biogenesis" [GO:0016043] and "parallel actin filament bundle formation" [GO:0030046] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"collagen fibril organization" [GO:0030199] is_a "fibril organization and biogenesis" [GO:0043206] because of rule: genus_differentia : "fibril organization and biogenesis" [GO:0043206] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "fibril" [GO:0043205] , and it is the case that "collagen fibril organization" [GO:0030199] is_a "cellular component organization and biogenesis" [GO:0016043] and "collagen fibril organization" [GO:0030199] results_in_structural_change_to "fibril" [GO:0043205]

"myofibril assembly" [GO:0030239] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "myofibril assembly" [GO:0030239] is_a "cellular component organization and biogenesis" [GO:0016043] and "myofibril assembly" [GO:0030239] results_in_structural_change_to "organelle" [GO:0043226]

"muscle thin filament assembly" [GO:0030240] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "muscle thin filament assembly" [GO:0030240] is_a "cellular component organization and biogenesis" [GO:0016043] and "muscle thin filament assembly" [GO:0030240] results_in_structural_change_to "organelle" [GO:0043226]

"muscle thick filament assembly" [GO:0030241] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "muscle thick filament assembly" [GO:0030241] is_a "cellular component organization and biogenesis" [GO:0016043] and "muscle thick filament assembly" [GO:0030241] results_in_structural_change_to "organelle" [GO:0043226]

"muscle thick filament assembly" [GO:0030241] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "muscle thick filament assembly" [GO:0030241] is_a "cellular component organization and biogenesis" [GO:0016043] and "muscle thick filament assembly" [GO:0030241] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"mitotic spindle organization and biogenesis in nucleus" [GO:0030472] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "mitotic spindle organization and biogenesis in nucleus" [GO:0030472] is_a "cellular component organization and biogenesis" [GO:0016043] and "mitotic spindle organization and biogenesis in nucleus" [GO:0030472] results_in_structural_change_to "organelle" [GO:0043226]

"mitotic spindle organization and biogenesis in nucleus" [GO:0030472] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "mitotic spindle organization and biogenesis in nucleus" [GO:0030472] is_a "cellular component organization and biogenesis" [GO:0016043] and "mitotic spindle organization and biogenesis in nucleus" [GO:0030472] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"ovarian follicle cell development (sensu Insecta)" [GO:0030707] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "ovarian follicle cell development (sensu Insecta)" [GO:0030707] is_a "developmental process" [GO:0032502] and "ovarian follicle cell development (sensu Insecta)" [GO:0030707] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"astral microtubule organization and biogenesis" [GO:0030953] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "astral microtubule organization and biogenesis" [GO:0030953] is_a "cellular component organization and biogenesis" [GO:0016043] and "astral microtubule organization and biogenesis" [GO:0030953] results_in_structural_change_to "organelle" [GO:0043226]

"astral microtubule nucleation" [GO:0030954] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "astral microtubule nucleation" [GO:0030954] is_a "cellular component organization and biogenesis" [GO:0016043] and "astral microtubule nucleation" [GO:0030954] results_in_structural_change_to "organelle" [GO:0043226]

"equatorial microtubule organizing center disassembly" [GO:0031025] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "equatorial microtubule organizing center disassembly" [GO:0031025] is_a "cellular component organization and biogenesis" [GO:0016043] and "equatorial microtubule organizing center disassembly" [GO:0031025] results_in_structural_change_to "organelle" [GO:0043226]

"myosin filament assembly" [GO:0031034] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "myosin filament assembly" [GO:0031034] is_a "cellular component organization and biogenesis" [GO:0016043] and "myosin filament assembly" [GO:0031034] results_in_structural_change_to "organelle" [GO:0043226]

"myosin filament disassembly" [GO:0031035] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "myosin filament disassembly" [GO:0031035] is_a "cellular component organization and biogenesis" [GO:0016043] and "myosin filament disassembly" [GO:0031035] results_in_structural_change_to "organelle" [GO:0043226]

"myosin II filament assembly or disassembly" [GO:0031038] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "myosin II filament assembly or disassembly" [GO:0031038] is_a "cellular component organization and biogenesis" [GO:0016043] and "myosin II filament assembly or disassembly" [GO:0031038] results_in_structural_change_to "organelle" [GO:0043226]

"embryonic camera-type eye development" [GO:0031076] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "embryonic camera-type eye development" [GO:0031076] is_a "developmental process" [GO:0032502] and "embryonic camera-type eye development" [GO:0031076] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"neurite regeneration" [GO:0031102] is_a "neurite morphogenesis" [GO:0048812] because of rule: genus_differentia : "neurite morphogenesis" [GO:0048812] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "neurite" [FBbt:00005113] , and it is the case that "neurite regeneration" [GO:0031102] is_a "anatomical structure morphogenesis" [GO:0009653] and "neurite regeneration" [GO:0031102] results_in_developmental_progression_of "neurite" [FBbt:00005113]

"actin rod formation" [GO:0031247] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin rod formation" [GO:0031247] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin rod formation" [GO:0031247] results_in_structural_change_to "organelle" [GO:0043226]

"actin phosphorylation" [GO:0031289] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin phosphorylation" [GO:0031289] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin phosphorylation" [GO:0031289] results_in_structural_change_to "organelle" [GO:0043226]

"prospore formation" [GO:0031321] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "prospore formation" [GO:0031321] is_a "developmental process" [GO:0032502] and "prospore formation" [GO:0031321] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"gas vesicle organization and biogenesis" [GO:0031412] is_a "membrane budding" [GO:0006900] because of rule: genus_differentia : "membrane budding" [GO:0006900] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "vesicle" [GO:0031982] , and it is the case that "gas vesicle organization and biogenesis" [GO:0031412] is_a "anatomical structure formation" [GO:0048646] and "gas vesicle organization and biogenesis" [GO:0031412] results_in_formation_of "vesicle" [GO:0031982]

"chromatin assembly" [GO:0031497] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "chromatin assembly" [GO:0031497] is_a "cellular component organization and biogenesis" [GO:0016043] and "chromatin assembly" [GO:0031497] results_in_structural_change_to "organelle" [GO:0043226]

"chromatin disassembly" [GO:0031498] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "chromatin disassembly" [GO:0031498] is_a "cellular component organization and biogenesis" [GO:0016043] and "chromatin disassembly" [GO:0031498] results_in_structural_change_to "organelle" [GO:0043226]

"telomeric loop formation" [GO:0031627] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomeric loop formation" [GO:0031627] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomeric loop formation" [GO:0031627] results_in_structural_change_to "organelle" [GO:0043226]

"oral apparatus organization and biogenesis" [GO:0032122] is_a "cell projection organization and biogenesis" [GO:0030030] because of rule: genus_differentia : "cell projection organization and biogenesis" [GO:0030030] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cell projection" [GO:0042995] , and it is the case that "oral apparatus organization and biogenesis" [GO:0032122] is_a "cellular component organization and biogenesis" [GO:0016043] and "oral apparatus organization and biogenesis" [GO:0032122] results_in_structural_change_to "cell projection" [GO:0042995]

"establishment of contractile ring localization" [GO:0032188] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "establishment of contractile ring localization" [GO:0032188] is_a "cellular component organization and biogenesis" [GO:0016043] and "establishment of contractile ring localization" [GO:0032188] results_in_structural_change_to "organelle" [GO:0043226]

"maintenance of contractile ring localization" [GO:0032189] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "maintenance of contractile ring localization" [GO:0032189] is_a "cellular component organization and biogenesis" [GO:0016043] and "maintenance of contractile ring localization" [GO:0032189] results_in_structural_change_to "organelle" [GO:0043226]

"telomere maintenance via semi-conservative replication" [GO:0032201] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomere maintenance via semi-conservative replication" [GO:0032201] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomere maintenance via semi-conservative replication" [GO:0032201] results_in_structural_change_to "organelle" [GO:0043226]

"telomere assembly" [GO:0032202] is_a "protein complex assembly" [GO:0006461] because of rule: genus_differentia : "protein complex assembly" [GO:0006461] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "protein complex" [GO:0043234] , and it is the case that "telomere assembly" [GO:0032202] is_a "anatomical structure formation" [GO:0048646] and "telomere assembly" [GO:0032202] results_in_formation_of "protein complex" [GO:0043234]

"telomere formation via telomerase" [GO:0032203] is_a "protein complex assembly" [GO:0006461] because of rule: genus_differentia : "protein complex assembly" [GO:0006461] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "protein complex" [GO:0043234] , and it is the case that "telomere formation via telomerase" [GO:0032203] is_a "anatomical structure formation" [GO:0048646] and "telomere formation via telomerase" [GO:0032203] results_in_formation_of "protein complex" [GO:0043234]

"telomere formation via telomerase" [GO:0032203] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomere formation via telomerase" [GO:0032203] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomere formation via telomerase" [GO:0032203] results_in_structural_change_to "organelle" [GO:0043226]

"negative regulation of telomere maintenance via recombination" [GO:0032208] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "negative regulation of telomere maintenance via recombination" [GO:0032208] is_a "cellular component organization and biogenesis" [GO:0016043] and "negative regulation of telomere maintenance via recombination" [GO:0032208] results_in_structural_change_to "organelle" [GO:0043226]

"positive regulation of telomere maintenance via recombination" [GO:0032209] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "positive regulation of telomere maintenance via recombination" [GO:0032209] is_a "cellular component organization and biogenesis" [GO:0016043] and "positive regulation of telomere maintenance via recombination" [GO:0032209] results_in_structural_change_to "organelle" [GO:0043226]

"melanosome organization and biogenesis" [GO:0032438] is_a "vesicle organization and biogenesis" [GO:0016050] because of rule: genus_differentia : "vesicle organization and biogenesis" [GO:0016050] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "vesicle" [GO:0031982] , and it is the case that "melanosome organization and biogenesis" [GO:0032438] is_a "cellular component organization and biogenesis" [GO:0016043] and "melanosome organization and biogenesis" [GO:0032438] results_in_structural_change_to "vesicle" [GO:0031982]

"negative regulation of astral microtubule depolymerization" [GO:0032932] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "negative regulation of astral microtubule depolymerization" [GO:0032932] is_a "cellular component organization and biogenesis" [GO:0016043] and "negative regulation of astral microtubule depolymerization" [GO:0032932] results_in_structural_change_to "organelle" [GO:0043226]

"negative regulation of astral microtubule depolymerization" [GO:0032932] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "negative regulation of astral microtubule depolymerization" [GO:0032932] is_a "cellular component organization and biogenesis" [GO:0016043] and "negative regulation of astral microtubule depolymerization" [GO:0032932] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"axoneme biogenesis" [GO:0035082] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "axoneme biogenesis" [GO:0035082] is_a "cellular component organization and biogenesis" [GO:0016043] and "axoneme biogenesis" [GO:0035082] results_in_structural_change_to "organelle" [GO:0043226]

"cilium axoneme biogenesis" [GO:0035083] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "cilium axoneme biogenesis" [GO:0035083] is_a "cellular component organization and biogenesis" [GO:0016043] and "cilium axoneme biogenesis" [GO:0035083] results_in_structural_change_to "organelle" [GO:0043226]

"cilium axoneme biogenesis" [GO:0035083] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "cilium axoneme biogenesis" [GO:0035083] is_a "cellular component organization and biogenesis" [GO:0016043] and "cilium axoneme biogenesis" [GO:0035083] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"flagellum axoneme biogenesis" [GO:0035084] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "flagellum axoneme biogenesis" [GO:0035084] is_a "cellular component organization and biogenesis" [GO:0016043] and "flagellum axoneme biogenesis" [GO:0035084] results_in_structural_change_to "organelle" [GO:0043226]

"flagellum axoneme biogenesis" [GO:0035084] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "flagellum axoneme biogenesis" [GO:0035084] is_a "cellular component organization and biogenesis" [GO:0016043] and "flagellum axoneme biogenesis" [GO:0035084] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"imaginal disc-derived limb morphogenesis" [GO:0035109] is_a "imaginal disc morphogenesis" [GO:0007560] because of rule: genus_differentia : "imaginal disc morphogenesis" [GO:0007560] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived limb morphogenesis" [GO:0035109] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived limb morphogenesis" [GO:0035109] results_in_developmental_progression_of "imaginal disc" [FBbt:00001761]

"establishment of mitotic spindle localization" [GO:0040001] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "establishment of mitotic spindle localization" [GO:0040001] is_a "cellular component organization and biogenesis" [GO:0016043] and "establishment of mitotic spindle localization" [GO:0040001] results_in_structural_change_to "organelle" [GO:0043226]

"gliogenesis" [GO:0042063] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "gliogenesis" [GO:0042063] is_a "developmental process" [GO:0032502] and "gliogenesis" [GO:0042063] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "ribosome biogenesis and assembly" [GO:0042254] because of rule: genus_differentia : "ribosome biogenesis and assembly" [GO:0042254] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "ribosome" [GO:0005840] , and it is the case that "ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "cellular component assembly" [GO:0022607] and "ribosomal large subunit biogenesis and assembly" [GO:0042273] results_in_creation_of "ribosome" [GO:0005840]

"ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "macromolecular complex assembly" [GO:0065003] because of rule: genus_differentia : "macromolecular complex assembly" [GO:0065003] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "macromolecular complex" [GO:0032991] , and it is the case that "ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "cellular component assembly" [GO:0022607] and "ribosomal large subunit biogenesis and assembly" [GO:0042273] results_in_creation_of "macromolecular complex" [GO:0032991]

"ribosomal small subunit biogenesis and assembly" [GO:0042274] is_a "macromolecular complex assembly" [GO:0065003] because of rule: genus_differentia : "macromolecular complex assembly" [GO:0065003] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "macromolecular complex" [GO:0032991] , and it is the case that "ribosomal small subunit biogenesis and assembly" [GO:0042274] is_a "cellular component assembly" [GO:0022607] and "ribosomal small subunit biogenesis and assembly" [GO:0042274] results_in_creation_of "macromolecular complex" [GO:0032991]

"ear morphogenesis" [GO:0042471] is_a "embryonic organ morphogenesis" [GO:0048562] because of rule: genus_differentia : "embryonic organ morphogenesis" [GO:0048562] is defined as a "organ morphogenesis" [GO:0009887] that part of "embryonic development" [GO:0009790] , and it is the case that "ear morphogenesis" [GO:0042471] is_a "organ morphogenesis" [GO:0009887] and "ear morphogenesis" [GO:0042471] part of "embryonic development" [GO:0009790]

"Golgi to plasma membrane protein transport" [GO:0043001] is_a "intracellular protein transport" [GO:0006886] because of rule: genus_differentia : "intracellular protein transport" [GO:0006886] is defined as a "protein transport" [GO:0015031] that results_in_transport_of "intracellular" [GO:0005622] , and it is the case that "Golgi to plasma membrane protein transport" [GO:0043001] is_a "protein transport" [GO:0015031] and "Golgi to plasma membrane protein transport" [GO:0043001] results_in_transport_of "intracellular" [GO:0005622]

"stress fiber formation" [GO:0043149] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "stress fiber formation" [GO:0043149] is_a "cellular component organization and biogenesis" [GO:0016043] and "stress fiber formation" [GO:0043149] results_in_structural_change_to "organelle" [GO:0043226]

"stress fiber formation" [GO:0043149] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "stress fiber formation" [GO:0043149] is_a "cellular component organization and biogenesis" [GO:0016043] and "stress fiber formation" [GO:0043149] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"telomere maintenance in response to DNA damage" [GO:0043247] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "telomere maintenance in response to DNA damage" [GO:0043247] is_a "cellular component organization and biogenesis" [GO:0016043] and "telomere maintenance in response to DNA damage" [GO:0043247] results_in_structural_change_to "organelle" [GO:0043226]

"pharyngeal muscle development" [GO:0043282] is_a "somatic muscle development" [GO:0007525] because of rule: genus_differentia : "somatic muscle development" [GO:0007525] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "somatic muscle" [FBbt:00005073] , and it is the case that "pharyngeal muscle development" [GO:0043282] is_a "developmental process" [GO:0032502] and "pharyngeal muscle development" [GO:0043282] results_in_complete_developmental_of "somatic muscle" [FBbt:00005073]

"pharyngeal muscle development" [GO:0043282] is_a "adult somatic muscle development" [GO:0007527] because of rule: genus_differentia : "adult somatic muscle development" [GO:0007527] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "adult somatic muscle" [FBbt:00003259] , and it is the case that "pharyngeal muscle development" [GO:0043282] is_a "developmental process" [GO:0032502] and "pharyngeal muscle development" [GO:0043282] results_in_complete_developmental_of "adult somatic muscle" [FBbt:00003259]

"engulfment of apoptotic cell" [GO:0043652] is_a "membrane budding" [GO:0006900] because of rule: genus_differentia : "membrane budding" [GO:0006900] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "vesicle" [GO:0031982] , and it is the case that "engulfment of apoptotic cell" [GO:0043652] is_a "anatomical structure formation" [GO:0048646] and "engulfment of apoptotic cell" [GO:0043652] results_in_formation_of "vesicle" [GO:0031982]

"cell adhesion during single-species biofilm formation in or on host organism" [GO:0043707] is_a "cell-cell adhesion" [GO:0016337] because of rule: genus_differentia : "cell-cell adhesion" [GO:0016337] is defined as a "biological adhesion" [GO:0022610] that results_in_adhesion_to "cell" [ZFA:0009000] and results_in_adhesion_to "cell" [ZFA:0009000] , and it is the case that "cell adhesion during single-species biofilm formation in or on host organism" [GO:0043707] is_a "biological adhesion" [GO:0022610] and "cell adhesion during single-species biofilm formation in or on host organism" [GO:0043707] results_in_adhesion_to "cell" [ZFA:0009000] and "cell adhesion during single-species biofilm formation in or on host organism" [GO:0043707] results_in_adhesion_to "cell" [ZFA:0009000]

"actin cable formation" [GO:0045011] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin cable formation" [GO:0045011] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin cable formation" [GO:0045011] results_in_structural_change_to "organelle" [GO:0043226]

"actin cable formation" [GO:0045011] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "actin cable formation" [GO:0045011] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin cable formation" [GO:0045011] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"intermediate filament bundle assembly" [GO:0045110] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "intermediate filament bundle assembly" [GO:0045110] is_a "cellular component organization and biogenesis" [GO:0016043] and "intermediate filament bundle assembly" [GO:0045110] results_in_structural_change_to "organelle" [GO:0043226]

"sarcomere organization" [GO:0045214] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "sarcomere organization" [GO:0045214] is_a "cellular component organization and biogenesis" [GO:0016043] and "sarcomere organization" [GO:0045214] results_in_structural_change_to "organelle" [GO:0043226]

"viral capsid transport in host cell nucleus" [GO:0046742] is_a "intracellular transport" [GO:0046907] because of rule: genus_differentia : "intracellular transport" [GO:0046907] is defined as a "transport" [GO:0006810] that results_in_transport_of "intracellular" [GO:0005622] , and it is the case that "viral capsid transport in host cell nucleus" [GO:0046742] is_a "transport" [GO:0006810] and "viral capsid transport in host cell nucleus" [GO:0046742] results_in_transport_of "intracellular" [GO:0005622]

"microtubule polymerization" [GO:0046785] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "microtubule polymerization" [GO:0046785] is_a "cellular component organization and biogenesis" [GO:0016043] and "microtubule polymerization" [GO:0046785] results_in_structural_change_to "organelle" [GO:0043226]

"intracellular transport of viral capsid in host cell" [GO:0046801] is_a viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement because of rule: genus_differentia : viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement is defined as a "transport" [GO:0006810] that results_in_transport_of "viral capsid" [GO:0019028] , and it is the case that "intracellular transport of viral capsid in host cell" [GO:0046801] is_a "transport" [GO:0006810] and "intracellular transport of viral capsid in host cell" [GO:0046801] results_in_transport_of "viral capsid" [GO:0019028]

"egress of viral procapsid from host cell nucleus" [GO:0046802] is_a viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement because of rule: genus_differentia : viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement is defined as a "transport" [GO:0006810] that results_in_transport_of "viral capsid" [GO:0019028] , and it is the case that "egress of viral procapsid from host cell nucleus" [GO:0046802] is_a "transport" [GO:0006810] and "egress of viral procapsid from host cell nucleus" [GO:0046802] results_in_transport_of "viral capsid" [GO:0019028]

"viral scaffold assembly and maintenance" [GO:0046807] is_a "macromolecular complex assembly" [GO:0065003] because of rule: genus_differentia : "macromolecular complex assembly" [GO:0065003] is defined as a "cellular component assembly" [GO:0022607] that results_in_creation_of "macromolecular complex" [GO:0032991] , and it is the case that "viral scaffold assembly and maintenance" [GO:0046807] is_a "cellular component assembly" [GO:0022607] and "viral scaffold assembly and maintenance" [GO:0046807] results_in_creation_of "macromolecular complex" [GO:0032991]

"focal adhesion formation" [GO:0048041] is_a "cell-cell adhesion" [GO:0016337] because of rule: genus_differentia : "cell-cell adhesion" [GO:0016337] is defined as a "biological adhesion" [GO:0022610] that results_in_adhesion_to "cell" [ZFA:0009000] and results_in_adhesion_to "cell" [ZFA:0009000] , and it is the case that "focal adhesion formation" [GO:0048041] is_a "biological adhesion" [GO:0022610] and "focal adhesion formation" [GO:0048041] results_in_adhesion_to "cell" [ZFA:0009000] and "focal adhesion formation" [GO:0048041] results_in_adhesion_to "cell" [ZFA:0009000]

"petal structural organization" [GO:0048452] is_a "petal morphogenesis" [GO:0048446] because of rule: genus_differentia : "petal morphogenesis" [GO:0048446] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of PO:0009032 , and it is the case that "petal structural organization" [GO:0048452] is_a "anatomical structure morphogenesis" [GO:0009653] and "petal structural organization" [GO:0048452] results_in_developmental_progression_of PO:0009032

"sepal structural organization" [GO:0048454] is_a "sepal morphogenesis" [GO:0048447] because of rule: genus_differentia : "sepal morphogenesis" [GO:0048447] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of PO:0009031 , and it is the case that "sepal structural organization" [GO:0048454] is_a "anatomical structure morphogenesis" [GO:0009653] and "sepal structural organization" [GO:0048454] results_in_developmental_progression_of PO:0009031

"stamen structural organization" [GO:0048456] is_a "stamen morphogenesis" [GO:0048448] because of rule: genus_differentia : "stamen morphogenesis" [GO:0048448] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of PO:0009029 , and it is the case that "stamen structural organization" [GO:0048456] is_a "anatomical structure morphogenesis" [GO:0009653] and "stamen structural organization" [GO:0048456] results_in_developmental_progression_of PO:0009029

"carpel structural organization" [GO:0048463] is_a "carpel morphogenesis" [GO:0048445] because of rule: genus_differentia : "carpel morphogenesis" [GO:0048445] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of PO:0009030 , and it is the case that "carpel structural organization" [GO:0048463] is_a "anatomical structure morphogenesis" [GO:0009653] and "carpel structural organization" [GO:0048463] results_in_developmental_progression_of PO:0009030

"cell development" [GO:0048468] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "cell development" [GO:0048468] is_a "developmental process" [GO:0032502] and "cell development" [GO:0048468] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"oocyte development" [GO:0048599] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "oocyte development" [GO:0048599] is_a "developmental process" [GO:0032502] and "oocyte development" [GO:0048599] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"embryonic ectodermal gut development" [GO:0048611] is_a "embryonic gut development" [GO:0048566] because of rule: genus_differentia : "embryonic gut development" [GO:0048566] is defined as a "gut development" [GO:0048565] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut development" [GO:0048611] is_a "gut development" [GO:0048565] and "embryonic ectodermal gut development" [GO:0048611] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut development" [GO:0048611] is_a "embryonic organ development" [GO:0048568] because of rule: genus_differentia : "embryonic organ development" [GO:0048568] is defined as a "organ development" [GO:0048513] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut development" [GO:0048611] is_a "organ development" [GO:0048513] and "embryonic ectodermal gut development" [GO:0048611] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut development" [GO:0048611] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "embryonic ectodermal gut development" [GO:0048611] is_a "developmental process" [GO:0032502] and "embryonic ectodermal gut development" [GO:0048611] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "organ development" [GO:0048513] because of rule: genus_differentia : "organ development" [GO:0048513] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "compound organ" [ZFA:0000496] , and it is the case that "embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "developmental process" [GO:0032502] and "embryonic ectodermal gut morphogenesis" [GO:0048613] results_in_complete_developmental_of "compound organ" [ZFA:0000496]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "embryonic gut morphogenesis" [GO:0048558] because of rule: genus_differentia : "embryonic gut morphogenesis" [GO:0048558] is defined as a "gut morphogenesis" [GO:0048547] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "gut morphogenesis" [GO:0048547] and "embryonic ectodermal gut morphogenesis" [GO:0048613] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "embryonic gut development" [GO:0048566] because of rule: genus_differentia : "embryonic gut development" [GO:0048566] is defined as a "gut development" [GO:0048565] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "gut development" [GO:0048565] and "embryonic ectodermal gut morphogenesis" [GO:0048613] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "embryonic ectodermal gut development" [GO:0048611] because of rule: genus_differentia : "embryonic ectodermal gut development" [GO:0048611] is defined as a "ectodermal gut development" [GO:0007439] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "ectodermal gut development" [GO:0007439] and "embryonic ectodermal gut morphogenesis" [GO:0048613] part of "embryonic development" [GO:0009790]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "developmental process" [GO:0032502] and "embryonic ectodermal gut morphogenesis" [GO:0048613] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"myoblast development" [GO:0048627] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "myoblast development" [GO:0048627] is_a "developmental process" [GO:0032502] and "myoblast development" [GO:0048627] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"neuron development" [GO:0048666] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "neuron development" [GO:0048666] is_a "developmental process" [GO:0032502] and "neuron development" [GO:0048666] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"generation of neurons" [GO:0048699] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "generation of neurons" [GO:0048699] is_a "developmental process" [GO:0032502] and "generation of neurons" [GO:0048699] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"cardiac muscle fiber development" [GO:0048739] is_a "muscle fiber development" [GO:0048747] because of rule: genus_differentia : "muscle fiber development" [GO:0048747] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "muscle fiber" [FBbt:00005075] , and it is the case that "cardiac muscle fiber development" [GO:0048739] is_a "developmental process" [GO:0032502] and "cardiac muscle fiber development" [GO:0048739] results_in_complete_developmental_of "muscle fiber" [FBbt:00005075]

"striated muscle fiber development" [GO:0048740] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "striated muscle fiber development" [GO:0048740] is_a "developmental process" [GO:0032502] and "striated muscle fiber development" [GO:0048740] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"skeletal muscle fiber development" [GO:0048741] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "skeletal muscle fiber development" [GO:0048741] is_a "developmental process" [GO:0032502] and "skeletal muscle fiber development" [GO:0048741] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"smooth muscle fiber development" [GO:0048746] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "smooth muscle fiber development" [GO:0048746] is_a "developmental process" [GO:0032502] and "smooth muscle fiber development" [GO:0048746] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"muscle fiber development" [GO:0048747] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "muscle fiber development" [GO:0048747] is_a "developmental process" [GO:0032502] and "muscle fiber development" [GO:0048747] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"pigment granule organization and biogenesis" [GO:0048753] is_a "vesicle organization and biogenesis" [GO:0016050] because of rule: genus_differentia : "vesicle organization and biogenesis" [GO:0016050] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "vesicle" [GO:0031982] , and it is the case that "pigment granule organization and biogenesis" [GO:0048753] is_a "cellular component organization and biogenesis" [GO:0016043] and "pigment granule organization and biogenesis" [GO:0048753] results_in_structural_change_to "vesicle" [GO:0031982]

"root hair cell differentiation" [GO:0048765] is_a "root epidermal cell differentiation" [GO:0010053] because of rule: genus_differentia : "root epidermal cell differentiation" [GO:0010053] is defined as a "epidermal cell differentiation" [GO:0009913] that results_in_developmental_progression_of PO:0009005 , and it is the case that "root hair cell differentiation" [GO:0048765] is_a "epidermal cell differentiation" [GO:0009913] and "root hair cell differentiation" [GO:0048765] results_in_developmental_progression_of PO:0009005

"sarcomerogenesis" [GO:0048769] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "sarcomerogenesis" [GO:0048769] is_a "cellular component organization and biogenesis" [GO:0016043] and "sarcomerogenesis" [GO:0048769] results_in_structural_change_to "organelle" [GO:0043226]

"imaginal disc-derived male genitalia morphogenesis" [GO:0048803] is_a "imaginal disc morphogenesis" [GO:0007560] because of rule: genus_differentia : "imaginal disc morphogenesis" [GO:0007560] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived male genitalia morphogenesis" [GO:0048803] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived male genitalia morphogenesis" [GO:0048803] results_in_developmental_progression_of "imaginal disc" [FBbt:00001761]

"imaginal disc-derived female genitalia morphogenesis" [GO:0048804] is_a "imaginal disc morphogenesis" [GO:0007560] because of rule: genus_differentia : "imaginal disc morphogenesis" [GO:0007560] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived female genitalia morphogenesis" [GO:0048804] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived female genitalia morphogenesis" [GO:0048804] results_in_developmental_progression_of "imaginal disc" [FBbt:00001761]

"imaginal disc-derived genitalia morphogenesis" [GO:0048805] is_a "imaginal disc morphogenesis" [GO:0007560] because of rule: genus_differentia : "imaginal disc morphogenesis" [GO:0007560] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "imaginal disc" [FBbt:00001761] , and it is the case that "imaginal disc-derived genitalia morphogenesis" [GO:0048805] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived genitalia morphogenesis" [GO:0048805] results_in_developmental_progression_of "imaginal disc" [FBbt:00001761]

"erythrocyte development" [GO:0048821] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "erythrocyte development" [GO:0048821] is_a "developmental process" [GO:0032502] and "erythrocyte development" [GO:0048821] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"enucleate erythrocyte development" [GO:0048822] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "enucleate erythrocyte development" [GO:0048822] is_a "developmental process" [GO:0032502] and "enucleate erythrocyte development" [GO:0048822] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"nucleate erythrocyte development" [GO:0048823] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "nucleate erythrocyte development" [GO:0048823] is_a "developmental process" [GO:0032502] and "nucleate erythrocyte development" [GO:0048823] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"stem cell development" [GO:0048864] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "stem cell development" [GO:0048864] is_a "developmental process" [GO:0032502] and "stem cell development" [GO:0048864] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"peripheral nervous system neuron development" [GO:0048935] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "peripheral nervous system neuron development" [GO:0048935] is_a "developmental process" [GO:0032502] and "peripheral nervous system neuron development" [GO:0048935] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"lateral line nerve glial cell development" [GO:0048937] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "lateral line nerve glial cell development" [GO:0048937] is_a "developmental process" [GO:0032502] and "lateral line nerve glial cell development" [GO:0048937] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"anterior lateral line nerve glial cell development" [GO:0048939] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "anterior lateral line nerve glial cell development" [GO:0048939] is_a "developmental process" [GO:0032502] and "anterior lateral line nerve glial cell development" [GO:0048939] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"posterior lateral line nerve glial cell development" [GO:0048941] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "posterior lateral line nerve glial cell development" [GO:0048941] is_a "developmental process" [GO:0032502] and "posterior lateral line nerve glial cell development" [GO:0048941] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"actin filament bundle formation" [GO:0051017] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin filament bundle formation" [GO:0051017] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin filament bundle formation" [GO:0051017] results_in_structural_change_to "organelle" [GO:0043226]

"spindle assembly" [GO:0051225] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "spindle assembly" [GO:0051225] is_a "cellular component organization and biogenesis" [GO:0016043] and "spindle assembly" [GO:0051225] results_in_structural_change_to "organelle" [GO:0043226]

"mitotic spindle disassembly" [GO:0051228] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "mitotic spindle disassembly" [GO:0051228] is_a "cellular component organization and biogenesis" [GO:0016043] and "mitotic spindle disassembly" [GO:0051228] results_in_structural_change_to "organelle" [GO:0043226]

"mitotic spindle disassembly" [GO:0051228] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "mitotic spindle disassembly" [GO:0051228] is_a "cellular component organization and biogenesis" [GO:0016043] and "mitotic spindle disassembly" [GO:0051228] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"mitotic spindle disassembly" [GO:0051228] is_a "macromolecular complex disassembly" [GO:0032984] because of rule: genus_differentia : "macromolecular complex disassembly" [GO:0032984] is defined as a "cellular component disassembly" [GO:0022411] that results_in_breakdown_of "macromolecular complex" [GO:0032991] , and it is the case that "mitotic spindle disassembly" [GO:0051228] is_a "cellular component disassembly" [GO:0022411] and "mitotic spindle disassembly" [GO:0051228] results_in_breakdown_of "macromolecular complex" [GO:0032991]

"mitotic spindle disassembly" [GO:0051228] is_a "protein complex disassembly" [GO:0043241] because of rule: genus_differentia : "protein complex disassembly" [GO:0043241] is defined as a "cellular component disassembly" [GO:0022411] that results_in_breakdown_of "protein complex" [GO:0043234] , and it is the case that "mitotic spindle disassembly" [GO:0051228] is_a "cellular component disassembly" [GO:0022411] and "mitotic spindle disassembly" [GO:0051228] results_in_breakdown_of "protein complex" [GO:0043234]

"meiotic spindle disassembly" [GO:0051229] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "meiotic spindle disassembly" [GO:0051229] is_a "cellular component organization and biogenesis" [GO:0016043] and "meiotic spindle disassembly" [GO:0051229] results_in_structural_change_to "organelle" [GO:0043226]

"meiotic spindle disassembly" [GO:0051229] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "meiotic spindle disassembly" [GO:0051229] is_a "cellular component organization and biogenesis" [GO:0016043] and "meiotic spindle disassembly" [GO:0051229] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"meiotic spindle disassembly" [GO:0051229] is_a "macromolecular complex disassembly" [GO:0032984] because of rule: genus_differentia : "macromolecular complex disassembly" [GO:0032984] is defined as a "cellular component disassembly" [GO:0022411] that results_in_breakdown_of "macromolecular complex" [GO:0032991] , and it is the case that "meiotic spindle disassembly" [GO:0051229] is_a "cellular component disassembly" [GO:0022411] and "meiotic spindle disassembly" [GO:0051229] results_in_breakdown_of "macromolecular complex" [GO:0032991]

"meiotic spindle disassembly" [GO:0051229] is_a "protein complex disassembly" [GO:0043241] because of rule: genus_differentia : "protein complex disassembly" [GO:0043241] is defined as a "cellular component disassembly" [GO:0022411] that results_in_breakdown_of "protein complex" [GO:0043234] , and it is the case that "meiotic spindle disassembly" [GO:0051229] is_a "cellular component disassembly" [GO:0022411] and "meiotic spindle disassembly" [GO:0051229] results_in_breakdown_of "protein complex" [GO:0043234]

"spindle disassembly" [GO:0051230] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "spindle disassembly" [GO:0051230] is_a "cellular component organization and biogenesis" [GO:0016043] and "spindle disassembly" [GO:0051230] results_in_structural_change_to "organelle" [GO:0043226]

"spindle disassembly" [GO:0051230] is_a "macromolecular complex disassembly" [GO:0032984] because of rule: genus_differentia : "macromolecular complex disassembly" [GO:0032984] is defined as a "cellular component disassembly" [GO:0022411] that results_in_breakdown_of "macromolecular complex" [GO:0032991] , and it is the case that "spindle disassembly" [GO:0051230] is_a "cellular component disassembly" [GO:0022411] and "spindle disassembly" [GO:0051230] results_in_breakdown_of "macromolecular complex" [GO:0032991]

"spindle disassembly" [GO:0051230] is_a "protein complex disassembly" [GO:0043241] because of rule: genus_differentia : "protein complex disassembly" [GO:0043241] is defined as a "cellular component disassembly" [GO:0022411] that results_in_breakdown_of "protein complex" [GO:0043234] , and it is the case that "spindle disassembly" [GO:0051230] is_a "cellular component disassembly" [GO:0022411] and "spindle disassembly" [GO:0051230] results_in_breakdown_of "protein complex" [GO:0043234]

"nuclear pore complex assembly" [GO:0051292] is_a "pore complex biogenesis" [GO:0046931] because of rule: genus_differentia : "pore complex biogenesis" [GO:0046931] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "pore complex" [GO:0046930] , and it is the case that "nuclear pore complex assembly" [GO:0051292] is_a "anatomical structure formation" [GO:0048646] and "nuclear pore complex assembly" [GO:0051292] results_in_formation_of "pore complex" [GO:0046930]

"establishment of spindle localization" [GO:0051293] is_a "protein complex localization" [GO:0031503] because of rule: genus_differentia : "protein complex localization" [GO:0031503] is defined as a "localization" [GO:0051179] that results_in_localization_of "protein complex" [GO:0043234] , and it is the case that "establishment of spindle localization" [GO:0051293] is_a "localization" [GO:0051179] and "establishment of spindle localization" [GO:0051293] results_in_localization_of "protein complex" [GO:0043234]

"establishment of spindle orientation" [GO:0051294] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "establishment of spindle orientation" [GO:0051294] is_a "cellular component organization and biogenesis" [GO:0016043] and "establishment of spindle orientation" [GO:0051294] results_in_structural_change_to "organelle" [GO:0043226]

"establishment of meiotic spindle localization" [GO:0051295] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "establishment of meiotic spindle localization" [GO:0051295] is_a "cellular component organization and biogenesis" [GO:0016043] and "establishment of meiotic spindle localization" [GO:0051295] results_in_structural_change_to "organelle" [GO:0043226]

"microtubule nucleation by spindle pole body" [GO:0051417] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "microtubule nucleation by spindle pole body" [GO:0051417] is_a "cellular component organization and biogenesis" [GO:0016043] and "microtubule nucleation by spindle pole body" [GO:0051417] results_in_structural_change_to "organelle" [GO:0043226]

"microtubule nucleation by microtubule organizing center" [GO:0051418] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "microtubule nucleation by microtubule organizing center" [GO:0051418] is_a "cellular component organization and biogenesis" [GO:0016043] and "microtubule nucleation by microtubule organizing center" [GO:0051418] results_in_structural_change_to "organelle" [GO:0043226]

"actin filament network formation" [GO:0051639] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin filament network formation" [GO:0051639] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin filament network formation" [GO:0051639] results_in_structural_change_to "organelle" [GO:0043226]

"spindle localization" [GO:0051653] is_a "protein complex localization" [GO:0031503] because of rule: genus_differentia : "protein complex localization" [GO:0031503] is defined as a "localization" [GO:0051179] that results_in_localization_of "protein complex" [GO:0043234] , and it is the case that "spindle localization" [GO:0051653] is_a "localization" [GO:0051179] and "spindle localization" [GO:0051653] results_in_localization_of "protein complex" [GO:0043234]

"actin crosslink formation" [GO:0051764] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "actin crosslink formation" [GO:0051764] is_a "cellular component organization and biogenesis" [GO:0016043] and "actin crosslink formation" [GO:0051764] results_in_structural_change_to "organelle" [GO:0043226]

"muscle cell development" [GO:0055001] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "muscle cell development" [GO:0055001] is_a "developmental process" [GO:0032502] and "muscle cell development" [GO:0055001] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"striated muscle cell development" [GO:0055002] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "striated muscle cell development" [GO:0055002] is_a "developmental process" [GO:0032502] and "striated muscle cell development" [GO:0055002] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"cardiac myofibril assembly" [GO:0055003] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "cardiac myofibril assembly" [GO:0055003] is_a "cellular component organization and biogenesis" [GO:0016043] and "cardiac myofibril assembly" [GO:0055003] results_in_structural_change_to "organelle" [GO:0043226]

"cardiac myofibril assembly" [GO:0055003] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "cardiac myofibril assembly" [GO:0055003] is_a "cellular component organization and biogenesis" [GO:0016043] and "cardiac myofibril assembly" [GO:0055003] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"atrial cardiac myofibril development" [GO:0055004] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "atrial cardiac myofibril development" [GO:0055004] is_a "cellular component organization and biogenesis" [GO:0016043] and "atrial cardiac myofibril development" [GO:0055004] results_in_structural_change_to "organelle" [GO:0043226]

"atrial cardiac myofibril development" [GO:0055004] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "atrial cardiac myofibril development" [GO:0055004] is_a "cellular component organization and biogenesis" [GO:0016043] and "atrial cardiac myofibril development" [GO:0055004] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"cardiac cell development" [GO:0055006] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "cardiac cell development" [GO:0055006] is_a "developmental process" [GO:0032502] and "cardiac cell development" [GO:0055006] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"cardiac muscle cell development" [GO:0055013] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "cardiac muscle cell development" [GO:0055013] is_a "developmental process" [GO:0032502] and "cardiac muscle cell development" [GO:0055013] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"atrial cardiac muscle cell development" [GO:0055014] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "atrial cardiac muscle cell development" [GO:0055014] is_a "developmental process" [GO:0032502] and "atrial cardiac muscle cell development" [GO:0055014] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"ventricular cardiac muscle cell development" [GO:0055015] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "ventricular cardiac muscle cell development" [GO:0055015] is_a "developmental process" [GO:0032502] and "ventricular cardiac muscle cell development" [GO:0055015] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"anastral spindle assembly" [GO:0055048] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "anastral spindle assembly" [GO:0055048] is_a "cellular component organization and biogenesis" [GO:0016043] and "anastral spindle assembly" [GO:0055048] results_in_structural_change_to "organelle" [GO:0043226]

"anastral spindle assembly" [GO:0055048] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "anastral spindle assembly" [GO:0055048] is_a "cellular component organization and biogenesis" [GO:0016043] and "anastral spindle assembly" [GO:0055048] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"astral spindle assembly" [GO:0055049] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "astral spindle assembly" [GO:0055049] is_a "cellular component organization and biogenesis" [GO:0016043] and "astral spindle assembly" [GO:0055049] results_in_structural_change_to "organelle" [GO:0043226]

"astral spindle assembly" [GO:0055049] is_a "cytoskeleton organization and biogenesis" [GO:0007010] because of rule: genus_differentia : "cytoskeleton organization and biogenesis" [GO:0007010] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "cytoskeleton" [GO:0005856] , and it is the case that "astral spindle assembly" [GO:0055049] is_a "cellular component organization and biogenesis" [GO:0016043] and "astral spindle assembly" [GO:0055049] results_in_structural_change_to "cytoskeleton" [GO:0005856]

"Sertoli cell development" [GO:0060009] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "Sertoli cell development" [GO:0060009] is_a "developmental process" [GO:0032502] and "Sertoli cell development" [GO:0060009] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"granulosa cell development" [GO:0060016] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "granulosa cell development" [GO:0060016] is_a "developmental process" [GO:0032502] and "granulosa cell development" [GO:0060016] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"notochord cell development" [GO:0060035] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "notochord cell development" [GO:0060035] is_a "developmental process" [GO:0032502] and "notochord cell development" [GO:0060035] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"auditory receptor cell development" [GO:0060117] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "auditory receptor cell development" [GO:0060117] is_a "developmental process" [GO:0032502] and "auditory receptor cell development" [GO:0060117] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"vestibular receptor cell development" [GO:0060118] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "vestibular receptor cell development" [GO:0060118] is_a "developmental process" [GO:0032502] and "vestibular receptor cell development" [GO:0060118] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"inner ear receptor cell development" [GO:0060119] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "inner ear receptor cell development" [GO:0060119] is_a "developmental process" [GO:0032502] and "inner ear receptor cell development" [GO:0060119] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"thyroid stimulating hormone secreting cell development" [GO:0060130] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "thyroid stimulating hormone secreting cell development" [GO:0060130] is_a "developmental process" [GO:0032502] and "thyroid stimulating hormone secreting cell development" [GO:0060130] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"adrenocorticotropic hormone secreting cell development" [GO:0060131] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "adrenocorticotropic hormone secreting cell development" [GO:0060131] is_a "developmental process" [GO:0032502] and "adrenocorticotropic hormone secreting cell development" [GO:0060131] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"prolactin secreting cell development" [GO:0060132] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "prolactin secreting cell development" [GO:0060132] is_a "developmental process" [GO:0032502] and "prolactin secreting cell development" [GO:0060132] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"somatotropin secreting cell development" [GO:0060133] is_a "anatomical structure development" [GO:0048856] because of rule: genus_differentia : "anatomical structure development" [GO:0048856] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of "anatomical structure" [ZFA:0000037] , and it is the case that "somatotropin secreting cell development" [GO:0060133] is_a "developmental process" [GO:0032502] and "somatotropin secreting cell development" [GO:0060133] results_in_complete_developmental_of "anatomical structure" [ZFA:0000037]

"neuromast hair cell" [ZFA:0009367] is_a peripheral_nervous_system_neuron because of rule: genus_differentia : peripheral_nervous_system_neuron is defined as a "neuron" [ZFA:0009248] that part of "peripheral nervous system" [ZFA:0000142] , and it is the case that "neuromast hair cell" [ZFA:0009367] is_a "neuron" [ZFA:0009248] and "neuromast hair cell" [ZFA:0009367] part of "peripheral nervous system" [ZFA:0000142]

anterior_lateral_line_nerve_glial_cell is_a lateral_line_nerve_glial_cell because of rule: genus_differentia : lateral_line_nerve_glial_cell is defined as a "glial cell" [ZFA:0009073] that part of "lateral line nerve" [ZFA:0001479] , and it is the case that anterior_lateral_line_nerve_glial_cell is_a "glial cell" [ZFA:0009073] and anterior_lateral_line_nerve_glial_cell part of "lateral line nerve" [ZFA:0001479]

caudal_lateral_line_nerve_glial_cell is_a lateral_line_nerve_glial_cell because of rule: genus_differentia : lateral_line_nerve_glial_cell is defined as a "glial cell" [ZFA:0009073] that part of "lateral line nerve" [ZFA:0001479] , and it is the case that caudal_lateral_line_nerve_glial_cell is_a "glial cell" [ZFA:0009073] and caudal_lateral_line_nerve_glial_cell part of "lateral line nerve" [ZFA:0001479]

central_nervous_system_interneuron is_a central_nervous_system_neuron because of rule: genus_differentia : central_nervous_system_neuron is defined as a "neuron" [ZFA:0009248] that part of "central nervous system" [ZFA:0000012] , and it is the case that central_nervous_system_interneuron is_a "neuron" [ZFA:0009248] and central_nervous_system_interneuron part of "central nervous system" [ZFA:0000012]

forebrain_neuron is_a central_nervous_system_neuron because of rule: genus_differentia : central_nervous_system_neuron is defined as a "neuron" [ZFA:0009248] that part of "central nervous system" [ZFA:0000012] , and it is the case that forebrain_neuron is_a "neuron" [ZFA:0009248] and forebrain_neuron part of "central nervous system" [ZFA:0000012]

olfactory_bulb_interneuron is_a forebrain_neuron because of rule: genus_differentia : forebrain_neuron is defined as a "neuron" [ZFA:0009248] that part of "forebrain" [ZFA:0000109] , and it is the case that olfactory_bulb_interneuron is_a "neuron" [ZFA:0009248] and olfactory_bulb_interneuron part of "forebrain" [ZFA:0000109]

"protein targeting to Golgi" [GO:0000042] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "protein targeting to Golgi" [GO:0000042] is_a "cellular process" [GO:0009987] and "protein targeting to Golgi" [GO:0000042] results_in_division_of "organelle" [GO:0043226]

"retrograde transport, vesicle recycling within Golgi" [GO:0000301] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "retrograde transport, vesicle recycling within Golgi" [GO:0000301] is_a "cellular process" [GO:0009987] and "retrograde transport, vesicle recycling within Golgi" [GO:0000301] results_in_division_of "organelle" [GO:0043226]

"phagolysosome formation" [GO:0001845] is_a "organelle organization and biogenesis" [GO:0006996] because of rule: genus_differentia : "organelle organization and biogenesis" [GO:0006996] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "organelle" [GO:0043226] , and it is the case that "phagolysosome formation" [GO:0001845] is_a "cellular component organization and biogenesis" [GO:0016043] and "phagolysosome formation" [GO:0001845] results_in_structural_change_to "organelle" [GO:0043226]

"phagolysosome formation" [GO:0001845] is_a "vesicle organization and biogenesis" [GO:0016050] because of rule: genus_differentia : "vesicle organization and biogenesis" [GO:0016050] is defined as a "cellular component organization and biogenesis" [GO:0016043] that results_in_structural_change_to "vesicle" [GO:0031982] , and it is the case that "phagolysosome formation" [GO:0001845] is_a "cellular component organization and biogenesis" [GO:0016043] and "phagolysosome formation" [GO:0001845] results_in_structural_change_to "vesicle" [GO:0031982]

"phagolysosome formation" [GO:0001845] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "phagolysosome formation" [GO:0001845] is_a "cellular process" [GO:0009987] and "phagolysosome formation" [GO:0001845] results_in_division_of "organelle" [GO:0043226]

"G-protein coupled receptor internalization" [GO:0002031] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "G-protein coupled receptor internalization" [GO:0002031] is_a "cellular process" [GO:0009987] and "G-protein coupled receptor internalization" [GO:0002031] results_in_division_of "organelle" [GO:0043226]

"antigen transcytosis by M cells in mucosal-associated lymphoid tissue" [GO:0002412] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "antigen transcytosis by M cells in mucosal-associated lymphoid tissue" [GO:0002412] is_a "cellular process" [GO:0009987] and "antigen transcytosis by M cells in mucosal-associated lymphoid tissue" [GO:0002412] results_in_division_of "organelle" [GO:0043226]

"immunoglobulin transcytosis in epithelial cells" [GO:0002414] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "immunoglobulin transcytosis in epithelial cells" [GO:0002414] is_a "cellular process" [GO:0009987] and "immunoglobulin transcytosis in epithelial cells" [GO:0002414] results_in_division_of "organelle" [GO:0043226]

"immunoglobulin transcytosis in epithelial cells mediated by polymeric immunoglobulin receptor" [GO:0002415] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "immunoglobulin transcytosis in epithelial cells mediated by polymeric immunoglobulin receptor" [GO:0002415] is_a "cellular process" [GO:0009987] and "immunoglobulin transcytosis in epithelial cells mediated by polymeric immunoglobulin receptor" [GO:0002415] results_in_division_of "organelle" [GO:0043226]

"IgG immunoglobulin transcytosis in epithelial cells mediated by FcRn immunoglobulin receptor" [GO:0002416] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "IgG immunoglobulin transcytosis in epithelial cells mediated by FcRn immunoglobulin receptor" [GO:0002416] is_a "cellular process" [GO:0009987] and "IgG immunoglobulin transcytosis in epithelial cells mediated by FcRn immunoglobulin receptor" [GO:0002416] results_in_division_of "organelle" [GO:0043226]

"phagocytosis triggered by activation of immune response cell surface activating receptor" [GO:0002433] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "phagocytosis triggered by activation of immune response cell surface activating receptor" [GO:0002433] is_a "cellular process" [GO:0009987] and "phagocytosis triggered by activation of immune response cell surface activating receptor" [GO:0002433] results_in_division_of "organelle" [GO:0043226]

"basophil degranulation" [GO:0002561] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "basophil degranulation" [GO:0002561] is_a "cellular process" [GO:0009987] and "basophil degranulation" [GO:0002561] results_in_division_of "organelle" [GO:0043226]

"platelet degranulation" [GO:0002576] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "platelet degranulation" [GO:0002576] is_a "cellular process" [GO:0009987] and "platelet degranulation" [GO:0002576] results_in_division_of "organelle" [GO:0043226]

"exocytosis" [GO:0006887] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "exocytosis" [GO:0006887] is_a "cellular process" [GO:0009987] and "exocytosis" [GO:0006887] results_in_division_of "organelle" [GO:0043226]

"ER to Golgi vesicle-mediated transport" [GO:0006888] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "ER to Golgi vesicle-mediated transport" [GO:0006888] is_a "cellular process" [GO:0009987] and "ER to Golgi vesicle-mediated transport" [GO:0006888] results_in_division_of "organelle" [GO:0043226]

"retrograde vesicle-mediated transport, Golgi to ER" [GO:0006890] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "retrograde vesicle-mediated transport, Golgi to ER" [GO:0006890] is_a "cellular process" [GO:0009987] and "retrograde vesicle-mediated transport, Golgi to ER" [GO:0006890] results_in_division_of "organelle" [GO:0043226]

"intra-Golgi vesicle-mediated transport" [GO:0006891] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "intra-Golgi vesicle-mediated transport" [GO:0006891] is_a "cellular process" [GO:0009987] and "intra-Golgi vesicle-mediated transport" [GO:0006891] results_in_division_of "organelle" [GO:0043226]

"post-Golgi vesicle-mediated transport" [GO:0006892] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "post-Golgi vesicle-mediated transport" [GO:0006892] is_a "cellular process" [GO:0009987] and "post-Golgi vesicle-mediated transport" [GO:0006892] results_in_division_of "organelle" [GO:0043226]

"Golgi to plasma membrane transport" [GO:0006893] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi to plasma membrane transport" [GO:0006893] is_a "cellular process" [GO:0009987] and "Golgi to plasma membrane transport" [GO:0006893] results_in_division_of "organelle" [GO:0043226]

"Golgi to secretory vesicle transport" [GO:0006894] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi to secretory vesicle transport" [GO:0006894] is_a "cellular process" [GO:0009987] and "Golgi to secretory vesicle transport" [GO:0006894] results_in_division_of "organelle" [GO:0043226]

"Golgi to endosome transport" [GO:0006895] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi to endosome transport" [GO:0006895] is_a "cellular process" [GO:0009987] and "Golgi to endosome transport" [GO:0006895] results_in_division_of "organelle" [GO:0043226]

"Golgi to vacuole transport" [GO:0006896] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi to vacuole transport" [GO:0006896] is_a "cellular process" [GO:0009987] and "Golgi to vacuole transport" [GO:0006896] results_in_division_of "organelle" [GO:0043226]

"endocytosis" [GO:0006897] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "endocytosis" [GO:0006897] is_a "cellular process" [GO:0009987] and "endocytosis" [GO:0006897] results_in_division_of "organelle" [GO:0043226]

"receptor-mediated endocytosis" [GO:0006898] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "receptor-mediated endocytosis" [GO:0006898] is_a "cellular process" [GO:0009987] and "receptor-mediated endocytosis" [GO:0006898] results_in_division_of "organelle" [GO:0043226]

"pinocytosis" [GO:0006907] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "pinocytosis" [GO:0006907] is_a "cellular process" [GO:0009987] and "pinocytosis" [GO:0006907] results_in_division_of "organelle" [GO:0043226]

"clathrin-independent pinocytosis" [GO:0006908] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "clathrin-independent pinocytosis" [GO:0006908] is_a "cellular process" [GO:0009987] and "clathrin-independent pinocytosis" [GO:0006908] results_in_division_of "organelle" [GO:0043226]

"phagocytosis" [GO:0006909] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "phagocytosis" [GO:0006909] is_a "cellular process" [GO:0009987] and "phagocytosis" [GO:0006909] results_in_division_of "organelle" [GO:0043226]

"acrosome reaction" [GO:0007340] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "acrosome reaction" [GO:0007340] is_a "cellular process" [GO:0009987] and "acrosome reaction" [GO:0007340] results_in_division_of "organelle" [GO:0043226]

"endosome to lysosome transport" [GO:0008333] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "endosome to lysosome transport" [GO:0008333] is_a "cellular process" [GO:0009987] and "endosome to lysosome transport" [GO:0008333] results_in_division_of "organelle" [GO:0043226]

"synaptic vesicle amine transport" [GO:0015842] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "synaptic vesicle amine transport" [GO:0015842] is_a "cellular process" [GO:0009987] and "synaptic vesicle amine transport" [GO:0015842] results_in_division_of "organelle" [GO:0043226]

"synaptic vesicle exocytosis" [GO:0016079] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "synaptic vesicle exocytosis" [GO:0016079] is_a "cellular process" [GO:0009987] and "synaptic vesicle exocytosis" [GO:0016079] results_in_division_of "organelle" [GO:0043226]

"endosome to synaptic vesicle budding" [GO:0016182] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "endosome to synaptic vesicle budding" [GO:0016182] is_a "cellular process" [GO:0009987] and "endosome to synaptic vesicle budding" [GO:0016182] results_in_division_of "organelle" [GO:0043226]

"synaptic vesicle to endosome fusion" [GO:0016189] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "synaptic vesicle to endosome fusion" [GO:0016189] is_a "cellular process" [GO:0009987] and "synaptic vesicle to endosome fusion" [GO:0016189] results_in_division_of "organelle" [GO:0043226]

"vesicle-mediated transport" [GO:0016192] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "vesicle-mediated transport" [GO:0016192] is_a "cellular process" [GO:0009987] and "vesicle-mediated transport" [GO:0016192] results_in_division_of "organelle" [GO:0043226]

"endosome transport" [GO:0016197] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "endosome transport" [GO:0016197] is_a "cellular process" [GO:0009987] and "endosome transport" [GO:0016197] results_in_division_of "organelle" [GO:0043226]

"calcium ion-dependent exocytosis" [GO:0017156] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "calcium ion-dependent exocytosis" [GO:0017156] is_a "cellular process" [GO:0009987] and "calcium ion-dependent exocytosis" [GO:0017156] results_in_division_of "organelle" [GO:0043226]

"receptor mediated endocytosis of virus by host" [GO:0019065] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "receptor mediated endocytosis of virus by host" [GO:0019065] is_a "cellular process" [GO:0009987] and "receptor mediated endocytosis of virus by host" [GO:0019065] results_in_division_of "organelle" [GO:0043226]

"corpus callosum morphogenesis" [GO:0021540] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "corpus callosum morphogenesis" [GO:0021540] is_a "anatomical structure morphogenesis" [GO:0009653] and "corpus callosum morphogenesis" [GO:0021540] results_in_developmental_progression_of "structure" [anatomy:structure]

"olfactory bulb interneuron development" [GO:0021891] is_a "forebrain neuron development" [GO:0021884] because of rule: genus_differentia : "forebrain neuron development" [GO:0021884] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of forebrain_neuron , and it is the case that "olfactory bulb interneuron development" [GO:0021891] is_a "developmental process" [GO:0032502] and "olfactory bulb interneuron development" [GO:0021891] results_in_complete_developmental_of forebrain_neuron

"olfactory bulb interneuron development" [GO:0021891] is_a "central nervous system neuron development" [GO:0021954] because of rule: genus_differentia : "central nervous system neuron development" [GO:0021954] is defined as a "developmental process" [GO:0032502] that results_in_complete_developmental_of central_nervous_system_neuron , and it is the case that "olfactory bulb interneuron development" [GO:0021891] is_a "developmental process" [GO:0032502] and "olfactory bulb interneuron development" [GO:0021891] results_in_complete_developmental_of central_nervous_system_neuron

"corticospinal tract morphogenesis" [GO:0021957] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "corticospinal tract morphogenesis" [GO:0021957] is_a "anatomical structure morphogenesis" [GO:0009653] and "corticospinal tract morphogenesis" [GO:0021957] results_in_developmental_progression_of "structure" [anatomy:structure]

"gracilis tract morphogenesis" [GO:0021958] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "gracilis tract morphogenesis" [GO:0021958] is_a "anatomical structure morphogenesis" [GO:0009653] and "gracilis tract morphogenesis" [GO:0021958] results_in_developmental_progression_of "structure" [anatomy:structure]

"cuneatus tract morphogenesis" [GO:0021959] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "cuneatus tract morphogenesis" [GO:0021959] is_a "anatomical structure morphogenesis" [GO:0009653] and "cuneatus tract morphogenesis" [GO:0021959] results_in_developmental_progression_of "structure" [anatomy:structure]

"anterior commissure morphogenesis" [GO:0021960] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "anterior commissure morphogenesis" [GO:0021960] is_a "anatomical structure morphogenesis" [GO:0009653] and "anterior commissure morphogenesis" [GO:0021960] results_in_developmental_progression_of "structure" [anatomy:structure]

"posterior commissure morphogenesis" [GO:0021961] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "posterior commissure morphogenesis" [GO:0021961] is_a "anatomical structure morphogenesis" [GO:0009653] and "posterior commissure morphogenesis" [GO:0021961] results_in_developmental_progression_of "structure" [anatomy:structure]

"vestibulospinal tract morphogenesis" [GO:0021962] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "vestibulospinal tract morphogenesis" [GO:0021962] is_a "anatomical structure morphogenesis" [GO:0009653] and "vestibulospinal tract morphogenesis" [GO:0021962] results_in_developmental_progression_of "structure" [anatomy:structure]

"spinothalamic tract morphogenesis" [GO:0021963] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "spinothalamic tract morphogenesis" [GO:0021963] is_a "anatomical structure morphogenesis" [GO:0009653] and "spinothalamic tract morphogenesis" [GO:0021963] results_in_developmental_progression_of "structure" [anatomy:structure]

"rubrospinal tract morphogenesis" [GO:0021964] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "rubrospinal tract morphogenesis" [GO:0021964] is_a "anatomical structure morphogenesis" [GO:0009653] and "rubrospinal tract morphogenesis" [GO:0021964] results_in_developmental_progression_of "structure" [anatomy:structure]

"spinal cord ventral commissure morphogenesis" [GO:0021965] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "spinal cord ventral commissure morphogenesis" [GO:0021965] is_a "anatomical structure morphogenesis" [GO:0009653] and "spinal cord ventral commissure morphogenesis" [GO:0021965] results_in_developmental_progression_of "structure" [anatomy:structure]

"trigeminothalamic tract morphogenesis" [GO:0021974] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "trigeminothalamic tract morphogenesis" [GO:0021974] is_a "anatomical structure morphogenesis" [GO:0009653] and "trigeminothalamic tract morphogenesis" [GO:0021974] results_in_developmental_progression_of "structure" [anatomy:structure]

"pons reticulospinal tract morphogenesis" [GO:0021975] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "pons reticulospinal tract morphogenesis" [GO:0021975] is_a "anatomical structure morphogenesis" [GO:0009653] and "pons reticulospinal tract morphogenesis" [GO:0021975] results_in_developmental_progression_of "structure" [anatomy:structure]

"medulla reticulospinal tract morphogenesis" [GO:0021976] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "medulla reticulospinal tract morphogenesis" [GO:0021976] is_a "anatomical structure morphogenesis" [GO:0009653] and "medulla reticulospinal tract morphogenesis" [GO:0021976] results_in_developmental_progression_of "structure" [anatomy:structure]

"tectospinal tract morphogenesis" [GO:0021977] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "tectospinal tract morphogenesis" [GO:0021977] is_a "anatomical structure morphogenesis" [GO:0009653] and "tectospinal tract morphogenesis" [GO:0021977] results_in_developmental_progression_of "structure" [anatomy:structure]

"embryonic camera-type eye development" [GO:0031076] is_a "embryonic organ development" [GO:0048568] because of rule: genus_differentia : "embryonic organ development" [GO:0048568] is defined as a "organ development" [GO:0048513] that part of "embryonic development" [GO:0009790] , and it is the case that "embryonic camera-type eye development" [GO:0031076] is_a "organ development" [GO:0048513] and "embryonic camera-type eye development" [GO:0031076] part of "embryonic development" [GO:0009790]

"neurite regeneration" [GO:0031102] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "neurite regeneration" [GO:0031102] is_a "anatomical structure morphogenesis" [GO:0009653] and "neurite regeneration" [GO:0031102] results_in_developmental_progression_of "structure" [anatomy:structure]

"negative regulation of prostaglandin biosynthetic process" [GO:0031393] is_a "anatomical structure formation" [GO:0048646] because of rule: genus_differentia : "anatomical structure formation" [GO:0048646] is defined as a "biosynthetic process" [GO:0009058] that results_in_creation_of "anatomical structure" [ZFA:0000037] , and it is the case that "negative regulation of prostaglandin biosynthetic process" [GO:0031393] is_a "biosynthetic process" [GO:0009058] and "negative regulation of prostaglandin biosynthetic process" [GO:0031393] results_in_creation_of "anatomical structure" [ZFA:0000037]

"positive regulation of prostaglandin biosynthetic process" [GO:0031394] is_a "anatomical structure formation" [GO:0048646] because of rule: genus_differentia : "anatomical structure formation" [GO:0048646] is defined as a "biosynthetic process" [GO:0009058] that results_in_creation_of "anatomical structure" [ZFA:0000037] , and it is the case that "positive regulation of prostaglandin biosynthetic process" [GO:0031394] is_a "biosynthetic process" [GO:0009058] and "positive regulation of prostaglandin biosynthetic process" [GO:0031394] results_in_creation_of "anatomical structure" [ZFA:0000037]

"receptor internalization" [GO:0031623] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "receptor internalization" [GO:0031623] is_a "cellular process" [GO:0009987] and "receptor internalization" [GO:0031623] results_in_division_of "organelle" [GO:0043226]

"synaptic vesicle fusion to presynaptic membrane" [GO:0031629] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "synaptic vesicle fusion to presynaptic membrane" [GO:0031629] is_a "cellular process" [GO:0009987] and "synaptic vesicle fusion to presynaptic membrane" [GO:0031629] results_in_division_of "organelle" [GO:0043226]

"endocytic recycling" [GO:0032456] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "endocytic recycling" [GO:0032456] is_a "cellular process" [GO:0009987] and "endocytic recycling" [GO:0032456] results_in_division_of "organelle" [GO:0043226]

"fast endocytic recycling" [GO:0032457] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "fast endocytic recycling" [GO:0032457] is_a "cellular process" [GO:0009987] and "fast endocytic recycling" [GO:0032457] results_in_division_of "organelle" [GO:0043226]

"slow endocytic recycling" [GO:0032458] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "slow endocytic recycling" [GO:0032458] is_a "cellular process" [GO:0009987] and "slow endocytic recycling" [GO:0032458] results_in_division_of "organelle" [GO:0043226]

"sperm entry" [GO:0035037] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "sperm entry" [GO:0035037] is_a "cellular process" [GO:0009987] and "sperm entry" [GO:0035037] results_in_division_of "organelle" [GO:0043226]

"imaginal disc-derived wing hair organization and biogenesis" [GO:0035317] is_a "imaginal disc-derived wing morphogenesis" [GO:0007476] because of rule: genus_differentia : "imaginal disc-derived wing morphogenesis" [GO:0007476] is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "wing" [FBbt:00004729] , and it is the case that "imaginal disc-derived wing hair organization and biogenesis" [GO:0035317] is_a "anatomical structure morphogenesis" [GO:0009653] and "imaginal disc-derived wing hair organization and biogenesis" [GO:0035317] results_in_developmental_progression_of "wing" [FBbt:00004729]

"retrograde transport, endosome to Golgi" [GO:0042147] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "retrograde transport, endosome to Golgi" [GO:0042147] is_a "cellular process" [GO:0009987] and "retrograde transport, endosome to Golgi" [GO:0042147] results_in_division_of "organelle" [GO:0043226]

"Golgi to plasma membrane CFTR protein transport" [GO:0043000] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi to plasma membrane CFTR protein transport" [GO:0043000] is_a "cellular process" [GO:0009987] and "Golgi to plasma membrane CFTR protein transport" [GO:0043000] results_in_division_of "organelle" [GO:0043226]

"Golgi to plasma membrane protein transport" [GO:0043001] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi to plasma membrane protein transport" [GO:0043001] is_a "cellular process" [GO:0009987] and "Golgi to plasma membrane protein transport" [GO:0043001] results_in_division_of "organelle" [GO:0043226]

"apoptotic cell clearance" [GO:0043277] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "apoptotic cell clearance" [GO:0043277] is_a "cellular process" [GO:0009987] and "apoptotic cell clearance" [GO:0043277] results_in_division_of "organelle" [GO:0043226]

"leukocyte degranulation" [GO:0043299] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "leukocyte degranulation" [GO:0043299] is_a "cellular process" [GO:0009987] and "leukocyte degranulation" [GO:0043299] results_in_division_of "organelle" [GO:0043226]

"mast cell degranulation" [GO:0043303] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "mast cell degranulation" [GO:0043303] is_a "cellular process" [GO:0009987] and "mast cell degranulation" [GO:0043303] results_in_division_of "organelle" [GO:0043226]

"eosinophil degranulation" [GO:0043308] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "eosinophil degranulation" [GO:0043308] is_a "cellular process" [GO:0009987] and "eosinophil degranulation" [GO:0043308] results_in_division_of "organelle" [GO:0043226]

"neutrophil degranulation" [GO:0043312] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "neutrophil degranulation" [GO:0043312] is_a "cellular process" [GO:0009987] and "neutrophil degranulation" [GO:0043312] results_in_division_of "organelle" [GO:0043226]

"cytotoxic T cell degranulation" [GO:0043316] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "cytotoxic T cell degranulation" [GO:0043316] is_a "cellular process" [GO:0009987] and "cytotoxic T cell degranulation" [GO:0043316] results_in_division_of "organelle" [GO:0043226]

"natural killer cell degranulation" [GO:0043320] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "natural killer cell degranulation" [GO:0043320] is_a "cellular process" [GO:0009987] and "natural killer cell degranulation" [GO:0043320] results_in_division_of "organelle" [GO:0043226]

"endosome to pigment granule transport" [GO:0043485] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "endosome to pigment granule transport" [GO:0043485] is_a "cellular process" [GO:0009987] and "endosome to pigment granule transport" [GO:0043485] results_in_division_of "organelle" [GO:0043226]

"early endosome to late endosome transport" [GO:0045022] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "early endosome to late endosome transport" [GO:0045022] is_a "cellular process" [GO:0009987] and "early endosome to late endosome transport" [GO:0045022] results_in_division_of "organelle" [GO:0043226]

"transcytosis" [GO:0045056] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "transcytosis" [GO:0045056] is_a "cellular process" [GO:0009987] and "transcytosis" [GO:0045056] results_in_division_of "organelle" [GO:0043226]

"cisternal progression" [GO:0045057] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "cisternal progression" [GO:0045057] is_a "cellular process" [GO:0009987] and "cisternal progression" [GO:0045057] results_in_division_of "organelle" [GO:0043226]

"late endosome to vacuole transport" [GO:0045324] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "late endosome to vacuole transport" [GO:0045324] is_a "cellular process" [GO:0009987] and "late endosome to vacuole transport" [GO:0045324] results_in_division_of "organelle" [GO:0043226]

"Golgi vesicle transport" [GO:0048193] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "Golgi vesicle transport" [GO:0048193] is_a "cellular process" [GO:0009987] and "Golgi vesicle transport" [GO:0048193] results_in_division_of "organelle" [GO:0043226]

"COPI coating of Golgi vesicle" [GO:0048205] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "COPI coating of Golgi vesicle" [GO:0048205] is_a "cellular process" [GO:0009987] and "COPI coating of Golgi vesicle" [GO:0048205] results_in_division_of "organelle" [GO:0043226]

"vesicle targeting, cis-Golgi to rough ER" [GO:0048206] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "vesicle targeting, cis-Golgi to rough ER" [GO:0048206] is_a "cellular process" [GO:0009987] and "vesicle targeting, cis-Golgi to rough ER" [GO:0048206] results_in_division_of "organelle" [GO:0043226]

"inter-Golgi cisterna vesicle-mediated transport" [GO:0048219] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "inter-Golgi cisterna vesicle-mediated transport" [GO:0048219] is_a "cellular process" [GO:0009987] and "inter-Golgi cisterna vesicle-mediated transport" [GO:0048219] results_in_division_of "organelle" [GO:0043226]

"cis-Golgi to rough ER vesicle-mediated transport" [GO:0048220] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "cis-Golgi to rough ER vesicle-mediated transport" [GO:0048220] is_a "cellular process" [GO:0009987] and "cis-Golgi to rough ER vesicle-mediated transport" [GO:0048220] results_in_division_of "organelle" [GO:0043226]

"rough ER to cis-Golgi vesicle-mediated transport" [GO:0048221] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "rough ER to cis-Golgi vesicle-mediated transport" [GO:0048221] is_a "cellular process" [GO:0009987] and "rough ER to cis-Golgi vesicle-mediated transport" [GO:0048221] results_in_division_of "organelle" [GO:0043226]

"plasma membrane to endosome transport" [GO:0048227] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "plasma membrane to endosome transport" [GO:0048227] is_a "cellular process" [GO:0009987] and "plasma membrane to endosome transport" [GO:0048227] results_in_division_of "organelle" [GO:0043226]

"synaptic vesicle endocytosis" [GO:0048488] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "synaptic vesicle endocytosis" [GO:0048488] is_a "cellular process" [GO:0009987] and "synaptic vesicle endocytosis" [GO:0048488] results_in_division_of "organelle" [GO:0043226]

"synaptic vesicle transport" [GO:0048489] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "synaptic vesicle transport" [GO:0048489] is_a "cellular process" [GO:0009987] and "synaptic vesicle transport" [GO:0048489] results_in_division_of "organelle" [GO:0043226]

"anterograde synaptic vesicle transport" [GO:0048490] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "anterograde synaptic vesicle transport" [GO:0048490] is_a "cellular process" [GO:0009987] and "anterograde synaptic vesicle transport" [GO:0048490] results_in_division_of "organelle" [GO:0043226]

"retrograde synaptic vesicle transport" [GO:0048491] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "retrograde synaptic vesicle transport" [GO:0048491] is_a "cellular process" [GO:0009987] and "retrograde synaptic vesicle transport" [GO:0048491] results_in_division_of "organelle" [GO:0043226]

"regulation of pinocytosis" [GO:0048548] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "regulation of pinocytosis" [GO:0048548] is_a "cellular process" [GO:0009987] and "regulation of pinocytosis" [GO:0048548] results_in_division_of "organelle" [GO:0043226]

"positive regulation of pinocytosis" [GO:0048549] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "positive regulation of pinocytosis" [GO:0048549] is_a "cellular process" [GO:0009987] and "positive regulation of pinocytosis" [GO:0048549] results_in_division_of "organelle" [GO:0043226]

"negative regulation of pinocytosis" [GO:0048550] is_a "organelle fission" [GO:0048285] because of rule: genus_differentia : "organelle fission" [GO:0048285] is defined as a "cellular process" [GO:0009987] that results_in_division_of "organelle" [GO:0043226] , and it is the case that "negative regulation of pinocytosis" [GO:0048550] is_a "cellular process" [GO:0009987] and "negative regulation of pinocytosis" [GO:0048550] results_in_division_of "organelle" [GO:0043226]

"formation of growth cone in injured axon" [GO:0048689] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "formation of growth cone in injured axon" [GO:0048689] is_a "anatomical structure morphogenesis" [GO:0009653] and "formation of growth cone in injured axon" [GO:0048689] results_in_developmental_progression_of "structure" [anatomy:structure]

"afferent axon development in the anterior lateral line nerve" [GO:0048910] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "afferent axon development in the anterior lateral line nerve" [GO:0048910] is_a "anatomical structure morphogenesis" [GO:0009653] and "afferent axon development in the anterior lateral line nerve" [GO:0048910] results_in_developmental_progression_of "structure" [anatomy:structure]

"efferent axon development in the anterior lateral line nerve" [GO:0048911] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "efferent axon development in the anterior lateral line nerve" [GO:0048911] is_a "anatomical structure morphogenesis" [GO:0009653] and "efferent axon development in the anterior lateral line nerve" [GO:0048911] results_in_developmental_progression_of "structure" [anatomy:structure]

"efferent axon development in the posterior lateral line nerve" [GO:0048929] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "efferent axon development in the posterior lateral line nerve" [GO:0048929] is_a "anatomical structure morphogenesis" [GO:0009653] and "efferent axon development in the posterior lateral line nerve" [GO:0048929] results_in_developmental_progression_of "structure" [anatomy:structure]

"afferent axon development in the posterior lateral line nerve" [GO:0048933] is_a structure_anatomical_structure_morphogenesis because of rule: genus_differentia : structure_anatomical_structure_morphogenesis is defined as a "anatomical structure morphogenesis" [GO:0009653] that results_in_developmental_progression_of "structure" [anatomy:structure] , and it is the case that "afferent axon development in the posterior lateral line nerve" [GO:0048933] is_a "anatomical structure morphogenesis" [GO:0009653] and "afferent axon development in the posterior lateral line nerve" [GO:0048933] results_in_developmental_progression_of "structure" [anatomy:structure]

olfactory_bulb_interneuron is_a central_nervous_system_interneuron because of rule: genus_differentia : central_nervous_system_interneuron is defined as a "interneuron" [ZFA:0009051] that part of "central nervous system" [ZFA:0000012] , and it is the case that olfactory_bulb_interneuron is_a "interneuron" [ZFA:0009051] and olfactory_bulb_interneuron part of "central nervous system" [ZFA:0000012]

CAR_anatomical_structure_formation is_a "anatomical structure formation" [GO:0048646] because of rule: genus : CAR_anatomical_structure_formation genus "anatomical structure formation" [GO:0048646]

CN_-_II_P is_a "primordium" [FBbt:00005495] because of rule: genus : CN_-_II_P genus "primordium" [FBbt:00005495]

"ribosomal large subunit assembly and maintenance" [GO:0000027] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "ribosomal large subunit assembly and maintenance" [GO:0000027] genus "cellular component assembly" [GO:0022607]

"autophagic vacuole formation" [GO:0000045] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "autophagic vacuole formation" [GO:0000045] genus "anatomical structure formation" [GO:0048646]

"microtubule cytoskeleton organization and biogenesis" [GO:0000226] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "microtubule cytoskeleton organization and biogenesis" [GO:0000226] genus "cellular component organization and biogenesis" [GO:0016043]

"spliceosome assembly" [GO:0000245] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "spliceosome assembly" [GO:0000245] genus "cellular component assembly" [GO:0022607]

"spliceosome disassembly" [GO:0000390] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "spliceosome disassembly" [GO:0000390] genus "cellular component disassembly" [GO:0022411]

"U2-dependent spliceosome disassembly" [GO:0000391] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "U2-dependent spliceosome disassembly" [GO:0000391] genus "cellular component disassembly" [GO:0022411]

"U12-dependent spliceosome disassembly" [GO:0000392] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "U12-dependent spliceosome disassembly" [GO:0000392] genus "cellular component disassembly" [GO:0022411]

"cellular morphogenesis during differentiation" [GO:0000904] is_a morphogenesis_during_cell_differentiation because of rule: genus : "cellular morphogenesis during differentiation" [GO:0000904] genus morphogenesis_during_cell_differentiation

"preprophase band formation" [GO:0000913] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "preprophase band formation" [GO:0000913] genus "anatomical structure formation" [GO:0048646]

"phragmoplast formation" [GO:0000914] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "phragmoplast formation" [GO:0000914] genus "anatomical structure formation" [GO:0048646]

"cytokinesis, contractile ring formation" [GO:0000915] is_a CAR_anatomical_structure_formation because of rule: genus : "cytokinesis, contractile ring formation" [GO:0000915] genus CAR_anatomical_structure_formation

"barrier septum formation" [GO:0000917] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "barrier septum formation" [GO:0000917] genus "anatomical structure formation" [GO:0048646]

"selection of site for barrier septum formation" [GO:0000918] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "selection of site for barrier septum formation" [GO:0000918] genus "anatomical structure formation" [GO:0048646]

"cell plate formation" [GO:0000919] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "cell plate formation" [GO:0000919] genus "anatomical structure formation" [GO:0048646]

"septin ring assembly" [GO:0000921] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "septin ring assembly" [GO:0000921] genus "cellular component assembly" [GO:0022607]

"extrachromosomal circular DNA accumulation during replicative cell aging" [GO:0001307] is_a "replicative cell aging" [GO:0001302] because of rule: genus : "extrachromosomal circular DNA accumulation during replicative cell aging" [GO:0001307] genus "replicative cell aging" [GO:0001302]

"extrachromosomal rDNA circle accumulation during replicative cell aging" [GO:0001310] is_a "replicative cell aging" [GO:0001302] because of rule: genus : "extrachromosomal rDNA circle accumulation during replicative cell aging" [GO:0001310] genus "replicative cell aging" [GO:0001302]

"ossification" [GO:0001503] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "ossification" [GO:0001503] genus "anatomical structure formation" [GO:0048646]

"ovarian follicle development" [GO:0001541] is_a "developmental process" [GO:0032502] because of rule: genus : "ovarian follicle development" [GO:0001541] genus "developmental process" [GO:0032502]

"follicular fluid formation in ovarian follicle antrum" [GO:0001548] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "follicular fluid formation in ovarian follicle antrum" [GO:0001548] genus "anatomical structure formation" [GO:0048646]

"blood vessel development" [GO:0001568] is_a "developmental process" [GO:0032502] because of rule: genus : "blood vessel development" [GO:0001568] genus "developmental process" [GO:0032502]

"microtubule bundle formation" [GO:0001578] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "microtubule bundle formation" [GO:0001578] genus "anatomical structure formation" [GO:0048646]

"eye development" [GO:0001654] is_a "developmental process" [GO:0032502] because of rule: genus : "eye development" [GO:0001654] genus "developmental process" [GO:0032502]

"in utero embryonic development" [GO:0001701] is_a "embryonic development" [GO:0009790] because of rule: genus : "in utero embryonic development" [GO:0001701] genus "embryonic development" [GO:0009790]

"Bolwig's organ morphogenesis" [GO:0001746] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "Bolwig's organ morphogenesis" [GO:0001746] genus "anatomical structure morphogenesis" [GO:0009653]

"optic placode development (sensu Endopterygota)" [GO:0001748] is_a "eye morphogenesis" [GO:0048592] because of rule: genus : "optic placode development (sensu Endopterygota)" [GO:0001748] genus "eye morphogenesis" [GO:0048592]

"somite specification" [GO:0001757] is_a "pattern specification process" [GO:0007389] because of rule: genus : "somite specification" [GO:0001757] genus "pattern specification process" [GO:0007389]

"lipid raft formation" [GO:0001765] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "lipid raft formation" [GO:0001765] genus "anatomical structure formation" [GO:0048646]

"antibody-dependent cellular cytotoxicity" [GO:0001788] is_a "cell death" [GO:0008219] because of rule: genus : "antibody-dependent cellular cytotoxicity" [GO:0001788] genus "cell death" [GO:0008219]

"kidney development" [GO:0001822] is_a "developmental process" [GO:0032502] because of rule: genus : "kidney development" [GO:0001822] genus "developmental process" [GO:0032502]

"embryonic epithelial tube formation" [GO:0001838] is_a epithelial_tube_anatomical_structure_formation because of rule: genus : "embryonic epithelial tube formation" [GO:0001838] genus epithelial_tube_anatomical_structure_formation

"neural plate morphogenesis" [GO:0001839] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "neural plate morphogenesis" [GO:0001839] genus "anatomical structure morphogenesis" [GO:0009653]

"neural plate development" [GO:0001840] is_a "developmental process" [GO:0032502] because of rule: genus : "neural plate development" [GO:0001840] genus "developmental process" [GO:0032502]

"neural tube formation" [GO:0001841] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "neural tube formation" [GO:0001841] genus "anatomical structure formation" [GO:0048646]

"neural tube closure" [GO:0001843] is_a "developmental process" [GO:0032502] because of rule: genus : "neural tube closure" [GO:0001843] genus "developmental process" [GO:0032502]

"phagolysosome formation" [GO:0001845] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "phagolysosome formation" [GO:0001845] genus "anatomical structure formation" [GO:0048646]

"liver development" [GO:0001889] is_a "developmental process" [GO:0032502] because of rule: genus : "liver development" [GO:0001889] genus "developmental process" [GO:0032502]

"placenta development" [GO:0001890] is_a "developmental process" [GO:0032502] because of rule: genus : "placenta development" [GO:0001890] genus "developmental process" [GO:0032502]

"exocyst assembly" [GO:0001927] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "exocyst assembly" [GO:0001927] genus "cellular component assembly" [GO:0022607]

"hair follicle development" [GO:0001942] is_a "developmental process" [GO:0032502] because of rule: genus : "hair follicle development" [GO:0001942] genus "developmental process" [GO:0032502]

"vasculature development" [GO:0001944] is_a "developmental process" [GO:0032502] because of rule: genus : "vasculature development" [GO:0001944] genus "developmental process" [GO:0032502]

"lymph vessel development" [GO:0001945] is_a "developmental process" [GO:0032502] because of rule: genus : "lymph vessel development" [GO:0001945] genus "developmental process" [GO:0032502]

"optic cup morphogenesis involved in camera-type eye development" [GO:0002072] is_a eye_cup_anatomical_structure_morphogenesis because of rule: genus : "optic cup morphogenesis involved in camera-type eye development" [GO:0002072] genus eye_cup_anatomical_structure_morphogenesis

"extraocular skeletal muscle development" [GO:0002074] is_a "developmental process" [GO:0032502] because of rule: genus : "extraocular skeletal muscle development" [GO:0002074] genus "developmental process" [GO:0032502]

"diaphragm contraction" [GO:0002086] is_a "biological_process" [GO:0008150] because of rule: genus : "diaphragm contraction" [GO:0002086] genus "biological_process" [GO:0008150]

"instar larval or pupal development" [GO:0002165] is_a "pupal development" [GO:0035209] because of rule: genus : "instar larval or pupal development" [GO:0002165] genus "pupal development" [GO:0035209]

"MHC protein complex assembly" [GO:0002396] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "MHC protein complex assembly" [GO:0002396] genus "cellular component assembly" [GO:0022607]

"MHC class I protein complex assembly" [GO:0002397] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "MHC class I protein complex assembly" [GO:0002397] genus "cellular component assembly" [GO:0022607]

"MHC class Ib protein complex assembly" [GO:0002398] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "MHC class Ib protein complex assembly" [GO:0002398] genus "cellular component assembly" [GO:0022607]

"MHC class II protein complex assembly" [GO:0002399] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "MHC class II protein complex assembly" [GO:0002399] genus "cellular component assembly" [GO:0022607]

"germinal center formation" [GO:0002467] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "germinal center formation" [GO:0002467] genus "anatomical structure formation" [GO:0048646]

"immune system development" [GO:0002520] is_a "developmental process" [GO:0032502] because of rule: genus : "immune system development" [GO:0002520] genus "developmental process" [GO:0032502]

"pre-replicative complex assembly" [GO:0006267] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pre-replicative complex assembly" [GO:0006267] genus "anatomical structure formation" [GO:0048646]

"nucleosome disassembly" [GO:0006337] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "nucleosome disassembly" [GO:0006337] genus "cellular component disassembly" [GO:0022411]

"translation" [GO:0006412] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "translation" [GO:0006412] genus "anatomical structure formation" [GO:0048646]

"protein complex assembly" [GO:0006461] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "protein complex assembly" [GO:0006461] genus "anatomical structure formation" [GO:0048646]

"ubiquitin-dependent protein catabolic process" [GO:0006511] is_a "protein catabolic process" [GO:0030163] because of rule: genus : "ubiquitin-dependent protein catabolic process" [GO:0006511] genus "protein catabolic process" [GO:0030163]

"bile acid biosynthetic process" [GO:0006699] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "bile acid biosynthetic process" [GO:0006699] genus "anatomical structure formation" [GO:0048646]

"cuticle hydrocarbon biosynthetic process" [GO:0006723] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "cuticle hydrocarbon biosynthetic process" [GO:0006723] genus "anatomical structure formation" [GO:0048646]

"Golgi to plasma membrane transport" [GO:0006893] is_a "vesicle-mediated transport" [GO:0016192] because of rule: genus : "Golgi to plasma membrane transport" [GO:0006893] genus "vesicle-mediated transport" [GO:0016192]

"Golgi to secretory vesicle transport" [GO:0006894] is_a "vesicle-mediated transport" [GO:0016192] because of rule: genus : "Golgi to secretory vesicle transport" [GO:0006894] genus "vesicle-mediated transport" [GO:0016192]

"Golgi to vacuole transport" [GO:0006896] is_a "vesicle-mediated transport" [GO:0016192] because of rule: genus : "Golgi to vacuole transport" [GO:0006896] genus "vesicle-mediated transport" [GO:0016192]

"membrane budding" [GO:0006900] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "membrane budding" [GO:0006900] genus "anatomical structure formation" [GO:0048646]

"phagocytosis, engulfment" [GO:0006911] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "phagocytosis, engulfment" [GO:0006911] genus "anatomical structure formation" [GO:0048646]

"smooth muscle contraction" [GO:0006939] is_a "biological_process" [GO:0008150] because of rule: genus : "smooth muscle contraction" [GO:0006939] genus "biological_process" [GO:0008150]

"nuclear pore organization and biogenesis" [GO:0006999] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "nuclear pore organization and biogenesis" [GO:0006999] genus "cellular component organization and biogenesis" [GO:0016043]

"nucleolus organization and biogenesis" [GO:0007000] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "nucleolus organization and biogenesis" [GO:0007000] genus "cellular component organization and biogenesis" [GO:0016043]

"actin filament organization" [GO:0007015] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "actin filament organization" [GO:0007015] genus "cellular component organization and biogenesis" [GO:0016043]

"microtubule depolymerization" [GO:0007019] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "microtubule depolymerization" [GO:0007019] genus "cellular component disassembly" [GO:0022411]

"lysosome organization and biogenesis" [GO:0007040] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "lysosome organization and biogenesis" [GO:0007040] genus "cellular component organization and biogenesis" [GO:0016043]

"intercellular junction assembly" [GO:0007043] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "intercellular junction assembly" [GO:0007043] genus "cellular component assembly" [GO:0022607]

"spindle organization and biogenesis" [GO:0007051] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "spindle organization and biogenesis" [GO:0007051] genus "cellular component organization and biogenesis" [GO:0016043]

"synaptonemal complex assembly" [GO:0007130] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "synaptonemal complex assembly" [GO:0007130] genus "anatomical structure formation" [GO:0048646]

"cell-cell signaling" [GO:0007267] is_a "signal transduction" [GO:0007165] because of rule: genus : "cell-cell signaling" [GO:0007267] genus "signal transduction" [GO:0007165]

"Nebenkern formation" [GO:0007287] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "Nebenkern formation" [GO:0007287] genus "anatomical structure formation" [GO:0048646]

"spermatid nuclear differentiation" [GO:0007289] is_a "cell differentiation" [GO:0030154] because of rule: genus : "spermatid nuclear differentiation" [GO:0007289] genus "cell differentiation" [GO:0030154]

"ovarian ring canal formation" [GO:0007301] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "ovarian ring canal formation" [GO:0007301] genus "anatomical structure formation" [GO:0048646]

"oocyte nucleus migration during oocyte axis determination" [GO:0007312] is_a "axis specification" [GO:0009798] because of rule: genus : "oocyte nucleus migration during oocyte axis determination" [GO:0007312] genus "axis specification" [GO:0009798]

"amnioserosa formation" [GO:0007378] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "amnioserosa formation" [GO:0007378] genus "anatomical structure formation" [GO:0048646]

"ectoderm development" [GO:0007398] is_a "developmental process" [GO:0032502] because of rule: genus : "ectoderm development" [GO:0007398] genus "developmental process" [GO:0032502]

"nervous system development" [GO:0007399] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "nervous system development" [GO:0007399] genus "anatomical structure formation" [GO:0048646]

"synaptogenesis" [GO:0007416] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "synaptogenesis" [GO:0007416] genus "cellular component assembly" [GO:0022607]

"central nervous system development" [GO:0007417] is_a "developmental process" [GO:0032502] because of rule: genus : "central nervous system development" [GO:0007417] genus "developmental process" [GO:0032502]

"ventral cord development" [GO:0007419] is_a "developmental process" [GO:0032502] because of rule: genus : "ventral cord development" [GO:0007419] genus "developmental process" [GO:0032502]

"brain development" [GO:0007420] is_a "developmental process" [GO:0032502] because of rule: genus : "brain development" [GO:0007420] genus "developmental process" [GO:0032502]

"stomatogastric nervous system development" [GO:0007421] is_a "developmental process" [GO:0032502] because of rule: genus : "stomatogastric nervous system development" [GO:0007421] genus "developmental process" [GO:0032502]

"peripheral nervous system development" [GO:0007422] is_a "developmental process" [GO:0032502] because of rule: genus : "peripheral nervous system development" [GO:0007422] genus "developmental process" [GO:0032502]

"sensory organ development" [GO:0007423] is_a "developmental process" [GO:0032502] because of rule: genus : "sensory organ development" [GO:0007423] genus "developmental process" [GO:0032502]

"salivary gland development" [GO:0007431] is_a "developmental process" [GO:0032502] because of rule: genus : "salivary gland development" [GO:0007431] genus "developmental process" [GO:0032502]

"larval salivary gland morphogenesis" [GO:0007436] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "larval salivary gland morphogenesis" [GO:0007436] genus "anatomical structure morphogenesis" [GO:0009653]

"adult salivary gland morphogenesis" [GO:0007437] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "adult salivary gland morphogenesis" [GO:0007437] genus "anatomical structure morphogenesis" [GO:0009653]

"imaginal disc development" [GO:0007444] is_a "developmental process" [GO:0032502] because of rule: genus : "imaginal disc development" [GO:0007444] genus "developmental process" [GO:0032502]

"clypeo-labral disc morphogenesis" [GO:0007453] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "clypeo-labral disc morphogenesis" [GO:0007453] genus "anatomical structure morphogenesis" [GO:0009653]

"labial disc morphogenesis" [GO:0007454] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "labial disc morphogenesis" [GO:0007454] genus "anatomical structure morphogenesis" [GO:0009653]

"eye-antennal disc morphogenesis" [GO:0007455] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "eye-antennal disc morphogenesis" [GO:0007455] genus "anatomical structure morphogenesis" [GO:0009653]

"wing disc morphogenesis" [GO:0007472] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "wing disc morphogenesis" [GO:0007472] genus "anatomical structure morphogenesis" [GO:0009653]

"imaginal disc-derived wing morphogenesis" [GO:0007476] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "imaginal disc-derived wing morphogenesis" [GO:0007476] genus "anatomical structure morphogenesis" [GO:0009653]

"leg disc morphogenesis" [GO:0007478] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "leg disc morphogenesis" [GO:0007478] genus "anatomical structure morphogenesis" [GO:0009653]

"imaginal disc-derived leg morphogenesis" [GO:0007480] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "imaginal disc-derived leg morphogenesis" [GO:0007480] genus "anatomical structure morphogenesis" [GO:0009653]

"haltere disc morphogenesis" [GO:0007481] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "haltere disc morphogenesis" [GO:0007481] genus "anatomical structure morphogenesis" [GO:0009653]

"haltere development" [GO:0007482] is_a "developmental process" [GO:0032502] because of rule: genus : "haltere development" [GO:0007482] genus "developmental process" [GO:0032502]

"genital disc morphogenesis" [GO:0007483] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "genital disc morphogenesis" [GO:0007483] genus "anatomical structure morphogenesis" [GO:0009653]

"imaginal disc-derived genitalia development" [GO:0007484] is_a "developmental process" [GO:0032502] because of rule: genus : "imaginal disc-derived genitalia development" [GO:0007484] genus "developmental process" [GO:0032502]

"endoderm development" [GO:0007492] is_a "developmental process" [GO:0032502] because of rule: genus : "endoderm development" [GO:0007492] genus "developmental process" [GO:0032502]

"midgut development" [GO:0007494] is_a "developmental process" [GO:0032502] because of rule: genus : "midgut development" [GO:0007494] genus "developmental process" [GO:0032502]

"visceral mesoderm-endoderm interaction involved in midgut development" [GO:0007495] is_a "midgut development" [GO:0007494] because of rule: genus : "visceral mesoderm-endoderm interaction involved in midgut development" [GO:0007495] genus "midgut development" [GO:0007494]

"mesoderm development" [GO:0007498] is_a "developmental process" [GO:0032502] because of rule: genus : "mesoderm development" [GO:0007498] genus "developmental process" [GO:0032502]

"fat body development" [GO:0007503] is_a "developmental process" [GO:0032502] because of rule: genus : "fat body development" [GO:0007503] genus "developmental process" [GO:0032502]

"larval fat body development" [GO:0007504] is_a "developmental process" [GO:0032502] because of rule: genus : "larval fat body development" [GO:0007504] genus "developmental process" [GO:0032502]

"adult fat body development" [GO:0007505] is_a "developmental process" [GO:0032502] because of rule: genus : "adult fat body development" [GO:0007505] genus "developmental process" [GO:0032502]

"heart development" [GO:0007507] is_a "developmental process" [GO:0032502] because of rule: genus : "heart development" [GO:0007507] genus "developmental process" [GO:0032502]

"larval heart development" [GO:0007508] is_a "developmental process" [GO:0032502] because of rule: genus : "larval heart development" [GO:0007508] genus "developmental process" [GO:0032502]

"adult heart development" [GO:0007512] is_a "developmental process" [GO:0032502] because of rule: genus : "adult heart development" [GO:0007512] genus "developmental process" [GO:0032502]

"hemocyte development" [GO:0007516] is_a "developmental process" [GO:0032502] because of rule: genus : "hemocyte development" [GO:0007516] genus "developmental process" [GO:0032502]

"muscle development" [GO:0007517] is_a "developmental process" [GO:0032502] because of rule: genus : "muscle development" [GO:0007517] genus "developmental process" [GO:0032502]

"visceral muscle development" [GO:0007522] is_a "developmental process" [GO:0032502] because of rule: genus : "visceral muscle development" [GO:0007522] genus "developmental process" [GO:0032502]

"larval visceral muscle development" [GO:0007523] is_a "developmental process" [GO:0032502] because of rule: genus : "larval visceral muscle development" [GO:0007523] genus "developmental process" [GO:0032502]

"adult visceral muscle development" [GO:0007524] is_a "developmental process" [GO:0032502] because of rule: genus : "adult visceral muscle development" [GO:0007524] genus "developmental process" [GO:0032502]

"somatic muscle development" [GO:0007525] is_a "developmental process" [GO:0032502] because of rule: genus : "somatic muscle development" [GO:0007525] genus "developmental process" [GO:0032502]

"larval somatic muscle development" [GO:0007526] is_a "developmental process" [GO:0032502] because of rule: genus : "larval somatic muscle development" [GO:0007526] genus "developmental process" [GO:0032502]

"adult somatic muscle development" [GO:0007527] is_a "developmental process" [GO:0032502] because of rule: genus : "adult somatic muscle development" [GO:0007527] genus "developmental process" [GO:0032502]

"neuromuscular junction development" [GO:0007528] is_a "developmental process" [GO:0032502] because of rule: genus : "neuromuscular junction development" [GO:0007528] genus "developmental process" [GO:0032502]

"extrachromosomal circular DNA accumulation during cell aging" [GO:0007580] is_a "cell aging" [GO:0007569] because of rule: genus : "extrachromosomal circular DNA accumulation during cell aging" [GO:0007580] genus "cell aging" [GO:0007569]

"eye pigment granule organization and biogenesis" [GO:0008057] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "eye pigment granule organization and biogenesis" [GO:0008057] genus "cellular component organization and biogenesis" [GO:0016043]

"ocellus pigment granule organization and biogenesis" [GO:0008058] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "ocellus pigment granule organization and biogenesis" [GO:0008058] genus "cellular component organization and biogenesis" [GO:0016043]

"cell proliferation" [GO:0008283] is_a "proliferative region" [ZFA:0000098] because of rule: genus : "cell proliferation" [GO:0008283] genus "proliferative region" [ZFA:0000098]

"endosome to lysosome transport" [GO:0008333] is_a "transport" [GO:0006810] because of rule: genus : "endosome to lysosome transport" [GO:0008333] genus "transport" [GO:0006810]

"gonad development" [GO:0008406] is_a "developmental process" [GO:0032502] because of rule: genus : "gonad development" [GO:0008406] genus "developmental process" [GO:0032502]

"cytochrome c oxidase complex assembly" [GO:0008535] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cytochrome c oxidase complex assembly" [GO:0008535] genus "cellular component assembly" [GO:0022607]

"epidermis development" [GO:0008544] is_a "developmental process" [GO:0032502] because of rule: genus : "epidermis development" [GO:0008544] genus "developmental process" [GO:0032502]

"attachment of spindle microtubules to kinetochore" [GO:0008608] is_a "biological_process" [GO:0008150] because of rule: genus : "attachment of spindle microtubules to kinetochore" [GO:0008608] genus "biological_process" [GO:0008150]

"branched chain family amino acid biosynthetic process" [GO:0009082] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "branched chain family amino acid biosynthetic process" [GO:0009082] genus "anatomical structure formation" [GO:0048646]

"peptidoglycan biosynthetic process" [GO:0009252] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "peptidoglycan biosynthetic process" [GO:0009252] genus "anatomical structure formation" [GO:0048646]

"chitin- and beta-glucan-containing cell wall biogenesis" [GO:0009272] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "chitin- and beta-glucan-containing cell wall biogenesis" [GO:0009272] genus "cellular component assembly" [GO:0022607]

"peptidoglycan-based cell wall biogenesis" [GO:0009273] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "peptidoglycan-based cell wall biogenesis" [GO:0009273] genus "cellular component assembly" [GO:0022607]

"flagellum biogenesis" [GO:0009296] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "flagellum biogenesis" [GO:0009296] genus "cellular component assembly" [GO:0022607]

"chloroplast organization and biogenesis" [GO:0009658] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "chloroplast organization and biogenesis" [GO:0009658] genus "cellular component organization and biogenesis" [GO:0016043]

"leucoplast organization and biogenesis" [GO:0009659] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "leucoplast organization and biogenesis" [GO:0009659] genus "cellular component organization and biogenesis" [GO:0016043]

"amyloplast organization and biogenesis" [GO:0009660] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "amyloplast organization and biogenesis" [GO:0009660] genus "cellular component organization and biogenesis" [GO:0016043]

"chromoplast organization and biogenesis" [GO:0009661] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "chromoplast organization and biogenesis" [GO:0009661] genus "cellular component organization and biogenesis" [GO:0016043]

"etioplast organization and biogenesis" [GO:0009662] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "etioplast organization and biogenesis" [GO:0009662] genus "cellular component organization and biogenesis" [GO:0016043]

"cellulose and pectin-containing cell wall organization and biogenesis" [GO:0009664] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cellulose and pectin-containing cell wall organization and biogenesis" [GO:0009664] genus "cellular component organization and biogenesis" [GO:0016043]

"plastid outer membrane organization and biogenesis" [GO:0009666] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "plastid outer membrane organization and biogenesis" [GO:0009666] genus "cellular component organization and biogenesis" [GO:0016043]

"plastid inner membrane organization and biogenesis" [GO:0009667] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "plastid inner membrane organization and biogenesis" [GO:0009667] genus "cellular component organization and biogenesis" [GO:0016043]

"cellulose and pectin-containing cell wall biogenesis" [GO:0009832] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cellulose and pectin-containing cell wall biogenesis" [GO:0009832] genus "cellular component assembly" [GO:0022607]

"cell tip growth" [GO:0009932] is_a "growth" [GO:0040007] because of rule: genus : "cell tip growth" [GO:0009932] genus "growth" [GO:0040007]

"endosperm development" [GO:0009960] is_a "developmental process" [GO:0032502] because of rule: genus : "endosperm development" [GO:0009960] genus "developmental process" [GO:0032502]

"chloroplast fission" [GO:0010020] is_a "cellular process" [GO:0009987] because of rule: genus : "chloroplast fission" [GO:0010020] genus "cellular process" [GO:0009987]

"thylakoid membrane organization and biogenesis" [GO:0010027] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "thylakoid membrane organization and biogenesis" [GO:0010027] genus "cellular component organization and biogenesis" [GO:0016043]

"primary meristem tissue development" [GO:0010065] is_a "tissue development" [GO:0009888] because of rule: genus : "primary meristem tissue development" [GO:0010065] genus "tissue development" [GO:0009888]

"procambium histogenesis" [GO:0010067] is_a "tissue development" [GO:0009888] because of rule: genus : "procambium histogenesis" [GO:0010067] genus "tissue development" [GO:0009888]

"protoderm histogenesis" [GO:0010068] is_a "tissue development" [GO:0009888] because of rule: genus : "protoderm histogenesis" [GO:0010068] genus "tissue development" [GO:0009888]

"root meristem specification" [GO:0010071] is_a "pattern specification process" [GO:0007389] because of rule: genus : "root meristem specification" [GO:0010071] genus "pattern specification process" [GO:0007389]

"primary shoot apical meristem specification" [GO:0010072] is_a "pattern specification process" [GO:0007389] because of rule: genus : "primary shoot apical meristem specification" [GO:0010072] genus "pattern specification process" [GO:0007389]

"lateral root morphogenesis" [GO:0010102] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "lateral root morphogenesis" [GO:0010102] genus "anatomical structure morphogenesis" [GO:0009653]

"glyoxysome organization and biogenesis" [GO:0010111] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "glyoxysome organization and biogenesis" [GO:0010111] genus "cellular component organization and biogenesis" [GO:0016043]

"chloroplast elongation" [GO:0010151] is_a "biological_process" [GO:0008150] because of rule: genus : "chloroplast elongation" [GO:0010151] genus "biological_process" [GO:0008150]

"cytochrome b6f complex assembly" [GO:0010190] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cytochrome b6f complex assembly" [GO:0010190] genus "cellular component assembly" [GO:0022607]

"photosystem II assembly" [GO:0010207] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "photosystem II assembly" [GO:0010207] genus "cellular component assembly" [GO:0022607]

"cellulose microfibril organization" [GO:0010215] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cellulose microfibril organization" [GO:0010215] genus "cellular component organization and biogenesis" [GO:0016043]

"stem vascular tissue pattern formation" [GO:0010222] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "stem vascular tissue pattern formation" [GO:0010222] genus "anatomical structure formation" [GO:0048646]

"radial microtubular system formation" [GO:0010245] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "radial microtubular system formation" [GO:0010245] genus "anatomical structure formation" [GO:0048646]

"NADH dehydrogenase complex (plastoquinone) assembly" [GO:0010258] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "NADH dehydrogenase complex (plastoquinone) assembly" [GO:0010258] genus "cellular component assembly" [GO:0022607]

"SCF complex assembly" [GO:0010265] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "SCF complex assembly" [GO:0010265] genus "cellular component assembly" [GO:0022607]

"photosystem II oxygen evolving complex assembly" [GO:0010270] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "photosystem II oxygen evolving complex assembly" [GO:0010270] genus "cellular component assembly" [GO:0022607]

"leaf vascular tissue pattern formation" [GO:0010305] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "leaf vascular tissue pattern formation" [GO:0010305] genus "anatomical structure formation" [GO:0048646]

"seed oilbody biogenesis" [GO:0010344] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "seed oilbody biogenesis" [GO:0010344] genus "cellular component assembly" [GO:0022607]

"lateral root primordium development" [GO:0010386] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral root primordium development" [GO:0010386] genus "developmental process" [GO:0032502]

"signalosome assembly" [GO:0010387] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "signalosome assembly" [GO:0010387] genus "cellular component assembly" [GO:0022607]

"seed maturation" [GO:0010431] is_a "developmental maturation" [GO:0021700] because of rule: genus : "seed maturation" [GO:0010431] genus "developmental maturation" [GO:0021700]

"bract development" [GO:0010432] is_a "developmental process" [GO:0032502] because of rule: genus : "bract development" [GO:0010432] genus "developmental process" [GO:0032502]

"secondary neural tube formation" [GO:0014021] is_a "neural tube formation" [GO:0001841] because of rule: genus : "secondary neural tube formation" [GO:0014021] genus "neural tube formation" [GO:0001841]

"neural plate elongation" [GO:0014022] is_a "biological_process" [GO:0008150] because of rule: genus : "neural plate elongation" [GO:0014022] genus "biological_process" [GO:0008150]

"neural crest formation" [GO:0014029] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "neural crest formation" [GO:0014029] genus "anatomical structure formation" [GO:0048646]

"peroxisomal membrane transport" [GO:0015919] is_a "transport" [GO:0006810] because of rule: genus : "peroxisomal membrane transport" [GO:0015919] genus "transport" [GO:0006810]

"organic acid biosynthetic process" [GO:0016053] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "organic acid biosynthetic process" [GO:0016053] genus "anatomical structure formation" [GO:0048646]

"synaptic vesicle maturation" [GO:0016188] is_a "developmental maturation" [GO:0021700] because of rule: genus : "synaptic vesicle maturation" [GO:0016188] genus "developmental maturation" [GO:0021700]

"vesicle-mediated transport" [GO:0016192] is_a "cellular process" [GO:0009987] because of rule: genus : "vesicle-mediated transport" [GO:0016192] genus "cellular process" [GO:0009987]

"gap junction assembly" [GO:0016264] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "gap junction assembly" [GO:0016264] genus "cellular component assembly" [GO:0022607]

"peroxisome membrane biogenesis" [GO:0016557] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "peroxisome membrane biogenesis" [GO:0016557] genus "cellular component assembly" [GO:0022607]

"peroxisome fission" [GO:0016559] is_a "cellular process" [GO:0009987] because of rule: genus : "peroxisome fission" [GO:0016559] genus "cellular process" [GO:0009987]

"cytochrome bc(1) complex assembly" [GO:0017062] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cytochrome bc(1) complex assembly" [GO:0017062] genus "cellular component assembly" [GO:0022607]

"nucleologenesis" [GO:0017126] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "nucleologenesis" [GO:0017126] genus "cellular component assembly" [GO:0022607]

"enzyme active site formation" [GO:0018307] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "enzyme active site formation" [GO:0018307] genus "anatomical structure formation" [GO:0048646]

"viral capsid assembly" [GO:0019069] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "viral capsid assembly" [GO:0019069] genus "cellular component assembly" [GO:0022607]

"viral genome maturation" [GO:0019070] is_a "developmental maturation" [GO:0021700] because of rule: genus : "viral genome maturation" [GO:0019070] genus "developmental maturation" [GO:0021700]

"septate junction assembly" [GO:0019991] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "septate junction assembly" [GO:0019991] genus "cellular component assembly" [GO:0022607]

"ventral spinal cord development" [GO:0021517] is_a "spinal cord development" [GO:0021510] because of rule: genus : "ventral spinal cord development" [GO:0021517] genus "spinal cord development" [GO:0021510]

"commissural neuron differentiation in the spinal cord" [GO:0021528] is_a commissural_nerve_cell_cell_differentiation because of rule: genus : "commissural neuron differentiation in the spinal cord" [GO:0021528] genus commissural_nerve_cell_cell_differentiation

"corpus callosum morphogenesis" [GO:0021540] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "corpus callosum morphogenesis" [GO:0021540] genus "anatomical structure morphogenesis" [GO:0009653]

"cranial nerve development" [GO:0021545] is_a "developmental process" [GO:0032502] because of rule: genus : "cranial nerve development" [GO:0021545] genus "developmental process" [GO:0032502]

"midbrain-hindbrain boundary initiation" [GO:0021547] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "midbrain-hindbrain boundary initiation" [GO:0021547] genus "anatomical structure formation" [GO:0048646]

"olfactory nerve development" [GO:0021553] is_a "developmental process" [GO:0032502] because of rule: genus : "olfactory nerve development" [GO:0021553] genus "developmental process" [GO:0032502]

"optic nerve development" [GO:0021554] is_a "developmental process" [GO:0032502] because of rule: genus : "optic nerve development" [GO:0021554] genus "developmental process" [GO:0032502]

"oculomotor nerve development" [GO:0021557] is_a "developmental process" [GO:0032502] because of rule: genus : "oculomotor nerve development" [GO:0021557] genus "developmental process" [GO:0032502]

"trochlear nerve development" [GO:0021558] is_a "developmental process" [GO:0032502] because of rule: genus : "trochlear nerve development" [GO:0021558] genus "developmental process" [GO:0032502]

"trigeminal nerve development" [GO:0021559] is_a "developmental process" [GO:0032502] because of rule: genus : "trigeminal nerve development" [GO:0021559] genus "developmental process" [GO:0032502]

"abducens nerve development" [GO:0021560] is_a "developmental process" [GO:0032502] because of rule: genus : "abducens nerve development" [GO:0021560] genus "developmental process" [GO:0032502]

"facial nerve development" [GO:0021561] is_a "developmental process" [GO:0032502] because of rule: genus : "facial nerve development" [GO:0021561] genus "developmental process" [GO:0032502]

"vestibulocochlear nerve development" [GO:0021562] is_a "developmental process" [GO:0032502] because of rule: genus : "vestibulocochlear nerve development" [GO:0021562] genus "developmental process" [GO:0032502]

"glossopharyngeal nerve development" [GO:0021563] is_a "developmental process" [GO:0032502] because of rule: genus : "glossopharyngeal nerve development" [GO:0021563] genus "developmental process" [GO:0032502]

"vagus nerve development" [GO:0021564] is_a "developmental process" [GO:0032502] because of rule: genus : "vagus nerve development" [GO:0021564] genus "developmental process" [GO:0032502]

"accessory nerve development" [GO:0021565] is_a "developmental process" [GO:0032502] because of rule: genus : "accessory nerve development" [GO:0021565] genus "developmental process" [GO:0032502]

"hypoglossal nerve development" [GO:0021566] is_a "developmental process" [GO:0032502] because of rule: genus : "hypoglossal nerve development" [GO:0021566] genus "developmental process" [GO:0032502]

"rhombomere 1 development" [GO:0021567] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 1 development" [GO:0021567] genus "developmental process" [GO:0032502]

"rhombomere 2 development" [GO:0021568] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 2 development" [GO:0021568] genus "developmental process" [GO:0032502]

"rhombomere 3 development" [GO:0021569] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 3 development" [GO:0021569] genus "developmental process" [GO:0032502]

"rhombomere 4 development" [GO:0021570] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 4 development" [GO:0021570] genus "developmental process" [GO:0032502]

"rhombomere 5 development" [GO:0021571] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 5 development" [GO:0021571] genus "developmental process" [GO:0032502]

"rhombomere 6 development" [GO:0021572] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 6 development" [GO:0021572] genus "developmental process" [GO:0032502]

"rhombomere 7 development" [GO:0021573] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 7 development" [GO:0021573] genus "developmental process" [GO:0032502]

"rhombomere 8 development" [GO:0021574] is_a "developmental process" [GO:0032502] because of rule: genus : "rhombomere 8 development" [GO:0021574] genus "developmental process" [GO:0032502]

"ventricular system development" [GO:0021591] is_a "developmental process" [GO:0032502] because of rule: genus : "ventricular system development" [GO:0021591] genus "developmental process" [GO:0032502]

"abducens nerve maturation" [GO:0021601] is_a "developmental maturation" [GO:0021700] because of rule: genus : "abducens nerve maturation" [GO:0021601] genus "developmental maturation" [GO:0021700]

"facial nerve maturation" [GO:0021613] is_a "developmental maturation" [GO:0021700] because of rule: genus : "facial nerve maturation" [GO:0021613] genus "developmental maturation" [GO:0021700]

"glossopharyngeal nerve maturation" [GO:0021614] is_a "developmental maturation" [GO:0021700] because of rule: genus : "glossopharyngeal nerve maturation" [GO:0021614] genus "developmental maturation" [GO:0021700]

"oculomotor nerve maturation" [GO:0021625] is_a "developmental maturation" [GO:0021700] because of rule: genus : "oculomotor nerve maturation" [GO:0021625] genus "developmental maturation" [GO:0021700]

"olfactory nerve maturation" [GO:0021630] is_a "developmental maturation" [GO:0021700] because of rule: genus : "olfactory nerve maturation" [GO:0021630] genus "developmental maturation" [GO:0021700]

"optic nerve maturation" [GO:0021632] is_a "developmental maturation" [GO:0021700] because of rule: genus : "optic nerve maturation" [GO:0021632] genus "developmental maturation" [GO:0021700]

"trigeminal nerve maturation" [GO:0021635] is_a "developmental maturation" [GO:0021700] because of rule: genus : "trigeminal nerve maturation" [GO:0021635] genus "developmental maturation" [GO:0021700]

"trochlear nerve maturation" [GO:0021640] is_a "developmental maturation" [GO:0021700] because of rule: genus : "trochlear nerve maturation" [GO:0021640] genus "developmental maturation" [GO:0021700]

"vagus nerve maturation" [GO:0021643] is_a "developmental maturation" [GO:0021700] because of rule: genus : "vagus nerve maturation" [GO:0021643] genus "developmental maturation" [GO:0021700]

"vestibulocochlear nerve maturation" [GO:0021647] is_a "developmental maturation" [GO:0021700] because of rule: genus : "vestibulocochlear nerve maturation" [GO:0021647] genus "developmental maturation" [GO:0021700]

"inferior olivary nucleus development" [GO:0021713] is_a "developmental process" [GO:0032502] because of rule: genus : "inferior olivary nucleus development" [GO:0021713] genus "developmental process" [GO:0032502]

"superior olivary nucleus development" [GO:0021718] is_a "developmental process" [GO:0032502] because of rule: genus : "superior olivary nucleus development" [GO:0021718] genus "developmental process" [GO:0032502]

"inferior raphe nucleus development" [GO:0021724] is_a "developmental process" [GO:0032502] because of rule: genus : "inferior raphe nucleus development" [GO:0021724] genus "developmental process" [GO:0032502]

"superior raphe nucleus development" [GO:0021725] is_a "developmental process" [GO:0032502] because of rule: genus : "superior raphe nucleus development" [GO:0021725] genus "developmental process" [GO:0032502]

"lateral reticular nucleus development" [GO:0021726] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral reticular nucleus development" [GO:0021726] genus "developmental process" [GO:0032502]

"caudal lateral line nerve development" [GO:0021733] is_a "developmental process" [GO:0032502] because of rule: genus : "caudal lateral line nerve development" [GO:0021733] genus "developmental process" [GO:0032502]

"rostral lateral line nerve development" [GO:0021734] is_a "developmental process" [GO:0032502] because of rule: genus : "rostral lateral line nerve development" [GO:0021734] genus "developmental process" [GO:0032502]

"fastigial nucleus development" [GO:0021738] is_a "developmental process" [GO:0032502] because of rule: genus : "fastigial nucleus development" [GO:0021738] genus "developmental process" [GO:0032502]

"pontine nucleus development" [GO:0021740] is_a "developmental process" [GO:0032502] because of rule: genus : "pontine nucleus development" [GO:0021740] genus "developmental process" [GO:0032502]

"spinal trigeminal nucleus development" [GO:0021741] is_a "developmental process" [GO:0032502] because of rule: genus : "spinal trigeminal nucleus development" [GO:0021741] genus "developmental process" [GO:0032502]

"nucleus ambiguus development" [GO:0021745] is_a "developmental process" [GO:0032502] because of rule: genus : "nucleus ambiguus development" [GO:0021745] genus "developmental process" [GO:0032502]

"cochlear nucleus development" [GO:0021747] is_a "developmental process" [GO:0032502] because of rule: genus : "cochlear nucleus development" [GO:0021747] genus "developmental process" [GO:0032502]

"ventral cochlear nucleus development" [GO:0021749] is_a "cochlear nucleus development" [GO:0021747] because of rule: genus : "ventral cochlear nucleus development" [GO:0021749] genus "cochlear nucleus development" [GO:0021747]

"salivary nucleus development" [GO:0021751] is_a "developmental process" [GO:0032502] because of rule: genus : "salivary nucleus development" [GO:0021751] genus "developmental process" [GO:0032502]

"caudate nucleus development" [GO:0021757] is_a "developmental process" [GO:0032502] because of rule: genus : "caudate nucleus development" [GO:0021757] genus "developmental process" [GO:0032502]

"subthalamic nucleus development" [GO:0021763] is_a "developmental process" [GO:0032502] because of rule: genus : "subthalamic nucleus development" [GO:0021763] genus "developmental process" [GO:0032502]

"nucleus accumbens development" [GO:0021768] is_a "developmental process" [GO:0032502] because of rule: genus : "nucleus accumbens development" [GO:0021768] genus "developmental process" [GO:0032502]

"lateral geniculate nucleus development" [GO:0021771] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral geniculate nucleus development" [GO:0021771] genus "developmental process" [GO:0032502]

"cerebral cortex cell migration" [GO:0021795] is_a "cell migration" [GO:0016477] because of rule: genus : "cerebral cortex cell migration" [GO:0021795] genus "cell migration" [GO:0016477]

"forebrain anterior-posterior pattern formation" [GO:0021797] is_a "pattern specification process" [GO:0007389] because of rule: genus : "forebrain anterior-posterior pattern formation" [GO:0021797] genus "pattern specification process" [GO:0007389]

"forebrain dorsal-ventral pattern formation" [GO:0021798] is_a "pattern specification process" [GO:0007389] because of rule: genus : "forebrain dorsal-ventral pattern formation" [GO:0021798] genus "pattern specification process" [GO:0007389]

"layer formation in the cerebral cortex" [GO:0021819] is_a layer_anatomical_structure_formation because of rule: genus : "layer formation in the cerebral cortex" [GO:0021819] genus layer_anatomical_structure_formation

"embryonic olfactory bulb interneuron precursor migration" [GO:0021831] is_a olfactory_bulb_interneuron_precursor_migration because of rule: genus : "embryonic olfactory bulb interneuron precursor migration" [GO:0021831] genus olfactory_bulb_interneuron_precursor_migration

"forebrain neuron fate commitment" [GO:0021877] is_a "neuron fate commitment" [GO:0048663] because of rule: genus : "forebrain neuron fate commitment" [GO:0021877] genus "neuron fate commitment" [GO:0048663]

"forebrain neuron development" [GO:0021884] is_a "developmental process" [GO:0032502] because of rule: genus : "forebrain neuron development" [GO:0021884] genus "developmental process" [GO:0032502]

"hypothalamus gonadotrophin-releasing hormone neuron differentiation" [GO:0021886] is_a "neuron differentiation" [GO:0030182] because of rule: genus : "hypothalamus gonadotrophin-releasing hormone neuron differentiation" [GO:0021886] genus "neuron differentiation" [GO:0030182]

"hypothalamus gonadotrophin-releasing hormone neuron development" [GO:0021888] is_a "developmental process" [GO:0032502] because of rule: genus : "hypothalamus gonadotrophin-releasing hormone neuron development" [GO:0021888] genus "developmental process" [GO:0032502]

"olfactory bulb interneuron development" [GO:0021891] is_a "developmental process" [GO:0032502] because of rule: genus : "olfactory bulb interneuron development" [GO:0021891] genus "developmental process" [GO:0032502]

"cerebral cortex GABAergic interneuron development" [GO:0021894] is_a "developmental process" [GO:0032502] because of rule: genus : "cerebral cortex GABAergic interneuron development" [GO:0021894] genus "developmental process" [GO:0032502]

"cerebral cortex neuron differentiation" [GO:0021895] is_a "neuron differentiation" [GO:0030182] because of rule: genus : "cerebral cortex neuron differentiation" [GO:0021895] genus "neuron differentiation" [GO:0030182]

"forebrain astrocyte development" [GO:0021897] is_a "developmental process" [GO:0032502] because of rule: genus : "forebrain astrocyte development" [GO:0021897] genus "developmental process" [GO:0032502]

"ventricular zone cell fate commitment" [GO:0021900] is_a "cell fate commitment" [GO:0045165] because of rule: genus : "ventricular zone cell fate commitment" [GO:0021900] genus "cell fate commitment" [GO:0045165]

"rostrocaudal neural tube patterning" [GO:0021903] is_a "developmental process" [GO:0032502] because of rule: genus : "rostrocaudal neural tube patterning" [GO:0021903] genus "developmental process" [GO:0032502]

"forebrain-midbrain boundary formation" [GO:0021905] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "forebrain-midbrain boundary formation" [GO:0021905] genus "anatomical structure formation" [GO:0048646]

"BMP signaling pathway in spinal cord dorsal-ventral patterning" [GO:0021919] is_a "spinal cord dorsal-ventral patterning" [GO:0021513] because of rule: genus : "BMP signaling pathway in spinal cord dorsal-ventral patterning" [GO:0021919] genus "spinal cord dorsal-ventral patterning" [GO:0021513]

"central nervous system neuron development" [GO:0021954] is_a "developmental process" [GO:0032502] because of rule: genus : "central nervous system neuron development" [GO:0021954] genus "developmental process" [GO:0032502]

"gracilis tract morphogenesis" [GO:0021958] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "gracilis tract morphogenesis" [GO:0021958] genus "anatomical structure morphogenesis" [GO:0009653]

"cuneatus tract morphogenesis" [GO:0021959] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "cuneatus tract morphogenesis" [GO:0021959] genus "anatomical structure morphogenesis" [GO:0009653]

"anterior commissure morphogenesis" [GO:0021960] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "anterior commissure morphogenesis" [GO:0021960] genus "anatomical structure morphogenesis" [GO:0009653]

"posterior commissure morphogenesis" [GO:0021961] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "posterior commissure morphogenesis" [GO:0021961] genus "anatomical structure morphogenesis" [GO:0009653]

"spinal cord ventral commissure morphogenesis" [GO:0021965] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "spinal cord ventral commissure morphogenesis" [GO:0021965] genus "anatomical structure morphogenesis" [GO:0009653]

"medulla reticulospinal tract morphogenesis" [GO:0021976] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "medulla reticulospinal tract morphogenesis" [GO:0021976] genus "anatomical structure morphogenesis" [GO:0009653]

"pineal gland development" [GO:0021982] is_a "developmental process" [GO:0032502] because of rule: genus : "pineal gland development" [GO:0021982] genus "developmental process" [GO:0032502]

"adenohypophysis development" [GO:0021984] is_a "gland development" [GO:0048732] because of rule: genus : "adenohypophysis development" [GO:0021984] genus "gland development" [GO:0048732]

"neurohypophysis development" [GO:0021985] is_a "gland development" [GO:0048732] because of rule: genus : "neurohypophysis development" [GO:0021985] genus "gland development" [GO:0048732]

"lamina terminalis formation" [GO:0021996] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "lamina terminalis formation" [GO:0021996] genus "anatomical structure formation" [GO:0048646]

"neural plate mediolateral pattern formation" [GO:0021998] is_a "pattern specification process" [GO:0007389] because of rule: genus : "neural plate mediolateral pattern formation" [GO:0021998] genus "pattern specification process" [GO:0007389]

"neural plate anterioposterior pattern formation" [GO:0021999] is_a "pattern specification process" [GO:0007389] because of rule: genus : "neural plate anterioposterior pattern formation" [GO:0021999] genus "pattern specification process" [GO:0007389]

"septal cell proliferation" [GO:0022022] is_a "proliferative region" [ZFA:0000098] because of rule: genus : "septal cell proliferation" [GO:0022022] genus "proliferative region" [ZFA:0000098]

"telencephalon glial cell migration" [GO:0022030] is_a "cell migration" [GO:0016477] because of rule: genus : "telencephalon glial cell migration" [GO:0022030] genus "cell migration" [GO:0016477]

"telencephalon astrocyte cell migration" [GO:0022031] is_a "cell migration" [GO:0016477] because of rule: genus : "telencephalon astrocyte cell migration" [GO:0022031] genus "cell migration" [GO:0016477]

"telencephalon oligodendrocyte cell migration" [GO:0022032] is_a "cell migration" [GO:0016477] because of rule: genus : "telencephalon oligodendrocyte cell migration" [GO:0022032] genus "cell migration" [GO:0016477]

"telencephalon microglial cell migration" [GO:0022033] is_a "cell migration" [GO:0016477] because of rule: genus : "telencephalon microglial cell migration" [GO:0022033] genus "cell migration" [GO:0016477]

"rhombomere cell proliferation" [GO:0022034] is_a "proliferative region" [ZFA:0000098] because of rule: genus : "rhombomere cell proliferation" [GO:0022034] genus "proliferative region" [ZFA:0000098]

"bristle development" [GO:0022416] is_a "developmental process" [GO:0032502] because of rule: genus : "bristle development" [GO:0022416] genus "developmental process" [GO:0032502]

"ribonucleoprotein complex biogenesis and assembly" [GO:0022613] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "ribonucleoprotein complex biogenesis and assembly" [GO:0022613] genus "cellular component assembly" [GO:0022607]

"extracellular matrix disassembly" [GO:0022617] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "extracellular matrix disassembly" [GO:0022617] genus "cellular component disassembly" [GO:0022411]

"cell projection organization and biogenesis" [GO:0030030] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cell projection organization and biogenesis" [GO:0030030] genus "cellular component organization and biogenesis" [GO:0016043]

"cell projection biogenesis" [GO:0030031] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cell projection biogenesis" [GO:0030031] genus "cellular component assembly" [GO:0022607]

"lamellipodium biogenesis" [GO:0030032] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "lamellipodium biogenesis" [GO:0030032] genus "anatomical structure formation" [GO:0048646]

"microvillus biogenesis" [GO:0030033] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "microvillus biogenesis" [GO:0030033] genus "cellular component assembly" [GO:0022607]

"microspike biogenesis" [GO:0030035] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "microspike biogenesis" [GO:0030035] genus "anatomical structure formation" [GO:0048646]

"actin cytoskeleton organization and biogenesis" [GO:0030036] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "actin cytoskeleton organization and biogenesis" [GO:0030036] genus "cellular component organization and biogenesis" [GO:0016043]

"collagen fibril organization" [GO:0030199] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "collagen fibril organization" [GO:0030199] genus "cellular component organization and biogenesis" [GO:0016043]

"muscle thick filament assembly" [GO:0030241] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "muscle thick filament assembly" [GO:0030241] genus "cellular component assembly" [GO:0022607]

"cellulose biosynthetic process" [GO:0030244] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "cellulose biosynthetic process" [GO:0030244] genus "anatomical structure formation" [GO:0048646]

"nuclear fragmentation during apoptosis" [GO:0030264] is_a "apoptosis" [GO:0006915] because of rule: genus : "nuclear fragmentation during apoptosis" [GO:0030264] genus "apoptosis" [GO:0006915]

"lung development" [GO:0030324] is_a "developmental process" [GO:0032502] because of rule: genus : "lung development" [GO:0030324] genus "developmental process" [GO:0032502]

"adrenal gland development" [GO:0030325] is_a "developmental process" [GO:0032502] because of rule: genus : "adrenal gland development" [GO:0030325] genus "developmental process" [GO:0032502]

"spindle pole body duplication" [GO:0030474] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "spindle pole body duplication" [GO:0030474] genus "anatomical structure formation" [GO:0048646]

"nuclear body organization and biogenesis" [GO:0030575] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "nuclear body organization and biogenesis" [GO:0030575] genus "cellular component organization and biogenesis" [GO:0016043]

"Cajal body organization and biogenesis" [GO:0030576] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "Cajal body organization and biogenesis" [GO:0030576] genus "cellular component organization and biogenesis" [GO:0016043]

"Lands organization and biogenesis" [GO:0030577] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "Lands organization and biogenesis" [GO:0030577] genus "cellular component organization and biogenesis" [GO:0016043]

"PML body organization and biogenesis" [GO:0030578] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "PML body organization and biogenesis" [GO:0030578] genus "cellular component organization and biogenesis" [GO:0016043]

"fruiting body development" [GO:0030582] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "fruiting body development" [GO:0030582] genus "anatomical structure formation" [GO:0048646]

"fruiting body development (sensu Dictyosteliida)" [GO:0030587] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "fruiting body development (sensu Dictyosteliida)" [GO:0030587] genus "anatomical structure formation" [GO:0048646]

"vitelline membrane formation" [GO:0030704] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "vitelline membrane formation" [GO:0030704] genus "anatomical structure formation" [GO:0048646]

"karyosome formation" [GO:0030717] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "karyosome formation" [GO:0030717] genus "anatomical structure formation" [GO:0048646]

"ring canal formation" [GO:0030725] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "ring canal formation" [GO:0030725] genus "anatomical structure formation" [GO:0048646]

"testicular ring canal formation" [GO:0030726] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "testicular ring canal formation" [GO:0030726] genus "anatomical structure formation" [GO:0048646]

"prostate gland development" [GO:0030850] is_a "developmental process" [GO:0032502] because of rule: genus : "prostate gland development" [GO:0030850] genus "developmental process" [GO:0032502]

"cortical cytoskeleton organization and biogenesis" [GO:0030865] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cortical cytoskeleton organization and biogenesis" [GO:0030865] genus "cellular component organization and biogenesis" [GO:0016043]

"cortical actin cytoskeleton organization and biogenesis" [GO:0030866] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cortical actin cytoskeleton organization and biogenesis" [GO:0030866] genus "cellular component organization and biogenesis" [GO:0016043]

"thyroid gland development" [GO:0030878] is_a "developmental process" [GO:0032502] because of rule: genus : "thyroid gland development" [GO:0030878] genus "developmental process" [GO:0032502]

"mammary gland development" [GO:0030879] is_a "developmental process" [GO:0032502] because of rule: genus : "mammary gland development" [GO:0030879] genus "developmental process" [GO:0032502]

"notochord development" [GO:0030903] is_a "developmental process" [GO:0032502] because of rule: genus : "notochord development" [GO:0030903] genus "developmental process" [GO:0032502]

"paranodal junction assembly" [GO:0030913] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "paranodal junction assembly" [GO:0030913] genus "anatomical structure formation" [GO:0048646]

"astral microtubule organization and biogenesis" [GO:0030953] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "astral microtubule organization and biogenesis" [GO:0030953] genus "cellular component organization and biogenesis" [GO:0016043]

"primary cell septum disassembly" [GO:0030994] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "primary cell septum disassembly" [GO:0030994] genus "cellular component disassembly" [GO:0022411]

"linear element formation" [GO:0030999] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "linear element formation" [GO:0030999] genus "anatomical structure formation" [GO:0048646]

"pancreas development" [GO:0031016] is_a "developmental process" [GO:0032502] because of rule: genus : "pancreas development" [GO:0031016] genus "developmental process" [GO:0032502]

"exocrine pancreas development" [GO:0031017] is_a "developmental process" [GO:0032502] because of rule: genus : "exocrine pancreas development" [GO:0031017] genus "developmental process" [GO:0032502]

"endocrine pancreas development" [GO:0031018] is_a "developmental process" [GO:0032502] because of rule: genus : "endocrine pancreas development" [GO:0031018] genus "developmental process" [GO:0032502]

"interphase microtubule organizing center formation" [GO:0031024] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interphase microtubule organizing center formation" [GO:0031024] genus "anatomical structure formation" [GO:0048646]

"myosin filament assembly" [GO:0031034] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "myosin filament assembly" [GO:0031034] genus "cellular component assembly" [GO:0022607]

"myosin filament disassembly" [GO:0031035] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "myosin filament disassembly" [GO:0031035] genus "cellular component disassembly" [GO:0022411]

"embryonic camera-type eye development" [GO:0031076] is_a "camera-type eye development" [GO:0043010] because of rule: genus : "embryonic camera-type eye development" [GO:0031076] genus "camera-type eye development" [GO:0043010]

"axon regeneration" [GO:0031103] is_a "regeneration" [GO:0031099] because of rule: genus : "axon regeneration" [GO:0031103] genus "regeneration" [GO:0031099]

"dendrite regeneration" [GO:0031104] is_a "regeneration" [GO:0031099] because of rule: genus : "dendrite regeneration" [GO:0031104] genus "regeneration" [GO:0031099]

"septin ring organization" [GO:0031106] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "septin ring organization" [GO:0031106] genus "cellular component organization and biogenesis" [GO:0016043]

"cytoplasmic microtubule organization and biogenesis" [GO:0031122] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cytoplasmic microtubule organization and biogenesis" [GO:0031122] genus "cellular component organization and biogenesis" [GO:0016043]

"neurite development" [GO:0031175] is_a "developmental process" [GO:0032502] because of rule: genus : "neurite development" [GO:0031175] genus "developmental process" [GO:0032502]

"actin rod formation" [GO:0031247] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "actin rod formation" [GO:0031247] genus "anatomical structure formation" [GO:0048646]

"pseudopodium organization and biogenesis" [GO:0031268] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "pseudopodium organization and biogenesis" [GO:0031268] genus "cellular component organization and biogenesis" [GO:0016043]

"pseudopodium formation" [GO:0031269] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pseudopodium formation" [GO:0031269] genus "anatomical structure formation" [GO:0048646]

"prospore formation" [GO:0031321] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "prospore formation" [GO:0031321] genus "anatomical structure formation" [GO:0048646]

"mating projection biogenesis" [GO:0031382] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "mating projection biogenesis" [GO:0031382] genus "cellular component assembly" [GO:0022607]

"gas vesicle organization and biogenesis" [GO:0031412] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "gas vesicle organization and biogenesis" [GO:0031412] genus "anatomical structure formation" [GO:0048646]

"chromatin disassembly" [GO:0031498] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "chromatin disassembly" [GO:0031498] genus "cellular component disassembly" [GO:0022411]

"protein complex localization" [GO:0031503] is_a "localization" [GO:0051179] because of rule: genus : "protein complex localization" [GO:0031503] genus "localization" [GO:0051179]

"peptidoglycan-based cell wall organization and biogenesis" [GO:0031504] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "peptidoglycan-based cell wall organization and biogenesis" [GO:0031504] genus "cellular component organization and biogenesis" [GO:0016043]

"chitin- and beta-glucan-containing cell wall organization and biogenesis" [GO:0031505] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "chitin- and beta-glucan-containing cell wall organization and biogenesis" [GO:0031505] genus "cellular component organization and biogenesis" [GO:0016043]

"heterochromatin formation" [GO:0031507] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "heterochromatin formation" [GO:0031507] genus "anatomical structure formation" [GO:0048646]

"centric heterochromatin formation" [GO:0031508] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "centric heterochromatin formation" [GO:0031508] genus "anatomical structure formation" [GO:0048646]

"telomeric heterochromatin formation" [GO:0031509] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "telomeric heterochromatin formation" [GO:0031509] genus "anatomical structure formation" [GO:0048646]

"ruffle organization and biogenesis" [GO:0031529] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "ruffle organization and biogenesis" [GO:0031529] genus "cellular component organization and biogenesis" [GO:0016043]

"lipid raft organization and biogenesis" [GO:0031579] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "lipid raft organization and biogenesis" [GO:0031579] genus "cellular component organization and biogenesis" [GO:0016043]

"telomeric loop formation" [GO:0031627] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "telomeric loop formation" [GO:0031627] genus "anatomical structure formation" [GO:0048646]

"synaptic vesicle fusion to presynaptic membrane" [GO:0031629] is_a "vesicle-mediated transport" [GO:0016192] because of rule: genus : "synaptic vesicle fusion to presynaptic membrane" [GO:0031629] genus "vesicle-mediated transport" [GO:0016192]

"primary cell septum biogenesis" [GO:0031671] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "primary cell septum biogenesis" [GO:0031671] genus "cellular component assembly" [GO:0022607]

"telomeric 3' overhang formation" [GO:0031860] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "telomeric 3' overhang formation" [GO:0031860] genus "anatomical structure formation" [GO:0048646]

"pellicle formation" [GO:0032022] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pellicle formation" [GO:0032022] genus "anatomical structure formation" [GO:0048646]

"basal body organization and biogenesis" [GO:0032053] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "basal body organization and biogenesis" [GO:0032053] genus "cellular component organization and biogenesis" [GO:0016043]

"bleb formation" [GO:0032060] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "bleb formation" [GO:0032060] genus "anatomical structure formation" [GO:0048646]

"nucleolus to nucleoplasm transport" [GO:0032066] is_a "transport" [GO:0006810] because of rule: genus : "nucleolus to nucleoplasm transport" [GO:0032066] genus "transport" [GO:0006810]

"prospore membrane formation" [GO:0032120] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "prospore membrane formation" [GO:0032120] genus "anatomical structure formation" [GO:0048646]

"medial membrane band formation" [GO:0032130] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "medial membrane band formation" [GO:0032130] genus "anatomical structure formation" [GO:0048646]

"septin cytoskeleton organization and biogenesis" [GO:0032185] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "septin cytoskeleton organization and biogenesis" [GO:0032185] genus "cellular component organization and biogenesis" [GO:0016043]

"cellular bud neck septin ring organization" [GO:0032186] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cellular bud neck septin ring organization" [GO:0032186] genus "cellular component organization and biogenesis" [GO:0016043]

"contractile ring localization" [GO:0032187] is_a "localization" [GO:0051179] because of rule: genus : "contractile ring localization" [GO:0032187] genus "localization" [GO:0051179]

"telomere organization and biogenesis" [GO:0032200] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "telomere organization and biogenesis" [GO:0032200] genus "cellular component organization and biogenesis" [GO:0016043]

"telomere assembly" [GO:0032202] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "telomere assembly" [GO:0032202] genus "anatomical structure formation" [GO:0048646]

"secretory granule localization" [GO:0032252] is_a "localization" [GO:0051179] because of rule: genus : "secretory granule localization" [GO:0032252] genus "localization" [GO:0051179]

"dense core granule localization" [GO:0032253] is_a "localization" [GO:0051179] because of rule: genus : "dense core granule localization" [GO:0032253] genus "localization" [GO:0051179]

"melanosome localization" [GO:0032400] is_a "localization" [GO:0051179] because of rule: genus : "melanosome localization" [GO:0032400] genus "localization" [GO:0051179]

"melanosome transport" [GO:0032402] is_a "transport" [GO:0006810] because of rule: genus : "melanosome transport" [GO:0032402] genus "transport" [GO:0006810]

"lysosome localization" [GO:0032418] is_a "localization" [GO:0051179] because of rule: genus : "lysosome localization" [GO:0032418] genus "localization" [GO:0051179]

"melanosome organization and biogenesis" [GO:0032438] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "melanosome organization and biogenesis" [GO:0032438] genus "cellular component organization and biogenesis" [GO:0016043]

"endosome localization" [GO:0032439] is_a "localization" [GO:0051179] because of rule: genus : "endosome localization" [GO:0032439] genus "localization" [GO:0051179]

"ribosome disassembly" [GO:0032790] is_a "cellular component disassembly" [GO:0022411] because of rule: genus : "ribosome disassembly" [GO:0032790] genus "cellular component disassembly" [GO:0022411]

"uropod organization and biogenesis" [GO:0032796] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "uropod organization and biogenesis" [GO:0032796] genus "cellular component organization and biogenesis" [GO:0016043]

"lacrimal gland development" [GO:0032808] is_a "developmental process" [GO:0032502] because of rule: genus : "lacrimal gland development" [GO:0032808] genus "developmental process" [GO:0032502]

"collagen biosynthetic process" [GO:0032964] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "collagen biosynthetic process" [GO:0032964] genus "anatomical structure formation" [GO:0048646]

"mitochondrial respiratory chain complex I assembly" [GO:0032981] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "mitochondrial respiratory chain complex I assembly" [GO:0032981] genus "cellular component assembly" [GO:0022607]

"cellular structure morphogenesis" [GO:0032989] is_a structure_anatomical_structure_morphogenesis because of rule: genus : "cellular structure morphogenesis" [GO:0032989] genus structure_anatomical_structure_morphogenesis

"mitochondrial respiratory chain complex assembly" [GO:0033108] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "mitochondrial respiratory chain complex assembly" [GO:0033108] genus "cellular component assembly" [GO:0022607]

"female pronucleus formation" [GO:0035038] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "female pronucleus formation" [GO:0035038] genus "anatomical structure formation" [GO:0048646]

"male pronucleus formation" [GO:0035039] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "male pronucleus formation" [GO:0035039] genus "anatomical structure formation" [GO:0048646]

"sperm aster formation" [GO:0035044] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "sperm aster formation" [GO:0035044] genus "anatomical structure formation" [GO:0048646]

"nuclear speck organization and biogenesis" [GO:0035063] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "nuclear speck organization and biogenesis" [GO:0035063] genus "cellular component assembly" [GO:0022607]

"salivary gland cell autophagic cell death" [GO:0035071] is_a "cell death" [GO:0008219] because of rule: genus : "salivary gland cell autophagic cell death" [GO:0035071] genus "cell death" [GO:0008219]

"pupariation" [GO:0035073] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pupariation" [GO:0035073] genus "anatomical structure formation" [GO:0048646]

"axoneme biogenesis" [GO:0035082] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "axoneme biogenesis" [GO:0035082] genus "cellular component assembly" [GO:0022607]

"cilium axoneme biogenesis" [GO:0035083] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cilium axoneme biogenesis" [GO:0035083] genus "cellular component assembly" [GO:0022607]

"flagellum axoneme biogenesis" [GO:0035084] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "flagellum axoneme biogenesis" [GO:0035084] genus "cellular component assembly" [GO:0022607]

"imaginal disc-derived limb morphogenesis" [GO:0035109] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "imaginal disc-derived limb morphogenesis" [GO:0035109] genus "anatomical structure morphogenesis" [GO:0009653]

"forelimb morphogenesis" [GO:0035136] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "forelimb morphogenesis" [GO:0035136] genus "anatomical structure morphogenesis" [GO:0009653]

"hindlimb morphogenesis" [GO:0035137] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "hindlimb morphogenesis" [GO:0035137] genus "anatomical structure morphogenesis" [GO:0009653]

"pectoral fin morphogenesis" [GO:0035138] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "pectoral fin morphogenesis" [GO:0035138] genus "anatomical structure morphogenesis" [GO:0009653]

"pelvic fin morphogenesis" [GO:0035139] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "pelvic fin morphogenesis" [GO:0035139] genus "anatomical structure morphogenesis" [GO:0009653]

"larval central nervous system remodeling" [GO:0035193] is_a "metamorphosis" [GO:0007552] because of rule: genus : "larval central nervous system remodeling" [GO:0035193] genus "metamorphosis" [GO:0007552]

"pupal development" [GO:0035209] is_a "developmental process" [GO:0032502] because of rule: genus : "pupal development" [GO:0035209] genus "developmental process" [GO:0032502]

"clypeo-labral disc development" [GO:0035213] is_a "developmental process" [GO:0032502] because of rule: genus : "clypeo-labral disc development" [GO:0035213] genus "developmental process" [GO:0032502]

"eye-antennal disc development" [GO:0035214] is_a "developmental process" [GO:0032502] because of rule: genus : "eye-antennal disc development" [GO:0035214] genus "developmental process" [GO:0032502]

"genital disc development" [GO:0035215] is_a "developmental process" [GO:0032502] because of rule: genus : "genital disc development" [GO:0035215] genus "developmental process" [GO:0032502]

"haltere disc development" [GO:0035216] is_a "developmental process" [GO:0032502] because of rule: genus : "haltere disc development" [GO:0035216] genus "developmental process" [GO:0032502]

"labial disc development" [GO:0035217] is_a "developmental process" [GO:0032502] because of rule: genus : "labial disc development" [GO:0035217] genus "developmental process" [GO:0032502]

"leg disc development" [GO:0035218] is_a "developmental process" [GO:0032502] because of rule: genus : "leg disc development" [GO:0035218] genus "developmental process" [GO:0032502]

"wing disc development" [GO:0035220] is_a "developmental process" [GO:0032502] because of rule: genus : "wing disc development" [GO:0035220] genus "developmental process" [GO:0032502]

"genital disc pattern formation" [GO:0035221] is_a "pattern specification process" [GO:0007389] because of rule: genus : "genital disc pattern formation" [GO:0035221] genus "pattern specification process" [GO:0007389]

"wing disc pattern formation" [GO:0035222] is_a "pattern specification process" [GO:0007389] because of rule: genus : "wing disc pattern formation" [GO:0035222] genus "pattern specification process" [GO:0007389]

"leg disc pattern formation" [GO:0035223] is_a "pattern specification process" [GO:0007389] because of rule: genus : "leg disc pattern formation" [GO:0035223] genus "pattern specification process" [GO:0007389]

"cytoneme biogenesis" [GO:0035231] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cytoneme biogenesis" [GO:0035231] genus "cellular component assembly" [GO:0022607]

"endocrine system development" [GO:0035270] is_a "developmental process" [GO:0032502] because of rule: genus : "endocrine system development" [GO:0035270] genus "developmental process" [GO:0032502]

"ring gland development" [GO:0035271] is_a "developmental process" [GO:0032502] because of rule: genus : "ring gland development" [GO:0035271] genus "developmental process" [GO:0032502]

"exocrine system development" [GO:0035272] is_a "developmental process" [GO:0032502] because of rule: genus : "exocrine system development" [GO:0035272] genus "developmental process" [GO:0032502]

"head segmentation" [GO:0035287] is_a "segmentation" [GO:0035282] because of rule: genus : "head segmentation" [GO:0035287] genus "segmentation" [GO:0035282]

"wing and notum subfield formation" [GO:0035309] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "wing and notum subfield formation" [GO:0035309] genus "anatomical structure formation" [GO:0048646]

"imaginal disc-derived wing hair elongation" [GO:0035319] is_a "biological_process" [GO:0008150] because of rule: genus : "imaginal disc-derived wing hair elongation" [GO:0035319] genus "biological_process" [GO:0008150]

"establishment of nucleus localization" [GO:0040023] is_a "nucleus localization" [GO:0051647] because of rule: genus : "establishment of nucleus localization" [GO:0040023] genus "nucleus localization" [GO:0051647]

"compound eye photoreceptor development" [GO:0042051] is_a "developmental process" [GO:0032502] because of rule: genus : "compound eye photoreceptor development" [GO:0042051] genus "developmental process" [GO:0032502]

"rhabdomere development" [GO:0042052] is_a "developmental process" [GO:0032502] because of rule: genus : "rhabdomere development" [GO:0042052] genus "developmental process" [GO:0032502]

"interleukin-12 biosynthetic process" [GO:0042090] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-12 biosynthetic process" [GO:0042090] genus "anatomical structure formation" [GO:0048646]

"interleukin-10 biosynthetic process" [GO:0042091] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-10 biosynthetic process" [GO:0042091] genus "anatomical structure formation" [GO:0048646]

"interleukin-2 biosynthetic process" [GO:0042094] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-2 biosynthetic process" [GO:0042094] genus "anatomical structure formation" [GO:0048646]

"interferon-gamma biosynthetic process" [GO:0042095] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interferon-gamma biosynthetic process" [GO:0042095] genus "anatomical structure formation" [GO:0048646]

"interleukin-4 biosynthetic process" [GO:0042097] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-4 biosynthetic process" [GO:0042097] genus "anatomical structure formation" [GO:0048646]

"lymphotoxin A biosynthetic process" [GO:0042109] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "lymphotoxin A biosynthetic process" [GO:0042109] genus "anatomical structure formation" [GO:0048646]

"interleukin-1 biosynthetic process" [GO:0042222] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-1 biosynthetic process" [GO:0042222] genus "anatomical structure formation" [GO:0048646]

"interleukin-3 biosynthetic process" [GO:0042223] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-3 biosynthetic process" [GO:0042223] genus "anatomical structure formation" [GO:0048646]

"interleukin-5 biosynthetic process" [GO:0042225] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-5 biosynthetic process" [GO:0042225] genus "anatomical structure formation" [GO:0048646]

"interleukin-6 biosynthetic process" [GO:0042226] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-6 biosynthetic process" [GO:0042226] genus "anatomical structure formation" [GO:0048646]

"interleukin-7 biosynthetic process" [GO:0042227] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-7 biosynthetic process" [GO:0042227] genus "anatomical structure formation" [GO:0048646]

"interleukin-8 biosynthetic process" [GO:0042228] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-8 biosynthetic process" [GO:0042228] genus "anatomical structure formation" [GO:0048646]

"interleukin-9 biosynthetic process" [GO:0042229] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-9 biosynthetic process" [GO:0042229] genus "anatomical structure formation" [GO:0048646]

"interleukin-11 biosynthetic process" [GO:0042230] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-11 biosynthetic process" [GO:0042230] genus "anatomical structure formation" [GO:0048646]

"interleukin-13 biosynthetic process" [GO:0042231] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-13 biosynthetic process" [GO:0042231] genus "anatomical structure formation" [GO:0048646]

"interleukin-14 biosynthetic process" [GO:0042232] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-14 biosynthetic process" [GO:0042232] genus "anatomical structure formation" [GO:0048646]

"interleukin-15 biosynthetic process" [GO:0042233] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-15 biosynthetic process" [GO:0042233] genus "anatomical structure formation" [GO:0048646]

"interleukin-16 biosynthetic process" [GO:0042234] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-16 biosynthetic process" [GO:0042234] genus "anatomical structure formation" [GO:0048646]

"interleukin-17 biosynthetic process" [GO:0042235] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-17 biosynthetic process" [GO:0042235] genus "anatomical structure formation" [GO:0048646]

"interleukin-19 biosynthetic process" [GO:0042236] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-19 biosynthetic process" [GO:0042236] genus "anatomical structure formation" [GO:0048646]

"interleukin-20 biosynthetic process" [GO:0042237] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-20 biosynthetic process" [GO:0042237] genus "anatomical structure formation" [GO:0048646]

"interleukin-21 biosynthetic process" [GO:0042238] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-21 biosynthetic process" [GO:0042238] genus "anatomical structure formation" [GO:0048646]

"interleukin-22 biosynthetic process" [GO:0042239] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-22 biosynthetic process" [GO:0042239] genus "anatomical structure formation" [GO:0048646]

"interleukin-23 biosynthetic process" [GO:0042240] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-23 biosynthetic process" [GO:0042240] genus "anatomical structure formation" [GO:0048646]

"interleukin-18 biosynthetic process" [GO:0042241] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-18 biosynthetic process" [GO:0042241] genus "anatomical structure formation" [GO:0048646]

"ribosome biogenesis and assembly" [GO:0042254] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "ribosome biogenesis and assembly" [GO:0042254] genus "cellular component assembly" [GO:0022607]

"ribosome assembly" [GO:0042255] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "ribosome assembly" [GO:0042255] genus "cellular component assembly" [GO:0022607]

"ribosomal large subunit biogenesis and assembly" [GO:0042273] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "ribosomal large subunit biogenesis and assembly" [GO:0042273] genus "cellular component assembly" [GO:0022607]

"penicillin biosynthetic process" [GO:0042318] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "penicillin biosynthetic process" [GO:0042318] genus "anatomical structure formation" [GO:0048646]

"cuticle development" [GO:0042335] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "cuticle development" [GO:0042335] genus "anatomical structure formation" [GO:0048646]

"cilium biogenesis" [GO:0042384] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "cilium biogenesis" [GO:0042384] genus "cellular component assembly" [GO:0022607]

"odontogenesis" [GO:0042476] is_a "developmental process" [GO:0032502] because of rule: genus : "odontogenesis" [GO:0042476] genus "developmental process" [GO:0032502]

"tumor necrosis factor biosynthetic process" [GO:0042533] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "tumor necrosis factor biosynthetic process" [GO:0042533] genus "anatomical structure formation" [GO:0048646]

"cell wall biogenesis" [GO:0042546] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "cell wall biogenesis" [GO:0042546] genus "anatomical structure formation" [GO:0048646]

"mating plug formation" [GO:0042628] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "mating plug formation" [GO:0042628] genus "anatomical structure formation" [GO:0048646]

"dosage compensation complex assembly" [GO:0042714] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "dosage compensation complex assembly" [GO:0042714] genus "cellular component assembly" [GO:0022607]

"embryonic digit morphogenesis" [GO:0042733] is_a digit_anatomical_structure_morphogenesis because of rule: genus : "embryonic digit morphogenesis" [GO:0042733] genus digit_anatomical_structure_morphogenesis

"colicin transport" [GO:0042914] is_a "transport" [GO:0006810] because of rule: genus : "colicin transport" [GO:0042914] genus "transport" [GO:0006810]

"thioredoxin biosynthetic process" [GO:0042964] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "thioredoxin biosynthetic process" [GO:0042964] genus "anatomical structure formation" [GO:0048646]

"glutaredoxin biosynthetic process" [GO:0042965] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "glutaredoxin biosynthetic process" [GO:0042965] genus "anatomical structure formation" [GO:0048646]

"Golgi to plasma membrane protein transport" [GO:0043001] is_a "protein transport" [GO:0015031] because of rule: genus : "Golgi to plasma membrane protein transport" [GO:0043001] genus "protein transport" [GO:0015031]

"tRNA aminoacylation for nonribosomal peptide biosynthetic process" [GO:0043040] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "tRNA aminoacylation for nonribosomal peptide biosynthetic process" [GO:0043040] genus "anatomical structure formation" [GO:0048646]

"flagellum organization and biogenesis" [GO:0043064] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "flagellum organization and biogenesis" [GO:0043064] genus "cellular component organization and biogenesis" [GO:0016043]

"hindgut contraction" [GO:0043133] is_a "biological_process" [GO:0008150] because of rule: genus : "hindgut contraction" [GO:0043133] genus "biological_process" [GO:0008150]

"stress fiber formation" [GO:0043149] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "stress fiber formation" [GO:0043149] genus "anatomical structure formation" [GO:0048646]

"1-2nm peptidoglycan-based cell wall biogenesis" [GO:0043164] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "1-2nm peptidoglycan-based cell wall biogenesis" [GO:0043164] genus "cellular component assembly" [GO:0022607]

"fibril organization and biogenesis" [GO:0043206] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "fibril organization and biogenesis" [GO:0043206] genus "cellular component organization and biogenesis" [GO:0016043]

"pharyngeal muscle development" [GO:0043282] is_a "developmental process" [GO:0032502] because of rule: genus : "pharyngeal muscle development" [GO:0043282] genus "developmental process" [GO:0032502]

"endosome to pigment granule transport" [GO:0043485] is_a "transport" [GO:0006810] because of rule: genus : "endosome to pigment granule transport" [GO:0043485] genus "transport" [GO:0006810]

"plastid fission" [GO:0043572] is_a "cellular process" [GO:0009987] because of rule: genus : "plastid fission" [GO:0043572] genus "cellular process" [GO:0009987]

"leucoplast fission" [GO:0043573] is_a "cellular process" [GO:0009987] because of rule: genus : "leucoplast fission" [GO:0043573] genus "cellular process" [GO:0009987]

"nuclear matrix organization and biogenesis" [GO:0043578] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "nuclear matrix organization and biogenesis" [GO:0043578] genus "cellular component organization and biogenesis" [GO:0016043]

"elaioplast organization and biogenesis" [GO:0043579] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "elaioplast organization and biogenesis" [GO:0043579] genus "cellular component organization and biogenesis" [GO:0016043]

"nose development" [GO:0043584] is_a "developmental process" [GO:0032502] because of rule: genus : "nose development" [GO:0043584] genus "developmental process" [GO:0032502]

"tongue development" [GO:0043586] is_a "developmental process" [GO:0032502] because of rule: genus : "tongue development" [GO:0043586] genus "developmental process" [GO:0032502]

"skin development" [GO:0043588] is_a "developmental process" [GO:0032502] because of rule: genus : "skin development" [GO:0043588] genus "developmental process" [GO:0032502]

"skin morphogenesis" [GO:0043589] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "skin morphogenesis" [GO:0043589] genus "anatomical structure morphogenesis" [GO:0009653]

"cortical microtubule organization and biogenesis" [GO:0043622] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "cortical microtubule organization and biogenesis" [GO:0043622] genus "cellular component organization and biogenesis" [GO:0016043]

"multicellular organismal biosynthetic process" [GO:0044274] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "multicellular organismal biosynthetic process" [GO:0044274] genus "anatomical structure formation" [GO:0048646]

"actin cable formation" [GO:0045011] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "actin cable formation" [GO:0045011] genus "anatomical structure formation" [GO:0048646]

"early endosome to late endosome transport" [GO:0045022] is_a "transport" [GO:0006810] because of rule: genus : "early endosome to late endosome transport" [GO:0045022] genus "transport" [GO:0006810]

"intermediate filament cytoskeleton organization and biogenesis" [GO:0045104] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "intermediate filament cytoskeleton organization and biogenesis" [GO:0045104] genus "cellular component organization and biogenesis" [GO:0016043]

"intermediate filament organization" [GO:0045109] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "intermediate filament organization" [GO:0045109] genus "cellular component organization and biogenesis" [GO:0016043]

"zonula adherens assembly" [GO:0045186] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "zonula adherens assembly" [GO:0045186] genus "cellular component assembly" [GO:0022607]

"connective tissue growth factor biosynthetic process" [GO:0045189] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "connective tissue growth factor biosynthetic process" [GO:0045189] genus "anatomical structure formation" [GO:0048646]

"sarcomere organization" [GO:0045214] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "sarcomere organization" [GO:0045214] genus "cellular component organization and biogenesis" [GO:0016043]

"intercellular junction assembly and maintenance" [GO:0045216] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "intercellular junction assembly and maintenance" [GO:0045216] genus "cellular component assembly" [GO:0022607]

"rhabdomere membrane biogenesis" [GO:0045313] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "rhabdomere membrane biogenesis" [GO:0045313] genus "cellular component assembly" [GO:0022607]

"late endosome to vacuole transport" [GO:0045324] is_a "transport" [GO:0006810] because of rule: genus : "late endosome to vacuole transport" [GO:0045324] genus "transport" [GO:0006810]

"male analia development" [GO:0045496] is_a "developmental process" [GO:0032502] because of rule: genus : "male analia development" [GO:0045496] genus "developmental process" [GO:0032502]

"female analia development" [GO:0045497] is_a "developmental process" [GO:0032502] because of rule: genus : "female analia development" [GO:0045497] genus "developmental process" [GO:0032502]

"sex comb development" [GO:0045498] is_a "developmental process" [GO:0032502] because of rule: genus : "sex comb development" [GO:0045498] genus "developmental process" [GO:0032502]

"interleukin-24 biosynthetic process" [GO:0045524] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-24 biosynthetic process" [GO:0045524] genus "anatomical structure formation" [GO:0048646]

"interleukin-25 biosynthetic process" [GO:0045525] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-25 biosynthetic process" [GO:0045525] genus "anatomical structure formation" [GO:0048646]

"interleukin-26 biosynthetic process" [GO:0045526] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-26 biosynthetic process" [GO:0045526] genus "anatomical structure formation" [GO:0048646]

"interleukin-27 biosynthetic process" [GO:0045527] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "interleukin-27 biosynthetic process" [GO:0045527] genus "anatomical structure formation" [GO:0048646]

"low-density lipoprotein receptor biosynthetic process" [GO:0045713] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "low-density lipoprotein receptor biosynthetic process" [GO:0045713] genus "anatomical structure formation" [GO:0048646]

"organomercury biosynthetic process" [GO:0046414] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "organomercury biosynthetic process" [GO:0046414] genus "anatomical structure formation" [GO:0048646]

"imaginal disc fusion, thorax closure" [GO:0046529] is_a upper_body_closure because of rule: genus : "imaginal disc fusion, thorax closure" [GO:0046529] genus upper_body_closure

"viral capsid transport in host cell nucleus" [GO:0046742] is_a viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement because of rule: genus : "viral capsid transport in host cell nucleus" [GO:0046742] genus viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement

"viral capsid transport in host cell cytoplasm" [GO:0046743] is_a viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement because of rule: genus : "viral capsid transport in host cell cytoplasm" [GO:0046743] genus viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement

"viral procapsid maturation" [GO:0046797] is_a "developmental maturation" [GO:0021700] because of rule: genus : "viral procapsid maturation" [GO:0046797] genus "developmental maturation" [GO:0021700]

"intracellular transport of viral capsid in host cell" [GO:0046801] is_a "transport" [GO:0006810] because of rule: genus : "intracellular transport of viral capsid in host cell" [GO:0046801] genus "transport" [GO:0006810]

"viral scaffold assembly and maintenance" [GO:0046807] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "viral scaffold assembly and maintenance" [GO:0046807] genus "cellular component assembly" [GO:0022607]

"filopodium formation" [GO:0046847] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "filopodium formation" [GO:0046847] genus "anatomical structure formation" [GO:0048646]

"pore complex biogenesis" [GO:0046931] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pore complex biogenesis" [GO:0046931] genus "anatomical structure formation" [GO:0048646]

"focal adhesion formation" [GO:0048041] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "focal adhesion formation" [GO:0048041] genus "anatomical structure formation" [GO:0048646]

"germ-line cyst formation" [GO:0048134] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "germ-line cyst formation" [GO:0048134] genus "anatomical structure formation" [GO:0048646]

"Golgi membrane coat protein complex assembly" [GO:0048197] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "Golgi membrane coat protein complex assembly" [GO:0048197] genus "cellular component assembly" [GO:0022607]

"plasma membrane to endosome transport" [GO:0048227] is_a "endosome transport" [GO:0016197] because of rule: genus : "plasma membrane to endosome transport" [GO:0048227] genus "endosome transport" [GO:0016197]

"organelle fission" [GO:0048285] is_a "cellular process" [GO:0009987] because of rule: genus : "organelle fission" [GO:0048285] genus "cellular process" [GO:0009987]

"seed development" [GO:0048316] is_a "developmental process" [GO:0032502] because of rule: genus : "seed development" [GO:0048316] genus "developmental process" [GO:0032502]

"axial mesoderm development" [GO:0048318] is_a "developmental process" [GO:0032502] because of rule: genus : "axial mesoderm development" [GO:0048318] genus "developmental process" [GO:0032502]

"axial mesoderm morphogenesis" [GO:0048319] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "axial mesoderm morphogenesis" [GO:0048319] genus "anatomical structure morphogenesis" [GO:0009653]

"axial mesoderm formation" [GO:0048320] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "axial mesoderm formation" [GO:0048320] genus "anatomical structure formation" [GO:0048646]

"paraxial mesoderm development" [GO:0048339] is_a "developmental process" [GO:0032502] because of rule: genus : "paraxial mesoderm development" [GO:0048339] genus "developmental process" [GO:0032502]

"paraxial mesoderm morphogenesis" [GO:0048340] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "paraxial mesoderm morphogenesis" [GO:0048340] genus "anatomical structure morphogenesis" [GO:0009653]

"paraxial mesoderm formation" [GO:0048341] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "paraxial mesoderm formation" [GO:0048341] genus "anatomical structure formation" [GO:0048646]

"root epithelial mucilage biosynthetic process" [GO:0048356] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "root epithelial mucilage biosynthetic process" [GO:0048356] genus "anatomical structure formation" [GO:0048646]

"root development" [GO:0048364] is_a "developmental process" [GO:0032502] because of rule: genus : "root development" [GO:0048364] genus "developmental process" [GO:0032502]

"leaf development" [GO:0048366] is_a "developmental process" [GO:0032502] because of rule: genus : "leaf development" [GO:0048366] genus "developmental process" [GO:0032502]

"shoot development" [GO:0048367] is_a "developmental process" [GO:0032502] because of rule: genus : "shoot development" [GO:0048367] genus "developmental process" [GO:0032502]

"lateral mesoderm development" [GO:0048368] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral mesoderm development" [GO:0048368] genus "developmental process" [GO:0032502]

"lateral mesoderm formation" [GO:0048370] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "lateral mesoderm formation" [GO:0048370] genus "anatomical structure formation" [GO:0048646]

"intermediate mesoderm development" [GO:0048389] is_a "developmental process" [GO:0032502] because of rule: genus : "intermediate mesoderm development" [GO:0048389] genus "developmental process" [GO:0032502]

"intermediate mesoderm morphogenesis" [GO:0048390] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "intermediate mesoderm morphogenesis" [GO:0048390] genus "anatomical structure morphogenesis" [GO:0009653]

"intermediate mesoderm formation" [GO:0048391] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "intermediate mesoderm formation" [GO:0048391] genus "anatomical structure formation" [GO:0048646]

"carpel development" [GO:0048440] is_a "developmental process" [GO:0032502] because of rule: genus : "carpel development" [GO:0048440] genus "developmental process" [GO:0032502]

"petal development" [GO:0048441] is_a "developmental process" [GO:0032502] because of rule: genus : "petal development" [GO:0048441] genus "developmental process" [GO:0032502]

"sepal development" [GO:0048442] is_a "developmental process" [GO:0032502] because of rule: genus : "sepal development" [GO:0048442] genus "developmental process" [GO:0032502]

"stamen development" [GO:0048443] is_a "developmental process" [GO:0032502] because of rule: genus : "stamen development" [GO:0048443] genus "developmental process" [GO:0032502]

"carpel morphogenesis" [GO:0048445] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "carpel morphogenesis" [GO:0048445] genus "anatomical structure morphogenesis" [GO:0009653]

"petal morphogenesis" [GO:0048446] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "petal morphogenesis" [GO:0048446] genus "anatomical structure morphogenesis" [GO:0009653]

"sepal morphogenesis" [GO:0048447] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "sepal morphogenesis" [GO:0048447] genus "anatomical structure morphogenesis" [GO:0009653]

"stamen morphogenesis" [GO:0048448] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "stamen morphogenesis" [GO:0048448] genus "anatomical structure morphogenesis" [GO:0009653]

"petal formation" [GO:0048451] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "petal formation" [GO:0048451] genus "anatomical structure formation" [GO:0048646]

"petal structural organization" [GO:0048452] is_a "organization of an anatomical structure" [GO:0048532] because of rule: genus : "petal structural organization" [GO:0048452] genus "organization of an anatomical structure" [GO:0048532]

"sepal formation" [GO:0048453] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "sepal formation" [GO:0048453] genus "anatomical structure formation" [GO:0048646]

"sepal structural organization" [GO:0048454] is_a "organization of an anatomical structure" [GO:0048532] because of rule: genus : "sepal structural organization" [GO:0048454] genus "organization of an anatomical structure" [GO:0048532]

"stamen formation" [GO:0048455] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "stamen formation" [GO:0048455] genus "anatomical structure formation" [GO:0048646]

"stamen structural organization" [GO:0048456] is_a "organization of an anatomical structure" [GO:0048532] because of rule: genus : "stamen structural organization" [GO:0048456] genus "organization of an anatomical structure" [GO:0048532]

"carpel formation" [GO:0048462] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "carpel formation" [GO:0048462] genus "anatomical structure formation" [GO:0048646]

"carpel structural organization" [GO:0048463] is_a "organization of an anatomical structure" [GO:0048532] because of rule: genus : "carpel structural organization" [GO:0048463] genus "organization of an anatomical structure" [GO:0048532]

"calyx development" [GO:0048464] is_a "developmental process" [GO:0032502] because of rule: genus : "calyx development" [GO:0048464] genus "developmental process" [GO:0032502]

"corolla development" [GO:0048465] is_a "developmental process" [GO:0032502] because of rule: genus : "corolla development" [GO:0048465] genus "developmental process" [GO:0032502]

"androecium development" [GO:0048466] is_a "developmental process" [GO:0032502] because of rule: genus : "androecium development" [GO:0048466] genus "developmental process" [GO:0032502]

"gynoecium development" [GO:0048467] is_a "developmental process" [GO:0032502] because of rule: genus : "gynoecium development" [GO:0048467] genus "developmental process" [GO:0032502]

"cell development" [GO:0048468] is_a "developmental process" [GO:0032502] because of rule: genus : "cell development" [GO:0048468] genus "developmental process" [GO:0032502]

"autonomic nervous system development" [GO:0048483] is_a "developmental process" [GO:0032502] because of rule: genus : "autonomic nervous system development" [GO:0048483] genus "developmental process" [GO:0032502]

"enteric nervous system development" [GO:0048484] is_a "developmental process" [GO:0032502] because of rule: genus : "enteric nervous system development" [GO:0048484] genus "developmental process" [GO:0032502]

"sympathetic nervous system development" [GO:0048485] is_a "developmental process" [GO:0032502] because of rule: genus : "sympathetic nervous system development" [GO:0048485] genus "developmental process" [GO:0032502]

"parasympathetic nervous system development" [GO:0048486] is_a "developmental process" [GO:0032502] because of rule: genus : "parasympathetic nervous system development" [GO:0048486] genus "developmental process" [GO:0032502]

"meristem development" [GO:0048507] is_a "developmental process" [GO:0032502] because of rule: genus : "meristem development" [GO:0048507] genus "developmental process" [GO:0032502]

"lateral root development" [GO:0048527] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral root development" [GO:0048527] genus "developmental process" [GO:0032502]

"sporocyte differentiation" [GO:0048533] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "sporocyte differentiation" [GO:0048533] genus "anatomical structure morphogenesis" [GO:0009653]

"lymph node development" [GO:0048535] is_a "developmental process" [GO:0032502] because of rule: genus : "lymph node development" [GO:0048535] genus "developmental process" [GO:0032502]

"spleen development" [GO:0048536] is_a "developmental process" [GO:0032502] because of rule: genus : "spleen development" [GO:0048536] genus "developmental process" [GO:0032502]

"mucosal-associated lymphoid tissue development" [GO:0048537] is_a "tissue development" [GO:0009888] because of rule: genus : "mucosal-associated lymphoid tissue development" [GO:0048537] genus "tissue development" [GO:0009888]

"thymus development" [GO:0048538] is_a "developmental process" [GO:0032502] because of rule: genus : "thymus development" [GO:0048538] genus "developmental process" [GO:0032502]

"bone marrow development" [GO:0048539] is_a "developmental process" [GO:0032502] because of rule: genus : "bone marrow development" [GO:0048539] genus "developmental process" [GO:0032502]

"Peyer's patch development" [GO:0048541] is_a "developmental process" [GO:0032502] because of rule: genus : "Peyer's patch development" [GO:0048541] genus "developmental process" [GO:0032502]

"embryonic gut morphogenesis" [GO:0048558] is_a "gut morphogenesis" [GO:0048547] because of rule: genus : "embryonic gut morphogenesis" [GO:0048558] genus "gut morphogenesis" [GO:0048547]

"photosystem I assembly" [GO:0048564] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "photosystem I assembly" [GO:0048564] genus "cellular component assembly" [GO:0022607]

"gut development" [GO:0048565] is_a "developmental process" [GO:0032502] because of rule: genus : "gut development" [GO:0048565] genus "developmental process" [GO:0032502]

"notochord morphogenesis" [GO:0048570] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "notochord morphogenesis" [GO:0048570] genus "anatomical structure morphogenesis" [GO:0009653]

"embryonic camera-type eye morphogenesis" [GO:0048596] is_a "camera-type eye morphogenesis" [GO:0048593] because of rule: genus : "embryonic camera-type eye morphogenesis" [GO:0048596] genus "camera-type eye morphogenesis" [GO:0048593]

"embryonic ectodermal gut development" [GO:0048611] is_a "ectodermal gut development" [GO:0007439] because of rule: genus : "embryonic ectodermal gut development" [GO:0048611] genus "ectodermal gut development" [GO:0007439]

"embryonic ectodermal gut morphogenesis" [GO:0048613] is_a "ectodermal gut morphogenesis" [GO:0048567] because of rule: genus : "embryonic ectodermal gut morphogenesis" [GO:0048613] genus "ectodermal gut morphogenesis" [GO:0048567]

"embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] is_a "anterior midgut (ectodermal) morphogenesis" [GO:0007441] because of rule: genus : "embryonic anterior midgut (ectodermal) morphogenesis" [GO:0048615] genus "anterior midgut (ectodermal) morphogenesis" [GO:0007441]

"seed germination on parent plant" [GO:0048623] is_a "plantlet formation on parent plant" [GO:0048624] because of rule: genus : "seed germination on parent plant" [GO:0048623] genus "plantlet formation on parent plant" [GO:0048624]

"skeletal muscle development" [GO:0048637] is_a "developmental process" [GO:0032502] because of rule: genus : "skeletal muscle development" [GO:0048637] genus "developmental process" [GO:0032502]

"anatomical structure formation" [GO:0048646] is_a "biosynthetic process" [GO:0009058] because of rule: genus : "anatomical structure formation" [GO:0048646] genus "biosynthetic process" [GO:0009058]

"anther morphogenesis" [GO:0048654] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "anther morphogenesis" [GO:0048654] genus "anatomical structure morphogenesis" [GO:0009653]

"neuron morphogenesis during differentiation" [GO:0048667] is_a "cell differentiation" [GO:0030154] because of rule: genus : "neuron morphogenesis during differentiation" [GO:0048667] genus "cell differentiation" [GO:0030154]

"axon extension involved in development" [GO:0048676] is_a "developmental process" [GO:0032502] because of rule: genus : "axon extension involved in development" [GO:0048676] genus "developmental process" [GO:0032502]

"embryonic cranial skeleton morphogenesis" [GO:0048701] is_a cranial_skeleton_morphogenesis because of rule: genus : "embryonic cranial skeleton morphogenesis" [GO:0048701] genus cranial_skeleton_morphogenesis

"embryonic neurocranium morphogenesis" [GO:0048702] is_a neurocranium_morphogenesis because of rule: genus : "embryonic neurocranium morphogenesis" [GO:0048702] genus neurocranium_morphogenesis

"embryonic viscerocranium morphogenesis" [GO:0048703] is_a pharyngeal_arch_skeleton_anatomical_structure_morphogenesis because of rule: genus : "embryonic viscerocranium morphogenesis" [GO:0048703] genus pharyngeal_arch_skeleton_anatomical_structure_morphogenesis

"proboscis development" [GO:0048728] is_a "developmental process" [GO:0032502] because of rule: genus : "proboscis development" [GO:0048728] genus "developmental process" [GO:0032502]

"gland development" [GO:0048732] is_a "developmental process" [GO:0032502] because of rule: genus : "gland development" [GO:0048732] genus "developmental process" [GO:0032502]

"sebaceous gland development" [GO:0048733] is_a "developmental process" [GO:0032502] because of rule: genus : "sebaceous gland development" [GO:0048733] genus "developmental process" [GO:0032502]

"haltere morphogenesis" [GO:0048735] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "haltere morphogenesis" [GO:0048735] genus "anatomical structure morphogenesis" [GO:0009653]

"cardiac muscle development" [GO:0048738] is_a "developmental process" [GO:0032502] because of rule: genus : "cardiac muscle development" [GO:0048738] genus "developmental process" [GO:0032502]

"striated muscle fiber development" [GO:0048740] is_a "developmental process" [GO:0032502] because of rule: genus : "striated muscle fiber development" [GO:0048740] genus "developmental process" [GO:0032502]

"skeletal muscle fiber development" [GO:0048741] is_a "developmental process" [GO:0032502] because of rule: genus : "skeletal muscle fiber development" [GO:0048741] genus "developmental process" [GO:0032502]

"smooth muscle development" [GO:0048745] is_a "developmental process" [GO:0032502] because of rule: genus : "smooth muscle development" [GO:0048745] genus "developmental process" [GO:0032502]

"smooth muscle fiber development" [GO:0048746] is_a "developmental process" [GO:0032502] because of rule: genus : "smooth muscle fiber development" [GO:0048746] genus "developmental process" [GO:0032502]

"muscle fiber development" [GO:0048747] is_a "developmental process" [GO:0032502] because of rule: genus : "muscle fiber development" [GO:0048747] genus "developmental process" [GO:0032502]

"compound eye development" [GO:0048749] is_a "developmental process" [GO:0032502] because of rule: genus : "compound eye development" [GO:0048749] genus "developmental process" [GO:0032502]

"root hair cell differentiation" [GO:0048765] is_a "hair cell differentiation" [GO:0035315] because of rule: genus : "root hair cell differentiation" [GO:0048765] genus "hair cell differentiation" [GO:0035315]

"root hair elongation" [GO:0048767] is_a "biological_process" [GO:0008150] because of rule: genus : "root hair elongation" [GO:0048767] genus "biological_process" [GO:0008150]

"root hair cell tip growth" [GO:0048768] is_a "growth" [GO:0040007] because of rule: genus : "root hair cell tip growth" [GO:0048768] genus "growth" [GO:0040007]

"hatching gland development" [GO:0048785] is_a "developmental process" [GO:0032502] because of rule: genus : "hatching gland development" [GO:0048785] genus "developmental process" [GO:0032502]

"pronephros development" [GO:0048793] is_a "developmental process" [GO:0032502] because of rule: genus : "pronephros development" [GO:0048793] genus "developmental process" [GO:0032502]

"swim bladder development" [GO:0048794] is_a "developmental process" [GO:0032502] because of rule: genus : "swim bladder development" [GO:0048794] genus "developmental process" [GO:0032502]

"imaginal disc-derived genitalia morphogenesis" [GO:0048805] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "imaginal disc-derived genitalia morphogenesis" [GO:0048805] genus "anatomical structure morphogenesis" [GO:0009653]

"genitalia development" [GO:0048806] is_a "developmental process" [GO:0032502] because of rule: genus : "genitalia development" [GO:0048806] genus "developmental process" [GO:0032502]

"neurite morphogenesis" [GO:0048812] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "neurite morphogenesis" [GO:0048812] genus "anatomical structure morphogenesis" [GO:0009653]

"dendrite morphogenesis" [GO:0048813] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "dendrite morphogenesis" [GO:0048813] genus "anatomical structure morphogenesis" [GO:0009653]

"cotyledon development" [GO:0048825] is_a "developmental process" [GO:0032502] because of rule: genus : "cotyledon development" [GO:0048825] genus "developmental process" [GO:0032502]

"artery morphogenesis" [GO:0048844] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "artery morphogenesis" [GO:0048844] genus "anatomical structure morphogenesis" [GO:0009653]

"venous blood vessel morphogenesis" [GO:0048845] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "venous blood vessel morphogenesis" [GO:0048845] genus "anatomical structure morphogenesis" [GO:0009653]

"neurohypophysis morphogenesis" [GO:0048848] is_a "gland morphogenesis" [GO:0022612] because of rule: genus : "neurohypophysis morphogenesis" [GO:0048848] genus "gland morphogenesis" [GO:0022612]

"hypophysis morphogenesis" [GO:0048850] is_a "gland morphogenesis" [GO:0022612] because of rule: genus : "hypophysis morphogenesis" [GO:0048850] genus "gland morphogenesis" [GO:0022612]

"adenohypophysis morphogenesis" [GO:0048855] is_a "gland morphogenesis" [GO:0022612] because of rule: genus : "adenohypophysis morphogenesis" [GO:0048855] genus "gland morphogenesis" [GO:0022612]

"cell projection morphogenesis" [GO:0048858] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "cell projection morphogenesis" [GO:0048858] genus "anatomical structure morphogenesis" [GO:0009653]

"sensory system development" [GO:0048880] is_a "developmental process" [GO:0032502] because of rule: genus : "sensory system development" [GO:0048880] genus "developmental process" [GO:0032502]

"neuromast development" [GO:0048884] is_a "developmental process" [GO:0032502] because of rule: genus : "neuromast development" [GO:0048884] genus "developmental process" [GO:0032502]

"lateral line ganglion development" [GO:0048890] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral line ganglion development" [GO:0048890] genus "developmental process" [GO:0032502]

"lateral line nerve development" [GO:0048892] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral line nerve development" [GO:0048892] genus "developmental process" [GO:0032502]

"anterior lateral line system development" [GO:0048898] is_a "system development" [GO:0048731] because of rule: genus : "anterior lateral line system development" [GO:0048898] genus "system development" [GO:0048731]

"anterior lateral line development" [GO:0048899] is_a "developmental process" [GO:0032502] because of rule: genus : "anterior lateral line development" [GO:0048899] genus "developmental process" [GO:0032502]

"anterior lateral line ganglion development" [GO:0048907] is_a "developmental process" [GO:0032502] because of rule: genus : "anterior lateral line ganglion development" [GO:0048907] genus "developmental process" [GO:0032502]

"anterior lateral line ganglion neuron differentiation" [GO:0048908] is_a "neuron differentiation" [GO:0030182] because of rule: genus : "anterior lateral line ganglion neuron differentiation" [GO:0048908] genus "neuron differentiation" [GO:0030182]

"anterior lateral line nerve development" [GO:0048909] is_a "developmental process" [GO:0032502] because of rule: genus : "anterior lateral line nerve development" [GO:0048909] genus "developmental process" [GO:0032502]

"posterior lateral line system development" [GO:0048915] is_a "system development" [GO:0048731] because of rule: genus : "posterior lateral line system development" [GO:0048915] genus "system development" [GO:0048731]

"posterior lateral line development" [GO:0048916] is_a "developmental process" [GO:0032502] because of rule: genus : "posterior lateral line development" [GO:0048916] genus "developmental process" [GO:0032502]

"posterior lateral line ganglion development" [GO:0048917] is_a "developmental process" [GO:0032502] because of rule: genus : "posterior lateral line ganglion development" [GO:0048917] genus "developmental process" [GO:0032502]

"posterior lateral line nerve development" [GO:0048918] is_a "developmental process" [GO:0032502] because of rule: genus : "posterior lateral line nerve development" [GO:0048918] genus "developmental process" [GO:0032502]

"posterior lateral line ganglion neuron differentiation" [GO:0048928] is_a "neuron differentiation" [GO:0030182] because of rule: genus : "posterior lateral line ganglion neuron differentiation" [GO:0048928] genus "neuron differentiation" [GO:0030182]

"peripheral nervous system neuron development" [GO:0048935] is_a "developmental process" [GO:0032502] because of rule: genus : "peripheral nervous system neuron development" [GO:0048935] genus "developmental process" [GO:0032502]

"lateral line nerve glial cell development" [GO:0048937] is_a "developmental process" [GO:0032502] because of rule: genus : "lateral line nerve glial cell development" [GO:0048937] genus "developmental process" [GO:0032502]

"lateral line nerve glial cell morphogenesis during differentiation" [GO:0048938] is_a "cell differentiation" [GO:0030154] because of rule: genus : "lateral line nerve glial cell morphogenesis during differentiation" [GO:0048938] genus "cell differentiation" [GO:0030154]

"anterior lateral line nerve glial cell development" [GO:0048939] is_a "developmental process" [GO:0032502] because of rule: genus : "anterior lateral line nerve glial cell development" [GO:0048939] genus "developmental process" [GO:0032502]

"anterior lateral line nerve glial cell morphogenesis during differentiation" [GO:0048940] is_a "cell differentiation" [GO:0030154] because of rule: genus : "anterior lateral line nerve glial cell morphogenesis during differentiation" [GO:0048940] genus "cell differentiation" [GO:0030154]

"posterior lateral line nerve glial cell development" [GO:0048941] is_a "developmental process" [GO:0032502] because of rule: genus : "posterior lateral line nerve glial cell development" [GO:0048941] genus "developmental process" [GO:0032502]

"posterior lateral line nerve glial cell morphogenesis during differentiation" [GO:0048942] is_a "cell differentiation" [GO:0030154] because of rule: genus : "posterior lateral line nerve glial cell morphogenesis during differentiation" [GO:0048942] genus "cell differentiation" [GO:0030154]

"chromosome localization" [GO:0050000] is_a "localization" [GO:0051179] because of rule: genus : "chromosome localization" [GO:0050000] genus "localization" [GO:0051179]

"synapse organization and biogenesis" [GO:0050808] is_a "developmental process" [GO:0032502] because of rule: genus : "synapse organization and biogenesis" [GO:0050808] genus "developmental process" [GO:0032502]

"actin filament bundle formation" [GO:0051017] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "actin filament bundle formation" [GO:0051017] genus "anatomical structure formation" [GO:0048646]

"chiasma formation" [GO:0051026] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "chiasma formation" [GO:0051026] genus "anatomical structure formation" [GO:0048646]

"nuclear export" [GO:0051168] is_a "transport" [GO:0006810] because of rule: genus : "nuclear export" [GO:0051168] genus "transport" [GO:0006810]

"nuclear import" [GO:0051170] is_a "transport" [GO:0006810] because of rule: genus : "nuclear import" [GO:0051170] genus "transport" [GO:0006810]

"protein insertion into membrane" [GO:0051205] is_a "protein localization" [GO:0008104] because of rule: genus : "protein insertion into membrane" [GO:0051205] genus "protein localization" [GO:0008104]

"cartilage development" [GO:0051216] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "cartilage development" [GO:0051216] genus "anatomical structure formation" [GO:0048646]

"spindle assembly" [GO:0051225] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "spindle assembly" [GO:0051225] genus "anatomical structure formation" [GO:0048646]

"spindle elongation" [GO:0051231] is_a "biological_process" [GO:0008150] because of rule: genus : "spindle elongation" [GO:0051231] genus "biological_process" [GO:0008150]

"spindle midzone assembly" [GO:0051255] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "spindle midzone assembly" [GO:0051255] genus "anatomical structure formation" [GO:0048646]

"nuclear pore complex assembly" [GO:0051292] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "nuclear pore complex assembly" [GO:0051292] genus "anatomical structure formation" [GO:0048646]

"establishment of spindle localization" [GO:0051293] is_a "spindle localization" [GO:0051653] because of rule: genus : "establishment of spindle localization" [GO:0051293] genus "spindle localization" [GO:0051653]

"centrosome organization and biogenesis" [GO:0051297] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "centrosome organization and biogenesis" [GO:0051297] genus "cellular component organization and biogenesis" [GO:0016043]

"spindle pole body organization and biogenesis" [GO:0051300] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "spindle pole body organization and biogenesis" [GO:0051300] genus "cellular component organization and biogenesis" [GO:0016043]

"cell division" [GO:0051301] is_a "proliferative region" [ZFA:0000098] because of rule: genus : "cell division" [GO:0051301] genus "proliferative region" [ZFA:0000098]

"establishment of chromosome localization" [GO:0051303] is_a "chromosome localization" [GO:0050000] because of rule: genus : "establishment of chromosome localization" [GO:0051303] genus "chromosome localization" [GO:0050000]

"attachment of spindle microtubules to chromosome" [GO:0051313] is_a "biological_process" [GO:0008150] because of rule: genus : "attachment of spindle microtubules to chromosome" [GO:0051313] genus "biological_process" [GO:0008150]

"kinetochore assembly" [GO:0051382] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "kinetochore assembly" [GO:0051382] genus "anatomical structure formation" [GO:0048646]

"kinetochore organization and biogenesis" [GO:0051383] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "kinetochore organization and biogenesis" [GO:0051383] genus "cellular component organization and biogenesis" [GO:0016043]

"spindle pole body maturation" [GO:0051426] is_a "developmental maturation" [GO:0021700] because of rule: genus : "spindle pole body maturation" [GO:0051426] genus "developmental maturation" [GO:0021700]

"exocyst localization" [GO:0051601] is_a "localization" [GO:0051179] because of rule: genus : "exocyst localization" [GO:0051601] genus "localization" [GO:0051179]

"actin filament network formation" [GO:0051639] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "actin filament network formation" [GO:0051639] genus "anatomical structure formation" [GO:0048646]

"centrosome localization" [GO:0051642] is_a "localization" [GO:0051179] because of rule: genus : "centrosome localization" [GO:0051642] genus "localization" [GO:0051179]

"plastid localization" [GO:0051644] is_a "localization" [GO:0051179] because of rule: genus : "plastid localization" [GO:0051644] genus "localization" [GO:0051179]

"Golgi localization" [GO:0051645] is_a "localization" [GO:0051179] because of rule: genus : "Golgi localization" [GO:0051645] genus "localization" [GO:0051179]

"mitochondrion localization" [GO:0051646] is_a "localization" [GO:0051179] because of rule: genus : "mitochondrion localization" [GO:0051646] genus "localization" [GO:0051179]

"nucleus localization" [GO:0051647] is_a "localization" [GO:0051179] because of rule: genus : "nucleus localization" [GO:0051647] genus "localization" [GO:0051179]

"vesicle localization" [GO:0051648] is_a "localization" [GO:0051179] because of rule: genus : "vesicle localization" [GO:0051648] genus "localization" [GO:0051179]

"spindle localization" [GO:0051653] is_a "localization" [GO:0051179] because of rule: genus : "spindle localization" [GO:0051653] genus "localization" [GO:0051179]

"establishment of mitochondrion localization" [GO:0051654] is_a "mitochondrion localization" [GO:0051646] because of rule: genus : "establishment of mitochondrion localization" [GO:0051654] genus "mitochondrion localization" [GO:0051646]

"establishment of centrosome localization" [GO:0051660] is_a "centrosome localization" [GO:0051642] because of rule: genus : "establishment of centrosome localization" [GO:0051660] genus "centrosome localization" [GO:0051642]

"nuclear pore localization" [GO:0051664] is_a "localization" [GO:0051179] because of rule: genus : "nuclear pore localization" [GO:0051664] genus "localization" [GO:0051179]

"lipid raft localization" [GO:0051665] is_a "localization" [GO:0051179] because of rule: genus : "lipid raft localization" [GO:0051665] genus "localization" [GO:0051179]

"pigment granule localization" [GO:0051875] is_a "localization" [GO:0051179] because of rule: genus : "pigment granule localization" [GO:0051875] genus "localization" [GO:0051179]

"lateral element assembly" [GO:0051878] is_a "cellular component assembly" [GO:0022607] because of rule: genus : "lateral element assembly" [GO:0051878] genus "cellular component assembly" [GO:0022607]

"pigment granule transport" [GO:0051904] is_a "transport" [GO:0006810] because of rule: genus : "pigment granule transport" [GO:0051904] genus "transport" [GO:0006810]

"ventricular cardiac myofibril development" [GO:0055005] is_a "developmental process" [GO:0032502] because of rule: genus : "ventricular cardiac myofibril development" [GO:0055005] genus "developmental process" [GO:0032502]

"cardiac cell development" [GO:0055006] is_a "developmental process" [GO:0032502] because of rule: genus : "cardiac cell development" [GO:0055006] genus "developmental process" [GO:0032502]

"ventricular cardiac muscle cell development" [GO:0055015] is_a "developmental process" [GO:0032502] because of rule: genus : "ventricular cardiac muscle cell development" [GO:0055015] genus "developmental process" [GO:0032502]

"hypochord development" [GO:0055016] is_a "developmental process" [GO:0032502] because of rule: genus : "hypochord development" [GO:0055016] genus "developmental process" [GO:0032502]

"Bolwig's organ development" [GO:0055034] is_a "developmental process" [GO:0032502] because of rule: genus : "Bolwig's organ development" [GO:0055034] genus "developmental process" [GO:0032502]

"parathyroid gland development" [GO:0060017] is_a "developmental process" [GO:0032502] because of rule: genus : "parathyroid gland development" [GO:0060017] genus "developmental process" [GO:0032502]

"notochord cell development" [GO:0060035] is_a "developmental process" [GO:0032502] because of rule: genus : "notochord cell development" [GO:0060035] genus "developmental process" [GO:0032502]

"cardiac muscle contraction" [GO:0060048] is_a "biological_process" [GO:0008150] because of rule: genus : "cardiac muscle contraction" [GO:0060048] genus "biological_process" [GO:0008150]

"neurofilament cytoskeleton organization and biogenesis" [GO:0060052] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "neurofilament cytoskeleton organization and biogenesis" [GO:0060052] genus "cellular component organization and biogenesis" [GO:0016043]

"embryonic retina morphogenesis in camera-type eye" [GO:0060059] is_a "retina morphogenesis in camera-type eye" [GO:0060042] because of rule: genus : "embryonic retina morphogenesis in camera-type eye" [GO:0060059] genus "retina morphogenesis in camera-type eye" [GO:0060042]

"uterus development" [GO:0060065] is_a "developmental process" [GO:0032502] because of rule: genus : "uterus development" [GO:0060065] genus "developmental process" [GO:0032502]

"fallopian tube development" [GO:0060066] is_a "developmental process" [GO:0032502] because of rule: genus : "fallopian tube development" [GO:0060066] genus "developmental process" [GO:0032502]

"vagina development" [GO:0060068] is_a "developmental process" [GO:0032502] because of rule: genus : "vagina development" [GO:0060068] genus "developmental process" [GO:0032502]

"synapse maturation" [GO:0060074] is_a "developmental maturation" [GO:0021700] because of rule: genus : "synapse maturation" [GO:0060074] genus "developmental maturation" [GO:0021700]

"inner ear receptor cell development" [GO:0060119] is_a "developmental process" [GO:0032502] because of rule: genus : "inner ear receptor cell development" [GO:0060119] genus "developmental process" [GO:0032502]

"peroxisome localization" [GO:0060151] is_a "localization" [GO:0051179] because of rule: genus : "peroxisome localization" [GO:0060151] genus "localization" [GO:0051179]

"microtubule-based peroxisome localization" [GO:0060152] is_a "peroxisome localization" [GO:0060151] because of rule: genus : "microtubule-based peroxisome localization" [GO:0060152] genus "peroxisome localization" [GO:0060151]

anterior_lateral_line_ganglia is_a "ganglion" [ZFA:0000190] because of rule: genus : anterior_lateral_line_ganglia genus "ganglion" [ZFA:0000190]

anterior_lateral_line_lateral_line_neuromast is_a "neuromast" [ZFA:0000243] because of rule: genus : anterior_lateral_line_lateral_line_neuromast genus "neuromast" [ZFA:0000243]

anterior_lateral_line_nerve_glial_cell is_a "glial cell" [ZFA:0009073] because of rule: genus : anterior_lateral_line_nerve_glial_cell genus "glial cell" [ZFA:0009073]

birth_or_egg_hatching is_a "hatching" [GO:0035188] because of rule: genus : birth_or_egg_hatching genus "hatching" [GO:0035188]

caudal_lateral_line_nerve_glial_cell is_a "glial cell" [ZFA:0009073] because of rule: genus : caudal_lateral_line_nerve_glial_cell genus "glial cell" [ZFA:0009073]

central_nervous_system_interneuron is_a "interneuron" [ZFA:0009051] because of rule: genus : central_nervous_system_interneuron genus "interneuron" [ZFA:0009051]

central_nervous_system_neuron is_a "neuron" [ZFA:0009248] because of rule: genus : central_nervous_system_neuron genus "neuron" [ZFA:0009248]

collagen_fibril is_a "fibril" [GO:0043205] because of rule: genus : collagen_fibril genus "fibril" [GO:0043205]

commissural_nerve_cell_cell_differentiation is_a "neuron differentiation" [GO:0030182] because of rule: genus : commissural_nerve_cell_cell_differentiation genus "neuron differentiation" [GO:0030182]

compound_eye_photoreceptor is_a "photoreceptor" [FBbt:00005162] because of rule: genus : compound_eye_photoreceptor genus "photoreceptor" [FBbt:00005162]

cranial_skeleton_morphogenesis is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : cranial_skeleton_morphogenesis genus "anatomical structure morphogenesis" [GO:0009653]

digit_anatomical_structure_morphogenesis is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : digit_anatomical_structure_morphogenesis genus "anatomical structure morphogenesis" [GO:0009653]

ear_photoreceptor_cell is_a "photoreceptor cell" [FBbt:00004211] because of rule: genus : ear_photoreceptor_cell genus "photoreceptor cell" [FBbt:00004211]

epithelial_tube_anatomical_structure_formation is_a "anatomical structure formation" [GO:0048646] because of rule: genus : epithelial_tube_anatomical_structure_formation genus "anatomical structure formation" [GO:0048646]

eye_cup_anatomical_structure_morphogenesis is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : eye_cup_anatomical_structure_morphogenesis genus "anatomical structure morphogenesis" [GO:0009653]

flagellum_axonemal_motor_activity is_a "axoneme" [GO:0005930] because of rule: genus : flagellum_axonemal_motor_activity genus "axoneme" [GO:0005930]

forebrain_astrocyte is_a "astrocyte" [ZFA:0009075] because of rule: genus : forebrain_astrocyte genus "astrocyte" [ZFA:0009075]

forebrain_neuron is_a "neuron" [ZFA:0009248] because of rule: genus : forebrain_neuron genus "neuron" [ZFA:0009248]

gracilis_tract is_a "tract" [FBbt:00005100] because of rule: genus : gracilis_tract genus "tract" [FBbt:00005100]

heart_cell is_a "cell" [ZFA:0009000] because of rule: genus : heart_cell genus "cell" [ZFA:0009000]

heart_muscle_fiber is_a "muscle fiber" [FBbt:00005075] because of rule: genus : heart_muscle_fiber genus "muscle fiber" [FBbt:00005075]

heart_tube_anterior_/_posterior_pattern_formation is_a "anterior/posterior pattern formation" [GO:0009952] because of rule: genus : heart_tube_anterior_/_posterior_pattern_formation genus "anterior/posterior pattern formation" [GO:0009952]

imaginal_disc_-_derived_extremity is_a "imaginal disc" [FBbt:00001761] because of rule: genus : imaginal_disc_-_derived_extremity genus "imaginal disc" [FBbt:00001761]

imaginal_disc_-_derived_genitalia is_a "imaginal disc" [FBbt:00001761] because of rule: genus : imaginal_disc_-_derived_genitalia genus "imaginal disc" [FBbt:00001761]

imaginal_disc_-_derived_leg is_a "imaginal disc" [FBbt:00001761] because of rule: genus : imaginal_disc_-_derived_leg genus "imaginal disc" [FBbt:00001761]

imaginal_disc_-_derived_leg_joint is_a "imaginal disc" [FBbt:00001761] because of rule: genus : imaginal_disc_-_derived_leg_joint genus "imaginal disc" [FBbt:00001761]

interneuron_precursor is_a "cell" [CL:0000000] because of rule: genus : interneuron_precursor genus "cell" [CL:0000000]

intracellular_viral_capsid is_a "viral capsid" [GO:0019028] because of rule: genus : intracellular_viral_capsid genus "viral capsid" [GO:0019028]

lateral_line_nerve_glial_cell is_a "glial cell" [ZFA:0009073] because of rule: genus : lateral_line_nerve_glial_cell genus "glial cell" [ZFA:0009073]

layer_anatomical_structure_formation is_a "anatomical structure formation" [GO:0048646] because of rule: genus : layer_anatomical_structure_formation genus "anatomical structure formation" [GO:0048646]

leg_joint is_a "joint" [MA:0000319] because of rule: genus : leg_joint genus "joint" [MA:0000319]

morphogenesis_during_cell_differentiation is_a "cell differentiation" [GO:0030154] because of rule: genus : morphogenesis_during_cell_differentiation genus "cell differentiation" [GO:0030154]

neurocranium_morphogenesis is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : neurocranium_morphogenesis genus "anatomical structure morphogenesis" [GO:0009653]

notochord_cell is_a "cell" [ZFA:0009000] because of rule: genus : notochord_cell genus "cell" [ZFA:0009000]

olfactory_bulb_interneuron is_a "interneuron" [ZFA:0009051] because of rule: genus : olfactory_bulb_interneuron genus "interneuron" [ZFA:0009051]

olfactory_bulb_interneuron_precursor_migration is_a "cell migration" [GO:0016477] because of rule: genus : olfactory_bulb_interneuron_precursor_migration genus "cell migration" [GO:0016477]

peripheral_nervous_system_neuron is_a "neuron" [ZFA:0009248] because of rule: genus : peripheral_nervous_system_neuron genus "neuron" [ZFA:0009248]

peroxisomal_fatty_acyl_transporter_membrane is_a "membrane" [GO:0016020] because of rule: genus : peroxisomal_fatty_acyl_transporter_membrane genus "membrane" [GO:0016020]

pharyngeal_arch_skeleton_anatomical_structure_morphogenesis is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : pharyngeal_arch_skeleton_anatomical_structure_morphogenesis genus "anatomical structure morphogenesis" [GO:0009653]

photosystem_II_oxygen_evolving_complex is_a "oxygen evolving complex" [GO:0009654] because of rule: genus : photosystem_II_oxygen_evolving_complex genus "oxygen evolving complex" [GO:0009654]

pll_lateral_line_neuromast is_a "neuromast" [ZFA:0000243] because of rule: genus : pll_lateral_line_neuromast genus "neuromast" [ZFA:0000243]

primary_shoot_apical_meristem is_a PO:0020144 because of rule: genus : primary_shoot_apical_meristem genus PO:0020144

rhabdomere_membrane is_a "membrane" [GO:0016020] because of rule: genus : rhabdomere_membrane genus "membrane" [GO:0016020]

spinal_cord_larval_ventral_anastomosis is_a "larval ventral anastomosis" [FBbt:00005594] because of rule: genus : spinal_cord_larval_ventral_anastomosis genus "larval ventral anastomosis" [FBbt:00005594]

structure_anatomical_structure_morphogenesis is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : structure_anatomical_structure_morphogenesis genus "anatomical structure morphogenesis" [GO:0009653]

upper_body_closure is_a "developmental process" [GO:0032502] because of rule: genus : upper_body_closure genus "developmental process" [GO:0032502]

viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement is_a "transport" [GO:0006810] because of rule: genus : viral_capsid_(_sensu_Retroviridae_)_hydrolase_activity_,_acting_on_acid_anhydrides_,_acting_on_GTP_,_involved_in_cellular_and_subcellular_movement genus "transport" [GO:0006810]