"leukocyte mediated cytotoxicity" [GO:0001909] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "leukocyte mediated cytotoxicity" [GO:0001909] is_a "immune system process" [GO:0002376] and "leukocyte mediated cytotoxicity" [GO:0001909] mediated_by "leukocyte" [CL:0000738]

"B cell antigen processing and presentation" [GO:0002450] is_a "B cell mediated immunity" [GO:0019724] because of rule: genus_differentia : "B cell mediated immunity" [GO:0019724] is defined as a "immune system process" [GO:0002376] that mediated_by "B cell" [CL:0000236] , and it is the case that "B cell antigen processing and presentation" [GO:0002450] is_a "immune system process" [GO:0002376] and "B cell antigen processing and presentation" [GO:0002450] mediated_by "B cell" [CL:0000236]

"T cell antigen processing and presentation" [GO:0002457] is_a "T cell mediated immunity" [GO:0002456] because of rule: genus_differentia : "T cell mediated immunity" [GO:0002456] is defined as a "immune system process" [GO:0002376] that mediated_by "T cell" [CL:0000084] , and it is the case that "T cell antigen processing and presentation" [GO:0002457] is_a "immune system process" [GO:0002376] and "T cell antigen processing and presentation" [GO:0002457] mediated_by "T cell" [CL:0000084]

"B cell tolerance induction" [GO:0002514] is_a "B cell mediated immunity" [GO:0019724] because of rule: genus_differentia : "B cell mediated immunity" [GO:0019724] is defined as a "immune system process" [GO:0002376] that mediated_by "B cell" [CL:0000236] , and it is the case that "B cell tolerance induction" [GO:0002514] is_a "immune system process" [GO:0002376] and "B cell tolerance induction" [GO:0002514] mediated_by "B cell" [CL:0000236]

"T cell tolerance induction" [GO:0002517] is_a "T cell mediated immunity" [GO:0002456] because of rule: genus_differentia : "T cell mediated immunity" [GO:0002456] is defined as a "immune system process" [GO:0002376] that mediated_by "T cell" [CL:0000084] , and it is the case that "T cell tolerance induction" [GO:0002517] is_a "immune system process" [GO:0002376] and "T cell tolerance induction" [GO:0002517] mediated_by "T cell" [CL:0000084]

"natural killer cell tolerance induction" [GO:0002519] is_a "natural killer cell mediated immunity" [GO:0002228] because of rule: genus_differentia : "natural killer cell mediated immunity" [GO:0002228] is defined as a "immune system process" [GO:0002376] that mediated_by "natural killer cell" [CL:0000623] , and it is the case that "natural killer cell tolerance induction" [GO:0002519] is_a "immune system process" [GO:0002376] and "natural killer cell tolerance induction" [GO:0002519] mediated_by "natural killer cell" [CL:0000623]

"oocyte dorsal/ventral axis determination" [GO:0007310] is_a "oocyte axis determination" [GO:0007309] because of rule: genus_differentia : "oocyte axis determination" [GO:0007309] is defined as a "axis specification" [GO:0009798] that unfolds_in "oocyte" [CL:0000023] , and it is the case that "oocyte dorsal/ventral axis determination" [GO:0007310] is_a "axis specification" [GO:0009798] and "oocyte dorsal/ventral axis determination" [GO:0007310] unfolds_in "oocyte" [CL:0000023]

"neuroblast differentiation" [GO:0014016] is_a "neuroblast cell differentiation" [GO:0021863] because of rule: genus_differentia : "neuroblast cell differentiation" [GO:0021863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "neuroblast differentiation" [GO:0014016] is_a "cell differentiation" [GO:0030154] and "neuroblast differentiation" [GO:0014016] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"neuroblast cell differentiation" [GO:0021863] is_a "neuroblast differentiation" [GO:0014016] because of rule: genus_differentia : "neuroblast differentiation" [GO:0014016] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "neuroblast cell differentiation" [GO:0021863] is_a "cell differentiation" [GO:0030154] and "neuroblast cell differentiation" [GO:0021863] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

GABAergic_neuron is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that GABAergic_neuron is_a "cell differentiation" [GO:0030154] and GABAergic_neuron results_in_acquisition_of_features_of "neuron" [CL:0000540]

"chlamydospore development" [GO:0001410] is_a "sporulation" [GO:0030435] because of rule: genus_differentia : "sporulation" [GO:0030435] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "spore" [CL:0000522] , and it is the case that "chlamydospore development" [GO:0001410] is_a "anatomical structure formation" [GO:0048646] and "chlamydospore development" [GO:0001410] results_in_formation_of "spore" [CL:0000522]

"oenocyte differentiation" [GO:0001742] is_a "columnar/cuboidal epithelial cell differentiation" [GO:0002065] because of rule: genus_differentia : "columnar/cuboidal epithelial cell differentiation" [GO:0002065] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "columnar/cuboidal epithelial cell" [CL:0000075] , and it is the case that "oenocyte differentiation" [GO:0001742] is_a "cell differentiation" [GO:0030154] and "oenocyte differentiation" [GO:0001742] results_in_acquisition_of_features_of "columnar/cuboidal epithelial cell" [CL:0000075]

"oenocyte differentiation" [GO:0001742] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "oenocyte differentiation" [GO:0001742] is_a "cell differentiation" [GO:0030154] and "oenocyte differentiation" [GO:0001742] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"compound eye photoreceptor cell differentiation" [GO:0001751] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "compound eye photoreceptor cell differentiation" [GO:0001751] is_a "cell differentiation" [GO:0030154] and "compound eye photoreceptor cell differentiation" [GO:0001751] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"compound eye photoreceptor fate commitment" [GO:0001752] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "compound eye photoreceptor fate commitment" [GO:0001752] is_a "cell fate commitment" [GO:0045165] and "compound eye photoreceptor fate commitment" [GO:0001752] results_in_commitment_to "neuron" [CL:0000540]

"eye photoreceptor cell differentiation" [GO:0001754] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "eye photoreceptor cell differentiation" [GO:0001754] is_a "cell differentiation" [GO:0030154] and "eye photoreceptor cell differentiation" [GO:0001754] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"neutrophil apoptosis" [GO:0001781] is_a "myeloid cell apoptosis" [GO:0033028] because of rule: genus_differentia : "myeloid cell apoptosis" [GO:0033028] is defined as a "apoptosis" [GO:0006915] that results_in_developmental_progression_of "myeloid cell" [CL:0000763] , and it is the case that "neutrophil apoptosis" [GO:0001781] is_a "apoptosis" [GO:0006915] and "neutrophil apoptosis" [GO:0001781] results_in_developmental_progression_of "myeloid cell" [CL:0000763]

"antibody-dependent cellular cytotoxicity" [GO:0001788] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "antibody-dependent cellular cytotoxicity" [GO:0001788] is_a "immune system process" [GO:0002376] and "antibody-dependent cellular cytotoxicity" [GO:0001788] mediated_by "lymphocyte" [CL:0000542]

"NK T cell differentiation" [GO:0001865] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "NK T cell differentiation" [GO:0001865] is_a "cell activation" [GO:0001775] and "NK T cell differentiation" [GO:0001865] results_in_change_to "leukocyte" [CL:0000738]

"NK T cell proliferation" [GO:0001866] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "NK T cell proliferation" [GO:0001866] is_a "cell activation" [GO:0001775] and "NK T cell proliferation" [GO:0001866] results_in_change_to "leukocyte" [CL:0000738]

"sebaceous gland cell differentiation" [GO:0001949] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "sebaceous gland cell differentiation" [GO:0001949] is_a "cell differentiation" [GO:0030154] and "sebaceous gland cell differentiation" [GO:0001949] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"NK T cell activation during immune response" [GO:0002288] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "NK T cell activation during immune response" [GO:0002288] is_a "cell activation" [GO:0001775] and "NK T cell activation during immune response" [GO:0002288] results_in_change_to "leukocyte" [CL:0000738]

"NK T cell proliferation during immune response" [GO:0002289] is_a "mononuclear cell proliferation" [GO:0032943] because of rule: genus_differentia : "mononuclear cell proliferation" [GO:0032943] is defined as a "cell proliferation" [GO:0008283] that increases_population_size_of "mononuclear cell" [CL:0000842] , and it is the case that "NK T cell proliferation during immune response" [GO:0002289] is_a "cell proliferation" [GO:0008283] and "NK T cell proliferation during immune response" [GO:0002289] increases_population_size_of "mononuclear cell" [CL:0000842]

"NK T cell proliferation during immune response" [GO:0002289] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "NK T cell proliferation during immune response" [GO:0002289] is_a "cell activation" [GO:0001775] and "NK T cell proliferation during immune response" [GO:0002289] results_in_change_to "leukocyte" [CL:0000738]

"NK T cell proliferation during immune response" [GO:0002289] is_a "lymphocyte activation" [GO:0046649] because of rule: genus_differentia : "lymphocyte activation" [GO:0046649] is defined as a "cell activation" [GO:0001775] that results_in_change_to "lymphocyte" [CL:0000542] , and it is the case that "NK T cell proliferation during immune response" [GO:0002289] is_a "cell activation" [GO:0001775] and "NK T cell proliferation during immune response" [GO:0002289] results_in_change_to "lymphocyte" [CL:0000542]

"alpha-beta T cell differentiation during immune response" [GO:0002293] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "alpha-beta T cell differentiation during immune response" [GO:0002293] is_a "cell activation" [GO:0001775] and "alpha-beta T cell differentiation during immune response" [GO:0002293] results_in_change_to "leukocyte" [CL:0000738]

"CD4-positive, alpha-beta T cell differentiation during immune response" [GO:0002294] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD4-positive, alpha-beta T cell differentiation during immune response" [GO:0002294] is_a "cell differentiation" [GO:0030154] and "CD4-positive, alpha-beta T cell differentiation during immune response" [GO:0002294] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"T-helper cell lineage commitment" [GO:0002295] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "T-helper cell lineage commitment" [GO:0002295] is_a "cell fate commitment" [GO:0045165] and "T-helper cell lineage commitment" [GO:0002295] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"T-helper cell lineage commitment" [GO:0002295] is_a "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] because of rule: genus_differentia : "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624] , and it is the case that "T-helper cell lineage commitment" [GO:0002295] is_a "cell fate commitment" [GO:0045165] and "T-helper cell lineage commitment" [GO:0002295] results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624]

"T-helper 1 cell lineage commitment" [GO:0002296] is_a "T-helper cell lineage commitment" [GO:0002295] because of rule: genus_differentia : "T-helper cell lineage commitment" [GO:0002295] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "T-helper cell" [CL:0000492] , and it is the case that "T-helper 1 cell lineage commitment" [GO:0002296] is_a "cell fate commitment" [GO:0045165] and "T-helper 1 cell lineage commitment" [GO:0002296] results_in_commitment_to "T-helper cell" [CL:0000492]

"T-helper 1 cell lineage commitment" [GO:0002296] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "T-helper 1 cell lineage commitment" [GO:0002296] is_a "cell fate commitment" [GO:0045165] and "T-helper 1 cell lineage commitment" [GO:0002296] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"T-helper 1 cell lineage commitment" [GO:0002296] is_a "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] because of rule: genus_differentia : "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624] , and it is the case that "T-helper 1 cell lineage commitment" [GO:0002296] is_a "cell fate commitment" [GO:0045165] and "T-helper 1 cell lineage commitment" [GO:0002296] results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624]

"T-helper 2 cell lineage commitment" [GO:0002297] is_a "T-helper cell lineage commitment" [GO:0002295] because of rule: genus_differentia : "T-helper cell lineage commitment" [GO:0002295] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "T-helper cell" [CL:0000492] , and it is the case that "T-helper 2 cell lineage commitment" [GO:0002297] is_a "cell fate commitment" [GO:0045165] and "T-helper 2 cell lineage commitment" [GO:0002297] results_in_commitment_to "T-helper cell" [CL:0000492]

"T-helper 2 cell lineage commitment" [GO:0002297] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "T-helper 2 cell lineage commitment" [GO:0002297] is_a "cell fate commitment" [GO:0045165] and "T-helper 2 cell lineage commitment" [GO:0002297] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"T-helper 2 cell lineage commitment" [GO:0002297] is_a "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] because of rule: genus_differentia : "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624] , and it is the case that "T-helper 2 cell lineage commitment" [GO:0002297] is_a "cell fate commitment" [GO:0045165] and "T-helper 2 cell lineage commitment" [GO:0002297] results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624]

"CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0002298] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0002298] is_a "cell differentiation" [GO:0030154] and "CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0002298] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"alpha-beta intraepithelial T cell differentiation" [GO:0002299] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "alpha-beta intraepithelial T cell differentiation" [GO:0002299] is_a "cell activation" [GO:0001775] and "alpha-beta intraepithelial T cell differentiation" [GO:0002299] results_in_change_to "leukocyte" [CL:0000738]

"CD8-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002300] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD8-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002300] is_a "cell differentiation" [GO:0030154] and "CD8-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002300] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"CD4-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002301] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD4-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002301] is_a "cell differentiation" [GO:0030154] and "CD4-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002301] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"CD8-positive, alpha-beta T cell differentiation during immune response" [GO:0002302] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD8-positive, alpha-beta T cell differentiation during immune response" [GO:0002302] is_a "cell differentiation" [GO:0030154] and "CD8-positive, alpha-beta T cell differentiation during immune response" [GO:0002302] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"gamma-delta T cell differentiation during immune response" [GO:0002303] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "gamma-delta T cell differentiation during immune response" [GO:0002303] is_a "cell activation" [GO:0001775] and "gamma-delta T cell differentiation during immune response" [GO:0002303] results_in_change_to "leukocyte" [CL:0000738]

"gamma-delta intraepithelial T cell differentiation" [GO:0002304] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "gamma-delta intraepithelial T cell differentiation" [GO:0002304] is_a "cell activation" [GO:0001775] and "gamma-delta intraepithelial T cell differentiation" [GO:0002304] results_in_change_to "leukocyte" [CL:0000738]

"CD8-positive, gamma-delta intraepithelial T cell differentiation" [GO:0002305] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD8-positive, gamma-delta intraepithelial T cell differentiation" [GO:0002305] is_a "cell differentiation" [GO:0030154] and "CD8-positive, gamma-delta intraepithelial T cell differentiation" [GO:0002305] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"CD4-positive gamma-delta intraepithelial T cell differentiation" [GO:0002306] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "CD4-positive gamma-delta intraepithelial T cell differentiation" [GO:0002306] is_a "cell differentiation" [GO:0030154] and "CD4-positive gamma-delta intraepithelial T cell differentiation" [GO:0002306] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"alpha-beta T cell proliferation during immune response" [GO:0002310] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "alpha-beta T cell proliferation during immune response" [GO:0002310] is_a "cell activation" [GO:0001775] and "alpha-beta T cell proliferation during immune response" [GO:0002310] results_in_change_to "leukocyte" [CL:0000738]

"gamma-delta T cell proliferation during immune response" [GO:0002311] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "gamma-delta T cell proliferation during immune response" [GO:0002311] is_a "cell activation" [GO:0001775] and "gamma-delta T cell proliferation during immune response" [GO:0002311] results_in_change_to "leukocyte" [CL:0000738]

"germinal center B cell differentiation" [GO:0002314] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "germinal center B cell differentiation" [GO:0002314] is_a "cell differentiation" [GO:0030154] and "germinal center B cell differentiation" [GO:0002314] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"marginal zone B cell differentiation" [GO:0002315] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "marginal zone B cell differentiation" [GO:0002315] is_a "cell differentiation" [GO:0030154] and "marginal zone B cell differentiation" [GO:0002315] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"follicular B cell differentiation" [GO:0002316] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "follicular B cell differentiation" [GO:0002316] is_a "cell differentiation" [GO:0030154] and "follicular B cell differentiation" [GO:0002316] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"plasma cell differentiation" [GO:0002317] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "plasma cell differentiation" [GO:0002317] is_a "cell differentiation" [GO:0030154] and "plasma cell differentiation" [GO:0002317] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"memory B cell differentiation" [GO:0002319] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "memory B cell differentiation" [GO:0002319] is_a "cell differentiation" [GO:0030154] and "memory B cell differentiation" [GO:0002319] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"pre-B cell receptor expression" [GO:0002330] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "pre-B cell receptor expression" [GO:0002330] is_a "cell differentiation" [GO:0030154] and "pre-B cell receptor expression" [GO:0002330] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"pre-B cell allelic exclusion" [GO:0002331] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "pre-B cell allelic exclusion" [GO:0002331] is_a "cell differentiation" [GO:0030154] and "pre-B cell allelic exclusion" [GO:0002331] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"transitional one stage B cell differentiation" [GO:0002333] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "transitional one stage B cell differentiation" [GO:0002333] is_a "cell differentiation" [GO:0030154] and "transitional one stage B cell differentiation" [GO:0002333] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"transitional two stage B cell differentiation" [GO:0002334] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "transitional two stage B cell differentiation" [GO:0002334] is_a "cell differentiation" [GO:0030154] and "transitional two stage B cell differentiation" [GO:0002334] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"B-1a B cell differentiation" [GO:0002337] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "B-1a B cell differentiation" [GO:0002337] is_a "cell differentiation" [GO:0030154] and "B-1a B cell differentiation" [GO:0002337] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"B-1b B cell differentiation" [GO:0002338] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "B-1b B cell differentiation" [GO:0002338] is_a "cell differentiation" [GO:0030154] and "B-1b B cell differentiation" [GO:0002338] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"central B cell anergy" [GO:0002341] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "central B cell anergy" [GO:0002341] is_a "immune system process" [GO:0002376] and "central B cell anergy" [GO:0002341] mediated_by "leukocyte" [CL:0000738]

"central B cell anergy" [GO:0002341] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "central B cell anergy" [GO:0002341] is_a "immune system process" [GO:0002376] and "central B cell anergy" [GO:0002341] mediated_by "lymphocyte" [CL:0000542]

"CD4-positive, CD25-positive, alpha-beta regulatory T cell lineage commitment" [GO:0002362] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "CD4-positive, CD25-positive, alpha-beta regulatory T cell lineage commitment" [GO:0002362] is_a "cell fate commitment" [GO:0045165] and "CD4-positive, CD25-positive, alpha-beta regulatory T cell lineage commitment" [GO:0002362] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"CD4-positive, CD25-positive, alpha-beta regulatory T cell lineage commitment" [GO:0002362] is_a "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] because of rule: genus_differentia : "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624] , and it is the case that "CD4-positive, CD25-positive, alpha-beta regulatory T cell lineage commitment" [GO:0002362] is_a "cell fate commitment" [GO:0045165] and "CD4-positive, CD25-positive, alpha-beta regulatory T cell lineage commitment" [GO:0002362] results_in_commitment_to "CD4-positive, alpha-beta T cell" [CL:0000624]

"NK T cell lineage commitment" [GO:0002364] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "NK T cell lineage commitment" [GO:0002364] is_a "cell fate commitment" [GO:0045165] and "NK T cell lineage commitment" [GO:0002364] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"B cell antigen processing and presentation mediated by B cell receptor uptake of antigen" [GO:0002417] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "B cell antigen processing and presentation mediated by B cell receptor uptake of antigen" [GO:0002417] is_a "immune system process" [GO:0002376] and "B cell antigen processing and presentation mediated by B cell receptor uptake of antigen" [GO:0002417] mediated_by "leukocyte" [CL:0000738]

"B cell antigen processing and presentation mediated by B cell receptor uptake of antigen" [GO:0002417] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "B cell antigen processing and presentation mediated by B cell receptor uptake of antigen" [GO:0002417] is_a "immune system process" [GO:0002376] and "B cell antigen processing and presentation mediated by B cell receptor uptake of antigen" [GO:0002417] mediated_by "lymphocyte" [CL:0000542]

"B cell antigen processing and presentation following pinocytosis" [GO:0002421] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "B cell antigen processing and presentation following pinocytosis" [GO:0002421] is_a "immune system process" [GO:0002376] and "B cell antigen processing and presentation following pinocytosis" [GO:0002421] mediated_by "leukocyte" [CL:0000738]

"B cell antigen processing and presentation following pinocytosis" [GO:0002421] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "B cell antigen processing and presentation following pinocytosis" [GO:0002421] is_a "immune system process" [GO:0002376] and "B cell antigen processing and presentation following pinocytosis" [GO:0002421] mediated_by "lymphocyte" [CL:0000542]

"peripheral B cell anergy" [GO:0002453] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "peripheral B cell anergy" [GO:0002453] is_a "immune system process" [GO:0002376] and "peripheral B cell anergy" [GO:0002453] mediated_by "leukocyte" [CL:0000738]

"peripheral B cell anergy" [GO:0002453] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "peripheral B cell anergy" [GO:0002453] is_a "immune system process" [GO:0002376] and "peripheral B cell anergy" [GO:0002453] mediated_by "lymphocyte" [CL:0000542]

"dendritic cell antigen processing and presentation" [GO:0002468] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "dendritic cell antigen processing and presentation" [GO:0002468] is_a "immune system process" [GO:0002376] and "dendritic cell antigen processing and presentation" [GO:0002468] mediated_by "leukocyte" [CL:0000738]

"myeloid dendritic cell antigen processing and presentation" [GO:0002469] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "myeloid dendritic cell antigen processing and presentation" [GO:0002469] is_a "immune system process" [GO:0002376] and "myeloid dendritic cell antigen processing and presentation" [GO:0002469] mediated_by "leukocyte" [CL:0000738]

"myeloid dendritic cell antigen processing and presentation" [GO:0002469] is_a "myeloid leukocyte mediated immunity" [GO:0002444] because of rule: genus_differentia : "myeloid leukocyte mediated immunity" [GO:0002444] is defined as a "immune system process" [GO:0002376] that mediated_by "myeloid leukocyte" [CL:0000766] , and it is the case that "myeloid dendritic cell antigen processing and presentation" [GO:0002469] is_a "immune system process" [GO:0002376] and "myeloid dendritic cell antigen processing and presentation" [GO:0002469] mediated_by "myeloid leukocyte" [CL:0000766]

"plasmacytoid dendritic cell antigen processing and presentation" [GO:0002470] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "plasmacytoid dendritic cell antigen processing and presentation" [GO:0002470] is_a "immune system process" [GO:0002376] and "plasmacytoid dendritic cell antigen processing and presentation" [GO:0002470] mediated_by "leukocyte" [CL:0000738]

"monocyte antigen processing and presentation" [GO:0002471] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "monocyte antigen processing and presentation" [GO:0002471] is_a "immune system process" [GO:0002376] and "monocyte antigen processing and presentation" [GO:0002471] mediated_by "leukocyte" [CL:0000738]

"monocyte antigen processing and presentation" [GO:0002471] is_a "myeloid leukocyte mediated immunity" [GO:0002444] because of rule: genus_differentia : "myeloid leukocyte mediated immunity" [GO:0002444] is defined as a "immune system process" [GO:0002376] that mediated_by "myeloid leukocyte" [CL:0000766] , and it is the case that "monocyte antigen processing and presentation" [GO:0002471] is_a "immune system process" [GO:0002376] and "monocyte antigen processing and presentation" [GO:0002471] mediated_by "myeloid leukocyte" [CL:0000766]

"macrophage antigen processing and presentation" [GO:0002472] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "macrophage antigen processing and presentation" [GO:0002472] is_a "immune system process" [GO:0002376] and "macrophage antigen processing and presentation" [GO:0002472] mediated_by "leukocyte" [CL:0000738]

"macrophage antigen processing and presentation" [GO:0002472] is_a "myeloid leukocyte mediated immunity" [GO:0002444] because of rule: genus_differentia : "myeloid leukocyte mediated immunity" [GO:0002444] is defined as a "immune system process" [GO:0002376] that mediated_by "myeloid leukocyte" [CL:0000766] , and it is the case that "macrophage antigen processing and presentation" [GO:0002472] is_a "immune system process" [GO:0002376] and "macrophage antigen processing and presentation" [GO:0002472] mediated_by "myeloid leukocyte" [CL:0000766]

"central B cell tolerance induction" [GO:0002510] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "central B cell tolerance induction" [GO:0002510] is_a "immune system process" [GO:0002376] and "central B cell tolerance induction" [GO:0002510] mediated_by "leukocyte" [CL:0000738]

"central B cell tolerance induction" [GO:0002510] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "central B cell tolerance induction" [GO:0002510] is_a "immune system process" [GO:0002376] and "central B cell tolerance induction" [GO:0002510] mediated_by "lymphocyte" [CL:0000542]

"central T cell tolerance induction" [GO:0002512] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "central T cell tolerance induction" [GO:0002512] is_a "immune system process" [GO:0002376] and "central T cell tolerance induction" [GO:0002512] mediated_by "leukocyte" [CL:0000738]

"central T cell tolerance induction" [GO:0002512] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "central T cell tolerance induction" [GO:0002512] is_a "immune system process" [GO:0002376] and "central T cell tolerance induction" [GO:0002512] mediated_by "lymphocyte" [CL:0000542]

"B cell anergy" [GO:0002515] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "B cell anergy" [GO:0002515] is_a "immune system process" [GO:0002376] and "B cell anergy" [GO:0002515] mediated_by "leukocyte" [CL:0000738]

"B cell anergy" [GO:0002515] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "B cell anergy" [GO:0002515] is_a "immune system process" [GO:0002376] and "B cell anergy" [GO:0002515] mediated_by "lymphocyte" [CL:0000542]

"T cell anergy" [GO:0002870] is_a "leukocyte mediated immunity" [GO:0002443] because of rule: genus_differentia : "leukocyte mediated immunity" [GO:0002443] is defined as a "immune system process" [GO:0002376] that mediated_by "leukocyte" [CL:0000738] , and it is the case that "T cell anergy" [GO:0002870] is_a "immune system process" [GO:0002376] and "T cell anergy" [GO:0002870] mediated_by "leukocyte" [CL:0000738]

"T cell anergy" [GO:0002870] is_a "lymphocyte mediated immunity" [GO:0002449] because of rule: genus_differentia : "lymphocyte mediated immunity" [GO:0002449] is defined as a "immune system process" [GO:0002376] that mediated_by "lymphocyte" [CL:0000542] , and it is the case that "T cell anergy" [GO:0002870] is_a "immune system process" [GO:0002376] and "T cell anergy" [GO:0002870] mediated_by "lymphocyte" [CL:0000542]

"spermatid development" [GO:0007286] is_a "germ cell development" [GO:0007281] because of rule: genus_differentia : "germ cell development" [GO:0007281] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "germ cell" [CL:0000586] , and it is the case that "spermatid development" [GO:0007286] is_a "developmental process" [GO:0032502] and "spermatid development" [GO:0007286] results_in_complete_development_of "germ cell" [CL:0000586]

"neuroblast fate determination" [GO:0007400] is_a "stem cell fate determination" [GO:0048867] because of rule: genus_differentia : "stem cell fate determination" [GO:0048867] is defined as a "cell fate determination" [GO:0001709] that results_in_determination_of "stem cell" [CL:0000034] , and it is the case that "neuroblast fate determination" [GO:0007400] is_a "cell fate determination" [GO:0001709] and "neuroblast fate determination" [GO:0007400] results_in_determination_of "stem cell" [CL:0000034]

"oenocyte development" [GO:0007438] is_a "epithelial cell development" [GO:0002064] because of rule: genus_differentia : "epithelial cell development" [GO:0002064] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "epithelial cell" [CL:0000066] , and it is the case that "oenocyte development" [GO:0007438] is_a "developmental process" [GO:0032502] and "oenocyte development" [GO:0007438] results_in_complete_development_of "epithelial cell" [CL:0000066]

"oenocyte development" [GO:0007438] is_a "columnar/cuboidal epithelial cell development" [GO:0002066] because of rule: genus_differentia : "columnar/cuboidal epithelial cell development" [GO:0002066] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "columnar/cuboidal epithelial cell" [CL:0000075] , and it is the case that "oenocyte development" [GO:0007438] is_a "developmental process" [GO:0032502] and "oenocyte development" [GO:0007438] results_in_complete_development_of "columnar/cuboidal epithelial cell" [CL:0000075]

"R8 cell fate commitment" [GO:0007460] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "R8 cell fate commitment" [GO:0007460] is_a "cell fate commitment" [GO:0045165] and "R8 cell fate commitment" [GO:0007460] results_in_commitment_to "neuron" [CL:0000540]

"R1/R6 cell fate commitment" [GO:0007462] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "R1/R6 cell fate commitment" [GO:0007462] is_a "cell fate commitment" [GO:0045165] and "R1/R6 cell fate commitment" [GO:0007462] results_in_commitment_to "neuron" [CL:0000540]

"R2/R5 cell fate commitment" [GO:0007463] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "R2/R5 cell fate commitment" [GO:0007463] is_a "cell fate commitment" [GO:0045165] and "R2/R5 cell fate commitment" [GO:0007463] results_in_commitment_to "neuron" [CL:0000540]

"R3/R4 cell fate commitment" [GO:0007464] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "R3/R4 cell fate commitment" [GO:0007464] is_a "cell fate commitment" [GO:0045165] and "R3/R4 cell fate commitment" [GO:0007464] results_in_commitment_to "neuron" [CL:0000540]

"R7 cell fate commitment" [GO:0007465] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "R7 cell fate commitment" [GO:0007465] is_a "cell fate commitment" [GO:0045165] and "R7 cell fate commitment" [GO:0007465] results_in_commitment_to "neuron" [CL:0000540]

"photoreceptor cell morphogenesis" [GO:0008594] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "photoreceptor cell morphogenesis" [GO:0008594] is_a "developmental process" [GO:0032502] and "photoreceptor cell morphogenesis" [GO:0008594] results_in_complete_development_of "neuron" [CL:0000540]

"megasporogenesis" [GO:0009554] is_a "germ cell development" [GO:0007281] because of rule: genus_differentia : "germ cell development" [GO:0007281] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "germ cell" [CL:0000586] , and it is the case that "megasporogenesis" [GO:0009554] is_a "developmental process" [GO:0032502] and "megasporogenesis" [GO:0009554] results_in_complete_development_of "germ cell" [CL:0000586]

"auditory receptor cell fate commitment" [GO:0009912] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "auditory receptor cell fate commitment" [GO:0009912] is_a "cell fate commitment" [GO:0045165] and "auditory receptor cell fate commitment" [GO:0009912] results_in_commitment_to "neuron" [CL:0000540]

"epidermal cell differentiation" [GO:0009913] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "epidermal cell differentiation" [GO:0009913] is_a "cell differentiation" [GO:0030154] and "epidermal cell differentiation" [GO:0009913] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"trichome differentiation" [GO:0010026] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "trichome differentiation" [GO:0010026] is_a "cell differentiation" [GO:0030154] and "trichome differentiation" [GO:0010026] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"trichome differentiation" [GO:0010026] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "trichome differentiation" [GO:0010026] is_a "cell differentiation" [GO:0030154] and "trichome differentiation" [GO:0010026] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"guard cell differentiation" [GO:0010052] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "guard cell differentiation" [GO:0010052] is_a "cell differentiation" [GO:0030154] and "guard cell differentiation" [GO:0010052] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"root epidermal cell differentiation" [GO:0010053] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "root epidermal cell differentiation" [GO:0010053] is_a "cell differentiation" [GO:0030154] and "root epidermal cell differentiation" [GO:0010053] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"trichoblast differentiation" [GO:0010054] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "trichoblast differentiation" [GO:0010054] is_a "cell differentiation" [GO:0030154] and "trichoblast differentiation" [GO:0010054] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"trichoblast differentiation" [GO:0010054] is_a "stem cell differentiation" [GO:0048863] because of rule: genus_differentia : "stem cell differentiation" [GO:0048863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "stem cell" [CL:0000034] , and it is the case that "trichoblast differentiation" [GO:0010054] is_a "cell differentiation" [GO:0030154] and "trichoblast differentiation" [GO:0010054] results_in_acquisition_of_features_of "stem cell" [CL:0000034]

"atrichoblast differentiation" [GO:0010055] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "atrichoblast differentiation" [GO:0010055] is_a "cell differentiation" [GO:0030154] and "atrichoblast differentiation" [GO:0010055] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"atrichoblast differentiation" [GO:0010055] is_a "stem cell differentiation" [GO:0048863] because of rule: genus_differentia : "stem cell differentiation" [GO:0048863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "stem cell" [CL:0000034] , and it is the case that "atrichoblast differentiation" [GO:0010055] is_a "cell differentiation" [GO:0030154] and "atrichoblast differentiation" [GO:0010055] results_in_acquisition_of_features_of "stem cell" [CL:0000034]

"atrichoblast fate specification" [GO:0010056] is_a "stem cell fate specification" [GO:0048866] because of rule: genus_differentia : "stem cell fate specification" [GO:0048866] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "stem cell" [CL:0000034] , and it is the case that "atrichoblast fate specification" [GO:0010056] is_a "cell fate specification" [GO:0001708] and "atrichoblast fate specification" [GO:0010056] results_in_specification_of "stem cell" [CL:0000034]

"trichoblast fate specification" [GO:0010057] is_a "stem cell fate specification" [GO:0048866] because of rule: genus_differentia : "stem cell fate specification" [GO:0048866] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "stem cell" [CL:0000034] , and it is the case that "trichoblast fate specification" [GO:0010057] is_a "cell fate specification" [GO:0001708] and "trichoblast fate specification" [GO:0010057] results_in_specification_of "stem cell" [CL:0000034]

"microglia differentiation" [GO:0014004] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "microglia differentiation" [GO:0014004] is_a "cell differentiation" [GO:0030154] and "microglia differentiation" [GO:0014004] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"microglia differentiation" [GO:0014004] is_a "myeloid leukocyte differentiation" [GO:0002573] because of rule: genus_differentia : "myeloid leukocyte differentiation" [GO:0002573] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "myeloid leukocyte" [CL:0000766] , and it is the case that "microglia differentiation" [GO:0014004] is_a "cell differentiation" [GO:0030154] and "microglia differentiation" [GO:0014004] results_in_acquisition_of_features_of "myeloid leukocyte" [CL:0000766]

"microglia differentiation" [GO:0014004] is_a "macrophage differentiation" [GO:0030225] because of rule: genus_differentia : "macrophage differentiation" [GO:0030225] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "macrophage" [CL:0000235] , and it is the case that "microglia differentiation" [GO:0014004] is_a "cell differentiation" [GO:0030154] and "microglia differentiation" [GO:0014004] results_in_acquisition_of_features_of "macrophage" [CL:0000235]

"neuroblast differentiation" [GO:0014016] is_a "stem cell differentiation" [GO:0048863] because of rule: genus_differentia : "stem cell differentiation" [GO:0048863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "stem cell" [CL:0000034] , and it is the case that "neuroblast differentiation" [GO:0014016] is_a "cell differentiation" [GO:0030154] and "neuroblast differentiation" [GO:0014016] results_in_acquisition_of_features_of "stem cell" [CL:0000034]

"neuroblast fate commitment" [GO:0014017] is_a "stem cell fate commitment" [GO:0048865] because of rule: genus_differentia : "stem cell fate commitment" [GO:0048865] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "stem cell" [CL:0000034] , and it is the case that "neuroblast fate commitment" [GO:0014017] is_a "cell fate commitment" [GO:0045165] and "neuroblast fate commitment" [GO:0014017] results_in_commitment_to "stem cell" [CL:0000034]

"neuroblast fate specification" [GO:0014018] is_a "stem cell fate specification" [GO:0048866] because of rule: genus_differentia : "stem cell fate specification" [GO:0048866] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "stem cell" [CL:0000034] , and it is the case that "neuroblast fate specification" [GO:0014018] is_a "cell fate specification" [GO:0001708] and "neuroblast fate specification" [GO:0014018] results_in_specification_of "stem cell" [CL:0000034]

"neuroblast development" [GO:0014019] is_a "stem cell development" [GO:0048864] because of rule: genus_differentia : "stem cell development" [GO:0048864] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "stem cell" [CL:0000034] , and it is the case that "neuroblast development" [GO:0014019] is_a "developmental process" [GO:0032502] and "neuroblast development" [GO:0014019] results_in_complete_development_of "stem cell" [CL:0000034]

"radial glial cell differentiation in the spinal cord" [GO:0021531] is_a "neuroblast differentiation" [GO:0014016] because of rule: genus_differentia : "neuroblast differentiation" [GO:0014016] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell differentiation in the spinal cord" [GO:0021531] is_a "cell differentiation" [GO:0030154] and "radial glial cell differentiation in the spinal cord" [GO:0021531] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"radial glial cell differentiation in the spinal cord" [GO:0021531] is_a "neuroblast cell differentiation" [GO:0021863] because of rule: genus_differentia : "neuroblast cell differentiation" [GO:0021863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell differentiation in the spinal cord" [GO:0021531] is_a "cell differentiation" [GO:0030154] and "radial glial cell differentiation in the spinal cord" [GO:0021531] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"eurydendroid cell differentiation" [GO:0021755] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "eurydendroid cell differentiation" [GO:0021755] is_a "cell differentiation" [GO:0030154] and "eurydendroid cell differentiation" [GO:0021755] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"neuroblast division in the ventricular zone" [GO:0021847] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "neuroblast division in the ventricular zone" [GO:0021847] is_a "cell division" [GO:0051301] and "neuroblast division in the ventricular zone" [GO:0021847] results_in_division_of "stem cell" [CL:0000034]

"neuroblast division in the ventricular zone" [GO:0021847] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "neuroblast division in the ventricular zone" [GO:0021847] is_a "cell division" [GO:0051301] and "neuroblast division in the ventricular zone" [GO:0021847] results_in_division_of "somatic stem cell" [CL:0000723]

"neuroblast division in the subpallium" [GO:0021848] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "neuroblast division in the subpallium" [GO:0021848] is_a "cell division" [GO:0051301] and "neuroblast division in the subpallium" [GO:0021848] results_in_division_of "stem cell" [CL:0000034]

"neuroblast division in the subpallium" [GO:0021848] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "neuroblast division in the subpallium" [GO:0021848] is_a "cell division" [GO:0051301] and "neuroblast division in the subpallium" [GO:0021848] results_in_division_of "somatic stem cell" [CL:0000723]

"neuroblast division in the subventricular zone" [GO:0021849] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "neuroblast division in the subventricular zone" [GO:0021849] is_a "cell division" [GO:0051301] and "neuroblast division in the subventricular zone" [GO:0021849] results_in_division_of "stem cell" [CL:0000034]

"neuroblast division in the subventricular zone" [GO:0021849] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "neuroblast division in the subventricular zone" [GO:0021849] is_a "cell division" [GO:0051301] and "neuroblast division in the subventricular zone" [GO:0021849] results_in_division_of "somatic stem cell" [CL:0000723]

"neuroblast division in the dorsal lateral ganglionic eminence" [GO:0021851] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "neuroblast division in the dorsal lateral ganglionic eminence" [GO:0021851] is_a "cell division" [GO:0051301] and "neuroblast division in the dorsal lateral ganglionic eminence" [GO:0021851] results_in_division_of "stem cell" [CL:0000034]

"neuroblast division in the dorsal lateral ganglionic eminence" [GO:0021851] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "neuroblast division in the dorsal lateral ganglionic eminence" [GO:0021851] is_a "cell division" [GO:0051301] and "neuroblast division in the dorsal lateral ganglionic eminence" [GO:0021851] results_in_division_of "somatic stem cell" [CL:0000723]

"pyramidal neuron migration" [GO:0021852] is_a "neuron migration" [GO:0001764] because of rule: genus_differentia : "neuron migration" [GO:0001764] is defined as a "cell migration" [GO:0016477] that results_in_movement_of "neuron" [CL:0000540] , and it is the case that "pyramidal neuron migration" [GO:0021852] is_a "cell migration" [GO:0016477] and "pyramidal neuron migration" [GO:0021852] results_in_movement_of "neuron" [CL:0000540]

"pyramidal neuron differentiation" [GO:0021859] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "pyramidal neuron differentiation" [GO:0021859] is_a "cell differentiation" [GO:0030154] and "pyramidal neuron differentiation" [GO:0021859] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"radial glial cell differentiation in the forebrain" [GO:0021861] is_a "neuroblast differentiation" [GO:0014016] because of rule: genus_differentia : "neuroblast differentiation" [GO:0014016] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell differentiation in the forebrain" [GO:0021861] is_a "cell differentiation" [GO:0030154] and "radial glial cell differentiation in the forebrain" [GO:0021861] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"radial glial cell differentiation in the forebrain" [GO:0021861] is_a "neuroblast cell differentiation" [GO:0021863] because of rule: genus_differentia : "neuroblast cell differentiation" [GO:0021863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell differentiation in the forebrain" [GO:0021861] is_a "cell differentiation" [GO:0030154] and "radial glial cell differentiation in the forebrain" [GO:0021861] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"neuroblast cell differentiation" [GO:0021863] is_a "stem cell differentiation" [GO:0048863] because of rule: genus_differentia : "stem cell differentiation" [GO:0048863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "stem cell" [CL:0000034] , and it is the case that "neuroblast cell differentiation" [GO:0021863] is_a "cell differentiation" [GO:0030154] and "neuroblast cell differentiation" [GO:0021863] results_in_acquisition_of_features_of "stem cell" [CL:0000034]

"radial glial cell division in the forebrain" [GO:0021864] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell division in the forebrain" [GO:0021864] is_a "cell division" [GO:0051301] and "radial glial cell division in the forebrain" [GO:0021864] results_in_division_of "neuroblast" [CL:0000031]

"symmetric radial glial cell division in the forebrain" [GO:0021865] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "symmetric radial glial cell division in the forebrain" [GO:0021865] is_a "cell division" [GO:0051301] and "symmetric radial glial cell division in the forebrain" [GO:0021865] results_in_division_of "neuroblast" [CL:0000031]

"asymmetric radial glial cell division in the forebrain" [GO:0021866] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "asymmetric radial glial cell division in the forebrain" [GO:0021866] is_a "cell division" [GO:0051301] and "asymmetric radial glial cell division in the forebrain" [GO:0021866] results_in_division_of "neuroblast" [CL:0000031]

"neuron-producing asymmetric radial glial cell division in the forebrain" [GO:0021867] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "neuron-producing asymmetric radial glial cell division in the forebrain" [GO:0021867] is_a "cell division" [GO:0051301] and "neuron-producing asymmetric radial glial cell division in the forebrain" [GO:0021867] results_in_division_of "neuroblast" [CL:0000031]

"ventricular zone cell-producing asymmetric radial glial cell division in the forebrain" [GO:0021868] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "ventricular zone cell-producing asymmetric radial glial cell division in the forebrain" [GO:0021868] is_a "cell division" [GO:0051301] and "ventricular zone cell-producing asymmetric radial glial cell division in the forebrain" [GO:0021868] results_in_division_of "neuroblast" [CL:0000031]

"Cajal-Retzius cell differentiation" [GO:0021870] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "Cajal-Retzius cell differentiation" [GO:0021870] is_a "cell differentiation" [GO:0030154] and "Cajal-Retzius cell differentiation" [GO:0021870] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"forebrain neuroblast division" [GO:0021873] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "forebrain neuroblast division" [GO:0021873] is_a "cell division" [GO:0051301] and "forebrain neuroblast division" [GO:0021873] results_in_division_of "stem cell" [CL:0000034]

"forebrain neuroblast division" [GO:0021873] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "forebrain neuroblast division" [GO:0021873] is_a "cell division" [GO:0051301] and "forebrain neuroblast division" [GO:0021873] results_in_division_of "somatic stem cell" [CL:0000723]

"forebrain astrocyte fate commitment" [GO:0021878] is_a "glial cell fate commitment" [GO:0021781] because of rule: genus_differentia : "glial cell fate commitment" [GO:0021781] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "glial cell" [CL:0000125] , and it is the case that "forebrain astrocyte fate commitment" [GO:0021878] is_a "cell fate commitment" [GO:0045165] and "forebrain astrocyte fate commitment" [GO:0021878] results_in_commitment_to "glial cell" [CL:0000125]

"radial glial cell division in the subpallium" [GO:0022014] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell division in the subpallium" [GO:0022014] is_a "cell division" [GO:0051301] and "radial glial cell division in the subpallium" [GO:0022014] results_in_division_of "neuroblast" [CL:0000031]

"radial glial cell division in the pallium" [GO:0022015] is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell division in the pallium" [GO:0022015] is_a "cell division" [GO:0051301] and "radial glial cell division in the pallium" [GO:0022015] results_in_division_of "neuroblast" [CL:0000031]

"neuroblast division in the pallium" [GO:0022017] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "neuroblast division in the pallium" [GO:0022017] is_a "cell division" [GO:0051301] and "neuroblast division in the pallium" [GO:0022017] results_in_division_of "somatic stem cell" [CL:0000723]

"radial glial cell fate commitment in the forebrain" [GO:0022023] is_a "neuroblast fate commitment" [GO:0014017] because of rule: genus_differentia : "neuroblast fate commitment" [GO:0014017] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuroblast" [CL:0000031] , and it is the case that "radial glial cell fate commitment in the forebrain" [GO:0022023] is_a "cell fate commitment" [GO:0045165] and "radial glial cell fate commitment in the forebrain" [GO:0022023] results_in_commitment_to "neuroblast" [CL:0000031]

"platelet formation" [GO:0030220] is_a "hemopoiesis" [GO:0030097] because of rule: genus_differentia : "hemopoiesis" [GO:0030097] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "blood cell" [CL:0000081] , and it is the case that "platelet formation" [GO:0030220] is_a "anatomical structure formation" [GO:0048646] and "platelet formation" [GO:0030220] results_in_formation_of "blood cell" [CL:0000081]

"stalk cell differentiation" [GO:0031149] is_a "columnar/cuboidal epithelial cell differentiation" [GO:0002065] because of rule: genus_differentia : "columnar/cuboidal epithelial cell differentiation" [GO:0002065] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "columnar/cuboidal epithelial cell" [CL:0000075] , and it is the case that "stalk cell differentiation" [GO:0031149] is_a "cell differentiation" [GO:0030154] and "stalk cell differentiation" [GO:0031149] results_in_acquisition_of_features_of "columnar/cuboidal epithelial cell" [CL:0000075]

"stalk cell differentiation" [GO:0031149] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "stalk cell differentiation" [GO:0031149] is_a "cell differentiation" [GO:0030154] and "stalk cell differentiation" [GO:0031149] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"retinal ganglion cell axon guidance" [GO:0031290] is_a "neuron migration" [GO:0001764] because of rule: genus_differentia : "neuron migration" [GO:0001764] is defined as a "cell migration" [GO:0016477] that results_in_movement_of "neuron" [CL:0000540] , and it is the case that "retinal ganglion cell axon guidance" [GO:0031290] is_a "cell migration" [GO:0016477] and "retinal ganglion cell axon guidance" [GO:0031290] results_in_movement_of "neuron" [CL:0000540]

"negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0032830] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0032830] is_a "cell differentiation" [GO:0030154] and "negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0032830] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0032831] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0032831] is_a "cell differentiation" [GO:0030154] and "positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0032831] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032833] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032833] is_a "cell differentiation" [GO:0030154] and "negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032833] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032833] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032833] is_a "cell differentiation" [GO:0030154] and "negative regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032833] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032834] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032834] is_a "cell differentiation" [GO:0030154] and "positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032834] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032834] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032834] is_a "cell differentiation" [GO:0030154] and "positive regulation of CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation during immune response" [GO:0032834] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"lamellocyte differentiation" [GO:0035171] is_a "plasmatocyte differentiation" [GO:0042387] because of rule: genus_differentia : "plasmatocyte differentiation" [GO:0042387] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "plasmatocyte" [CL:0000394] , and it is the case that "lamellocyte differentiation" [GO:0035171] is_a "cell differentiation" [GO:0030154] and "lamellocyte differentiation" [GO:0035171] results_in_acquisition_of_features_of "plasmatocyte" [CL:0000394]

"hair cell differentiation" [GO:0035315] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "hair cell differentiation" [GO:0035315] is_a "cell differentiation" [GO:0030154] and "hair cell differentiation" [GO:0035315] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"hair cell differentiation" [GO:0035315] is_a "epithelial cell differentiation" [GO:0030855] because of rule: genus_differentia : "epithelial cell differentiation" [GO:0030855] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "epithelial cell" [CL:0000066] , and it is the case that "hair cell differentiation" [GO:0035315] is_a "cell differentiation" [GO:0030154] and "hair cell differentiation" [GO:0035315] results_in_acquisition_of_features_of "epithelial cell" [CL:0000066]

"compound eye photoreceptor development" [GO:0042051] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "compound eye photoreceptor development" [GO:0042051] is_a "developmental process" [GO:0032502] and "compound eye photoreceptor development" [GO:0042051] results_in_complete_development_of "neuron" [CL:0000540]

"T-helper cell differentiation" [GO:0042093] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "T-helper cell differentiation" [GO:0042093] is_a "cell differentiation" [GO:0030154] and "T-helper cell differentiation" [GO:0042093] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"T-helper cell differentiation" [GO:0042093] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "T-helper cell differentiation" [GO:0042093] is_a "cell differentiation" [GO:0030154] and "T-helper cell differentiation" [GO:0042093] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"photoreceptor cell development" [GO:0042461] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "photoreceptor cell development" [GO:0042461] is_a "developmental process" [GO:0032502] and "photoreceptor cell development" [GO:0042461] results_in_complete_development_of "neuron" [CL:0000540]

"eye photoreceptor cell development" [GO:0042462] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "eye photoreceptor cell development" [GO:0042462] is_a "developmental process" [GO:0032502] and "eye photoreceptor cell development" [GO:0042462] results_in_complete_development_of "neuron" [CL:0000540]

"non-eye photoreceptor cell development" [GO:0042463] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "non-eye photoreceptor cell development" [GO:0042463] is_a "developmental process" [GO:0032502] and "non-eye photoreceptor cell development" [GO:0042463] results_in_complete_development_of "neuron" [CL:0000540]

"auditory receptor cell differentiation" [GO:0042491] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "auditory receptor cell differentiation" [GO:0042491] is_a "cell differentiation" [GO:0030154] and "auditory receptor cell differentiation" [GO:0042491] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"auditory receptor cell differentiation" [GO:0042491] is_a "hair cell differentiation" [GO:0035315] because of rule: genus_differentia : "hair cell differentiation" [GO:0035315] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "hair cell" [CL:0000855] , and it is the case that "auditory receptor cell differentiation" [GO:0042491] is_a "cell differentiation" [GO:0030154] and "auditory receptor cell differentiation" [GO:0042491] results_in_acquisition_of_features_of "hair cell" [CL:0000855]

"auditory receptor cell fate specification" [GO:0042667] is_a "neuron fate specification" [GO:0048665] because of rule: genus_differentia : "neuron fate specification" [GO:0048665] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "neuron" [CL:0000540] , and it is the case that "auditory receptor cell fate specification" [GO:0042667] is_a "cell fate specification" [GO:0001708] and "auditory receptor cell fate specification" [GO:0042667] results_in_specification_of "neuron" [CL:0000540]

"auditory receptor cell fate determination" [GO:0042668] is_a "neuron fate determination" [GO:0048664] because of rule: genus_differentia : "neuron fate determination" [GO:0048664] is defined as a "cell fate determination" [GO:0001709] that results_in_determination_of "neuron" [CL:0000540] , and it is the case that "auditory receptor cell fate determination" [GO:0042668] is_a "cell fate determination" [GO:0001709] and "auditory receptor cell fate determination" [GO:0042668] results_in_determination_of "neuron" [CL:0000540]

"retinal cone cell differentiation" [GO:0042670] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "retinal cone cell differentiation" [GO:0042670] is_a "cell differentiation" [GO:0030154] and "retinal cone cell differentiation" [GO:0042670] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"retinal cone cell fate determination" [GO:0042671] is_a "neuron fate determination" [GO:0048664] because of rule: genus_differentia : "neuron fate determination" [GO:0048664] is defined as a "cell fate determination" [GO:0001709] that results_in_determination_of "neuron" [CL:0000540] , and it is the case that "retinal cone cell fate determination" [GO:0042671] is_a "cell fate determination" [GO:0001709] and "retinal cone cell fate determination" [GO:0042671] results_in_determination_of "neuron" [CL:0000540]

"retinal cone cell fate specification" [GO:0042672] is_a "neuron fate specification" [GO:0048665] because of rule: genus_differentia : "neuron fate specification" [GO:0048665] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "neuron" [CL:0000540] , and it is the case that "retinal cone cell fate specification" [GO:0042672] is_a "cell fate specification" [GO:0001708] and "retinal cone cell fate specification" [GO:0042672] results_in_specification_of "neuron" [CL:0000540]

"non-eye photoreceptor cell differentiation" [GO:0042705] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "non-eye photoreceptor cell differentiation" [GO:0042705] is_a "cell differentiation" [GO:0030154] and "non-eye photoreceptor cell differentiation" [GO:0042705] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"eye photoreceptor cell fate commitment" [GO:0042706] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "eye photoreceptor cell fate commitment" [GO:0042706] is_a "cell fate commitment" [GO:0045165] and "eye photoreceptor cell fate commitment" [GO:0042706] results_in_commitment_to "neuron" [CL:0000540]

"non-eye photoreceptor cell fate commitment" [GO:0042707] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "non-eye photoreceptor cell fate commitment" [GO:0042707] is_a "cell fate commitment" [GO:0045165] and "non-eye photoreceptor cell fate commitment" [GO:0042707] results_in_commitment_to "neuron" [CL:0000540]

"alpha-beta T cell activation by superantigen" [GO:0042722] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "alpha-beta T cell activation by superantigen" [GO:0042722] is_a "cell activation" [GO:0001775] and "alpha-beta T cell activation by superantigen" [GO:0042722] results_in_change_to "leukocyte" [CL:0000738]

"CD4-positive, alpha beta T cell differentiation" [GO:0043367] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "CD4-positive, alpha beta T cell differentiation" [GO:0043367] is_a "cell activation" [GO:0001775] and "CD4-positive, alpha beta T cell differentiation" [GO:0043367] results_in_change_to "leukocyte" [CL:0000738]

"CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is_a "cell fate commitment" [GO:0045165] and "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"CD8-positive, alpha-beta T cell differentiation" [GO:0043374] is_a "leukocyte activation" [GO:0045321] because of rule: genus_differentia : "leukocyte activation" [GO:0045321] is defined as a "cell activation" [GO:0001775] that results_in_change_to "leukocyte" [CL:0000738] , and it is the case that "CD8-positive, alpha-beta T cell differentiation" [GO:0043374] is_a "cell activation" [GO:0001775] and "CD8-positive, alpha-beta T cell differentiation" [GO:0043374] results_in_change_to "leukocyte" [CL:0000738]

"CD8-positive, alpha-beta T cell lineage commitment" [GO:0043375] is_a "alpha-beta T cell lineage commitment" [GO:0002363] because of rule: genus_differentia : "alpha-beta T cell lineage commitment" [GO:0002363] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "alpha-beta T cell" [CL:0000789] , and it is the case that "CD8-positive, alpha-beta T cell lineage commitment" [GO:0043375] is_a "cell fate commitment" [GO:0045165] and "CD8-positive, alpha-beta T cell lineage commitment" [GO:0043375] results_in_commitment_to "alpha-beta T cell" [CL:0000789]

"regulation of memory T cell differentiation" [GO:0043380] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "regulation of memory T cell differentiation" [GO:0043380] is_a "cell differentiation" [GO:0030154] and "regulation of memory T cell differentiation" [GO:0043380] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"negative regulation of memory T cell differentiation" [GO:0043381] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "negative regulation of memory T cell differentiation" [GO:0043381] is_a "cell differentiation" [GO:0030154] and "negative regulation of memory T cell differentiation" [GO:0043381] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"negative regulation of memory T cell differentiation" [GO:0043381] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "negative regulation of memory T cell differentiation" [GO:0043381] is_a "cell differentiation" [GO:0030154] and "negative regulation of memory T cell differentiation" [GO:0043381] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"positive regulation of memory T cell differentiation" [GO:0043382] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "positive regulation of memory T cell differentiation" [GO:0043382] is_a "cell differentiation" [GO:0030154] and "positive regulation of memory T cell differentiation" [GO:0043382] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"positive regulation of memory T cell differentiation" [GO:0043382] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "positive regulation of memory T cell differentiation" [GO:0043382] is_a "cell differentiation" [GO:0030154] and "positive regulation of memory T cell differentiation" [GO:0043382] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"photoreceptor cell fate determination" [GO:0043703] is_a "neuron fate determination" [GO:0048664] because of rule: genus_differentia : "neuron fate determination" [GO:0048664] is defined as a "cell fate determination" [GO:0001709] that results_in_determination_of "neuron" [CL:0000540] , and it is the case that "photoreceptor cell fate determination" [GO:0043703] is_a "cell fate determination" [GO:0001709] and "photoreceptor cell fate determination" [GO:0043703] results_in_determination_of "neuron" [CL:0000540]

"photoreceptor cell fate specification" [GO:0043704] is_a "neuron fate specification" [GO:0048665] because of rule: genus_differentia : "neuron fate specification" [GO:0048665] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "neuron" [CL:0000540] , and it is the case that "photoreceptor cell fate specification" [GO:0043704] is_a "cell fate specification" [GO:0001708] and "photoreceptor cell fate specification" [GO:0043704] results_in_specification_of "neuron" [CL:0000540]

"T-helper 1 cell differentiation" [GO:0045063] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "T-helper 1 cell differentiation" [GO:0045063] is_a "cell differentiation" [GO:0030154] and "T-helper 1 cell differentiation" [GO:0045063] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"T-helper 1 cell differentiation" [GO:0045063] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "T-helper 1 cell differentiation" [GO:0045063] is_a "cell differentiation" [GO:0030154] and "T-helper 1 cell differentiation" [GO:0045063] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"T-helper 2 cell differentiation" [GO:0045064] is_a "leukocyte differentiation" [GO:0002521] because of rule: genus_differentia : "leukocyte differentiation" [GO:0002521] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "leukocyte" [CL:0000738] , and it is the case that "T-helper 2 cell differentiation" [GO:0045064] is_a "cell differentiation" [GO:0030154] and "T-helper 2 cell differentiation" [GO:0045064] results_in_acquisition_of_features_of "leukocyte" [CL:0000738]

"T-helper 2 cell differentiation" [GO:0045064] is_a "lymphocyte differentiation" [GO:0030098] because of rule: genus_differentia : "lymphocyte differentiation" [GO:0030098] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "lymphocyte" [CL:0000542] , and it is the case that "T-helper 2 cell differentiation" [GO:0045064] is_a "cell differentiation" [GO:0030154] and "T-helper 2 cell differentiation" [GO:0045064] results_in_acquisition_of_features_of "lymphocyte" [CL:0000542]

"R8 development" [GO:0045463] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "R8 development" [GO:0045463] is_a "developmental process" [GO:0032502] and "R8 development" [GO:0045463] results_in_complete_development_of "neuron" [CL:0000540]

"R8 cell fate specification" [GO:0045464] is_a "neuron fate specification" [GO:0048665] because of rule: genus_differentia : "neuron fate specification" [GO:0048665] is defined as a "cell fate specification" [GO:0001708] that results_in_specification_of "neuron" [CL:0000540] , and it is the case that "R8 cell fate specification" [GO:0045464] is_a "cell fate specification" [GO:0001708] and "R8 cell fate specification" [GO:0045464] results_in_specification_of "neuron" [CL:0000540]

"R8 cell differentiation" [GO:0045465] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "R8 cell differentiation" [GO:0045465] is_a "cell differentiation" [GO:0030154] and "R8 cell differentiation" [GO:0045465] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"R7 cell differentiation" [GO:0045466] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "R7 cell differentiation" [GO:0045466] is_a "cell differentiation" [GO:0030154] and "R7 cell differentiation" [GO:0045466] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"R7 development" [GO:0045467] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "R7 development" [GO:0045467] is_a "developmental process" [GO:0032502] and "R7 development" [GO:0045467] results_in_complete_development_of "neuron" [CL:0000540]

"photoreceptor cell differentiation" [GO:0046530] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "photoreceptor cell differentiation" [GO:0046530] is_a "cell differentiation" [GO:0030154] and "photoreceptor cell differentiation" [GO:0046530] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"retinal rod cell development" [GO:0046548] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "retinal rod cell development" [GO:0046548] is_a "developmental process" [GO:0032502] and "retinal rod cell development" [GO:0046548] results_in_complete_development_of "neuron" [CL:0000540]

"retinal cone cell development" [GO:0046549] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "retinal cone cell development" [GO:0046549] is_a "developmental process" [GO:0032502] and "retinal cone cell development" [GO:0046549] results_in_complete_development_of "neuron" [CL:0000540]

"retinal cone cell fate commitment" [GO:0046551] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "retinal cone cell fate commitment" [GO:0046551] is_a "cell fate commitment" [GO:0045165] and "retinal cone cell fate commitment" [GO:0046551] results_in_commitment_to "neuron" [CL:0000540]

"photoreceptor cell fate commitment" [GO:0046552] is_a "neuron fate commitment" [GO:0048663] because of rule: genus_differentia : "neuron fate commitment" [GO:0048663] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuron" [CL:0000540] , and it is the case that "photoreceptor cell fate commitment" [GO:0046552] is_a "cell fate commitment" [GO:0045165] and "photoreceptor cell fate commitment" [GO:0046552] results_in_commitment_to "neuron" [CL:0000540]

"R1/R6 cell differentiation" [GO:0048052] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "R1/R6 cell differentiation" [GO:0048052] is_a "cell differentiation" [GO:0030154] and "R1/R6 cell differentiation" [GO:0048052] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"R1/R6 development" [GO:0048053] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "R1/R6 development" [GO:0048053] is_a "developmental process" [GO:0032502] and "R1/R6 development" [GO:0048053] results_in_complete_development_of "neuron" [CL:0000540]

"R2/R5 cell differentiation" [GO:0048054] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "R2/R5 cell differentiation" [GO:0048054] is_a "cell differentiation" [GO:0030154] and "R2/R5 cell differentiation" [GO:0048054] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"R2/R5 development" [GO:0048055] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "R2/R5 development" [GO:0048055] is_a "developmental process" [GO:0032502] and "R2/R5 development" [GO:0048055] results_in_complete_development_of "neuron" [CL:0000540]

"R3/R4 cell differentiation" [GO:0048056] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "R3/R4 cell differentiation" [GO:0048056] is_a "cell differentiation" [GO:0030154] and "R3/R4 cell differentiation" [GO:0048056] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"R3/R4 development" [GO:0048057] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , and it is the case that "R3/R4 development" [GO:0048057] is_a "developmental process" [GO:0032502] and "R3/R4 development" [GO:0048057] results_in_complete_development_of "neuron" [CL:0000540]

"conidium formation" [GO:0048315] is_a "sporulation" [GO:0030435] because of rule: genus_differentia : "sporulation" [GO:0030435] is defined as a "anatomical structure formation" [GO:0048646] that results_in_formation_of "spore" [CL:0000522] , and it is the case that "conidium formation" [GO:0048315] is_a "anatomical structure formation" [GO:0048646] and "conidium formation" [GO:0048315] results_in_formation_of "spore" [CL:0000522]

"companion cell differentiation" [GO:0048758] is_a "parenchymal cell differentiation" [GO:0048760] because of rule: genus_differentia : "parenchymal cell differentiation" [GO:0048760] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "parenchymal cell" [CL:0000668] , and it is the case that "companion cell differentiation" [GO:0048758] is_a "cell differentiation" [GO:0030154] and "companion cell differentiation" [GO:0048758] results_in_acquisition_of_features_of "parenchymal cell" [CL:0000668]

"neuromast hair cell differentiation" [GO:0048886] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "neuromast hair cell differentiation" [GO:0048886] is_a "cell differentiation" [GO:0030154] and "neuromast hair cell differentiation" [GO:0048886] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"neuromast hair cell differentiation" [GO:0048886] is_a "hair cell differentiation" [GO:0035315] because of rule: genus_differentia : "hair cell differentiation" [GO:0035315] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "hair cell" [CL:0000855] , and it is the case that "neuromast hair cell differentiation" [GO:0048886] is_a "cell differentiation" [GO:0030154] and "neuromast hair cell differentiation" [GO:0048886] results_in_acquisition_of_features_of "hair cell" [CL:0000855]

"anterior lateral line neuromast hair cell differentiation" [GO:0048903] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "anterior lateral line neuromast hair cell differentiation" [GO:0048903] is_a "cell differentiation" [GO:0030154] and "anterior lateral line neuromast hair cell differentiation" [GO:0048903] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"anterior lateral line neuromast hair cell differentiation" [GO:0048903] is_a "hair cell differentiation" [GO:0035315] because of rule: genus_differentia : "hair cell differentiation" [GO:0035315] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "hair cell" [CL:0000855] , and it is the case that "anterior lateral line neuromast hair cell differentiation" [GO:0048903] is_a "cell differentiation" [GO:0030154] and "anterior lateral line neuromast hair cell differentiation" [GO:0048903] results_in_acquisition_of_features_of "hair cell" [CL:0000855]

"posterior lateral line neuromast hair cell differentiation" [GO:0048923] is_a "neuron differentiation" [GO:0030182] because of rule: genus_differentia : "neuron differentiation" [GO:0030182] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuron" [CL:0000540] , and it is the case that "posterior lateral line neuromast hair cell differentiation" [GO:0048923] is_a "cell differentiation" [GO:0030154] and "posterior lateral line neuromast hair cell differentiation" [GO:0048923] results_in_acquisition_of_features_of "neuron" [CL:0000540]

"posterior lateral line neuromast hair cell differentiation" [GO:0048923] is_a "hair cell differentiation" [GO:0035315] because of rule: genus_differentia : "hair cell differentiation" [GO:0035315] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "hair cell" [CL:0000855] , and it is the case that "posterior lateral line neuromast hair cell differentiation" [GO:0048923] is_a "cell differentiation" [GO:0030154] and "posterior lateral line neuromast hair cell differentiation" [GO:0048923] results_in_acquisition_of_features_of "hair cell" [CL:0000855]

"cardiac muscle cell development" [GO:0055013] is_a "muscle cell development" [GO:0055001] because of rule: genus_differentia : "muscle cell development" [GO:0055001] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "muscle cell" [CL:0000187] , 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_development_of "muscle cell" [CL:0000187]

"atrial cardiac muscle cell development" [GO:0055014] is_a "muscle cell development" [GO:0055001] because of rule: genus_differentia : "muscle cell development" [GO:0055001] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "muscle cell" [CL:0000187] , 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_development_of "muscle cell" [CL:0000187]

"ventricular cardiac muscle cell development" [GO:0055015] is_a "muscle cell development" [GO:0055001] because of rule: genus_differentia : "muscle cell development" [GO:0055001] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "muscle cell" [CL:0000187] , 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_development_of "muscle cell" [CL:0000187]

"neuroblast division" [GO:0055057] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "neuroblast division" [GO:0055057] is_a "cell division" [GO:0051301] and "neuroblast division" [GO:0055057] results_in_division_of "stem cell" [CL:0000034]

"neuroblast division" [GO:0055057] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "neuroblast division" [GO:0055057] is_a "cell division" [GO:0051301] and "neuroblast division" [GO:0055057] results_in_division_of "somatic stem cell" [CL:0000723]

"symmetric neuroblast division" [GO:0055058] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "symmetric neuroblast division" [GO:0055058] is_a "cell division" [GO:0051301] and "symmetric neuroblast division" [GO:0055058] results_in_division_of "stem cell" [CL:0000034]

"symmetric neuroblast division" [GO:0055058] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "symmetric neuroblast division" [GO:0055058] is_a "cell division" [GO:0051301] and "symmetric neuroblast division" [GO:0055058] results_in_division_of "somatic stem cell" [CL:0000723]

"asymmetric neuroblast division" [GO:0055059] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "asymmetric neuroblast division" [GO:0055059] is_a "cell division" [GO:0051301] and "asymmetric neuroblast division" [GO:0055059] results_in_division_of "stem cell" [CL:0000034]

"asymmetric neuroblast division" [GO:0055059] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "asymmetric neuroblast division" [GO:0055059] is_a "cell division" [GO:0051301] and "asymmetric neuroblast division" [GO:0055059] results_in_division_of "somatic stem cell" [CL:0000723]

"asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] is_a "stem cell division" [GO:0017145] because of rule: genus_differentia : "stem cell division" [GO:0017145] is defined as a "cell division" [GO:0051301] that results_in_division_of "stem cell" [CL:0000034] , and it is the case that "asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] is_a "cell division" [GO:0051301] and "asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] results_in_division_of "stem cell" [CL:0000034]

"asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] is_a "somatic stem cell division" [GO:0048103] because of rule: genus_differentia : "somatic stem cell division" [GO:0048103] is defined as a "cell division" [GO:0051301] that results_in_division_of "somatic stem cell" [CL:0000723] , and it is the case that "asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] is_a "cell division" [GO:0051301] and "asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] results_in_division_of "somatic stem cell" [CL:0000723]

"asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] is_a "stem cell fate commitment" [GO:0048865] because of rule: genus_differentia : "stem cell fate commitment" [GO:0048865] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "stem cell" [CL:0000034] , and it is the case that "asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] is_a "cell fate commitment" [GO:0045165] and "asymmetric neuroblast division resulting in ganglion mother cell formation" [GO:0055060] results_in_commitment_to "stem cell" [CL:0000034]

"astrocyte fate commitment" [GO:0060018] is_a "glial cell fate commitment" [GO:0021781] because of rule: genus_differentia : "glial cell fate commitment" [GO:0021781] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "glial cell" [CL:0000125] , and it is the case that "astrocyte fate commitment" [GO:0060018] is_a "cell fate commitment" [GO:0045165] and "astrocyte fate commitment" [GO:0060018] results_in_commitment_to "glial cell" [CL:0000125]

"radial glial cell differentiation" [GO:0060019] is_a "neuroblast differentiation" [GO:0014016] because of rule: genus_differentia : "neuroblast differentiation" [GO:0014016] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell differentiation" [GO:0060019] is_a "cell differentiation" [GO:0030154] and "radial glial cell differentiation" [GO:0060019] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"radial glial cell differentiation" [GO:0060019] is_a "neuroblast cell differentiation" [GO:0021863] because of rule: genus_differentia : "neuroblast cell differentiation" [GO:0021863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "radial glial cell differentiation" [GO:0060019] is_a "cell differentiation" [GO:0030154] and "radial glial cell differentiation" [GO:0060019] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"Bergmann glial cell differentiation" [GO:0060020] is_a "glial cell differentiation" [GO:0010001] because of rule: genus_differentia : "glial cell differentiation" [GO:0010001] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "glial cell" [CL:0000125] , and it is the case that "Bergmann glial cell differentiation" [GO:0060020] is_a "cell differentiation" [GO:0030154] and "Bergmann glial cell differentiation" [GO:0060020] results_in_acquisition_of_features_of "glial cell" [CL:0000125]

"Bergmann glial cell differentiation" [GO:0060020] is_a "neuroblast differentiation" [GO:0014016] because of rule: genus_differentia : "neuroblast differentiation" [GO:0014016] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "Bergmann glial cell differentiation" [GO:0060020] is_a "cell differentiation" [GO:0030154] and "Bergmann glial cell differentiation" [GO:0060020] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"Bergmann glial cell differentiation" [GO:0060020] is_a "neuroblast cell differentiation" [GO:0021863] because of rule: genus_differentia : "neuroblast cell differentiation" [GO:0021863] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "neuroblast" [CL:0000031] , and it is the case that "Bergmann glial cell differentiation" [GO:0060020] is_a "cell differentiation" [GO:0030154] and "Bergmann glial cell differentiation" [GO:0060020] results_in_acquisition_of_features_of "neuroblast" [CL:0000031]

"Bergmann glial cell differentiation" [GO:0060020] is_a "astrocyte differentiation" [GO:0048708] because of rule: genus_differentia : "astrocyte differentiation" [GO:0048708] is defined as a "cell differentiation" [GO:0030154] that results_in_acquisition_of_features_of "astrocyte" [CL:0000127] , and it is the case that "Bergmann glial cell differentiation" [GO:0060020] is_a "cell differentiation" [GO:0030154] and "Bergmann glial cell differentiation" [GO:0060020] results_in_acquisition_of_features_of "astrocyte" [CL:0000127]

"auditory receptor cell development" [GO:0060117] is_a "neuron development" [GO:0048666] because of rule: genus_differentia : "neuron development" [GO:0048666] is defined as a "developmental process" [GO:0032502] that results_in_complete_development_of "neuron" [CL:0000540] , 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_development_of "neuron" [CL:0000540]

radial_glial_cell_cell_division is_a "neuroblast division" [GO:0055057] because of rule: genus_differentia : "neuroblast division" [GO:0055057] is defined as a "cell division" [GO:0051301] that results_in_division_of "neuroblast" [CL:0000031] , and it is the case that radial_glial_cell_cell_division is_a "cell division" [GO:0051301] and radial_glial_cell_cell_division results_in_division_of "neuroblast" [CL:0000031]

radial_glial_cell_cell_fate_commitment is_a "neuroblast fate commitment" [GO:0014017] because of rule: genus_differentia : "neuroblast fate commitment" [GO:0014017] is defined as a "cell fate commitment" [GO:0045165] that results_in_commitment_to "neuroblast" [CL:0000031] , and it is the case that radial_glial_cell_cell_fate_commitment is_a "cell fate commitment" [GO:0045165] and radial_glial_cell_cell_fate_commitment results_in_commitment_to "neuroblast" [CL:0000031]

"ganglion mother cell fate determination" [GO:0007402] is_a "stem cell fate determination" [GO:0048867] because of rule: genus_differentia : "stem cell fate determination" [GO:0048867] is defined as a "cell fate determination" [GO:0001709] that results_in_determination_of "stem cell" [CL:0000034] , and it is the case that "ganglion mother cell fate determination" [GO:0007402] is_a "cell fate determination" [GO:0001709] and "ganglion mother cell fate determination" [GO:0007402] results_in_determination_of "stem cell" [CL:0000034]

"radial glial cell division in the subpallium" [GO:0022014] is_a "neuroblast division in the subpallium" [GO:0021848] because of rule: genus_differentia : "neuroblast division in the subpallium" [GO:0021848] is defined as a "neuroblast division" [GO:0055057] that unfolds_in "subpallium" [continuant:subpallium] , and it is the case that "radial glial cell division in the subpallium" [GO:0022014] is_a "neuroblast division" [GO:0055057] and "radial glial cell division in the subpallium" [GO:0022014] unfolds_in "subpallium" [continuant:subpallium]

"radial glial cell division in the pallium" [GO:0022015] is_a "neuroblast division in the pallium" [GO:0022017] because of rule: genus_differentia : "neuroblast division in the pallium" [GO:0022017] is defined as a "neuroblast division" [GO:0055057] that unfolds_in "pallium" [continuant:pallium] , and it is the case that "radial glial cell division in the pallium" [GO:0022015] is_a "neuroblast division" [GO:0055057] and "radial glial cell division in the pallium" [GO:0022015] unfolds_in "pallium" [continuant:pallium]

GABAergic_neuron is_a "cell differentiation" [GO:0030154] because of rule: genus : GABAergic_neuron genus "cell differentiation" [GO:0030154]

"chlamydospore development" [GO:0001410] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "chlamydospore development" [GO:0001410] genus "anatomical structure formation" [GO:0048646]

"myeloid dendritic cell activation" [GO:0001773] is_a "cell activation" [GO:0001775] because of rule: genus : "myeloid dendritic cell activation" [GO:0001773] genus "cell activation" [GO:0001775]

"microglial cell activation" [GO:0001774] is_a "cell activation" [GO:0001775] because of rule: genus : "microglial cell activation" [GO:0001774] genus "cell activation" [GO:0001775]

"natural killer cell differentiation" [GO:0001779] is_a "cell differentiation" [GO:0030154] because of rule: genus : "natural killer cell differentiation" [GO:0001779] genus "cell differentiation" [GO:0030154]

"neutrophil homeostasis" [GO:0001780] is_a "homeostasis of number of cells" [GO:0048872] because of rule: genus : "neutrophil homeostasis" [GO:0001780] genus "homeostasis of number of cells" [GO:0048872]

"B cell homeostasis" [GO:0001782] is_a "homeostasis of number of cells" [GO:0048872] because of rule: genus : "B cell homeostasis" [GO:0001782] genus "homeostasis of number of cells" [GO:0048872]

"natural killer cell proliferation" [GO:0001787] is_a "cell proliferation" [GO:0008283] because of rule: genus : "natural killer cell proliferation" [GO:0001787] genus "cell proliferation" [GO:0008283]

"NK T cell differentiation" [GO:0001865] is_a "cell differentiation" [GO:0030154] because of rule: genus : "NK T cell differentiation" [GO:0001865] genus "cell differentiation" [GO:0030154]

"NK T cell proliferation" [GO:0001866] is_a "cell proliferation" [GO:0008283] because of rule: genus : "NK T cell proliferation" [GO:0001866] genus "cell proliferation" [GO:0008283]

"endothelial cell development" [GO:0001885] is_a "developmental process" [GO:0032502] because of rule: genus : "endothelial cell development" [GO:0001885] genus "developmental process" [GO:0032502]

"endothelial cell morphogenesis" [GO:0001886] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "endothelial cell morphogenesis" [GO:0001886] genus "anatomical structure morphogenesis" [GO:0009653]

"leukocyte mediated cytotoxicity" [GO:0001909] is_a "cell death" [GO:0008219] because of rule: genus : "leukocyte mediated cytotoxicity" [GO:0001909] genus "cell death" [GO:0008219]

"T cell mediated cytotoxicity" [GO:0001913] is_a "cell death" [GO:0008219] because of rule: genus : "T cell mediated cytotoxicity" [GO:0001913] genus "cell death" [GO:0008219]

"B-1 B cell homeostasis" [GO:0001922] is_a "homeostasis of number of cells" [GO:0048872] because of rule: genus : "B-1 B cell homeostasis" [GO:0001922] genus "homeostasis of number of cells" [GO:0048872]

"B-1 B cell differentiation" [GO:0001923] is_a "cell differentiation" [GO:0030154] because of rule: genus : "B-1 B cell differentiation" [GO:0001923] genus "cell differentiation" [GO:0030154]

"chondrocyte development" [GO:0002063] is_a "developmental process" [GO:0032502] because of rule: genus : "chondrocyte development" [GO:0002063] genus "developmental process" [GO:0032502]

"epithelial cell development" [GO:0002064] is_a "developmental process" [GO:0032502] because of rule: genus : "epithelial cell development" [GO:0002064] genus "developmental process" [GO:0032502]

"columnar/cuboidal epithelial cell development" [GO:0002066] is_a "developmental process" [GO:0032502] because of rule: genus : "columnar/cuboidal epithelial cell development" [GO:0002066] genus "developmental process" [GO:0032502]

"glandular epithelial cell differentiation" [GO:0002067] is_a "cell differentiation" [GO:0030154] because of rule: genus : "glandular epithelial cell differentiation" [GO:0002067] genus "cell differentiation" [GO:0030154]

"glandular epithelial cell development" [GO:0002068] is_a "developmental process" [GO:0032502] because of rule: genus : "glandular epithelial cell development" [GO:0002068] genus "developmental process" [GO:0032502]

"columnar/cuboidal epithelial cell maturation" [GO:0002069] is_a "developmental maturation" [GO:0021700] because of rule: genus : "columnar/cuboidal epithelial cell maturation" [GO:0002069] genus "developmental maturation" [GO:0021700]

"glandular epithelial cell maturation" [GO:0002071] is_a "developmental maturation" [GO:0021700] because of rule: genus : "glandular epithelial cell maturation" [GO:0002071] genus "developmental maturation" [GO:0021700]

"osteoblast development" [GO:0002076] is_a "developmental process" [GO:0032502] because of rule: genus : "osteoblast development" [GO:0002076] genus "developmental process" [GO:0032502]

"auditory receptor cell morphogenesis" [GO:0002093] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "auditory receptor cell morphogenesis" [GO:0002093] genus "anatomical structure morphogenesis" [GO:0009653]

"natural killer cell mediated immunity" [GO:0002228] is_a "immune system process" [GO:0002376] because of rule: genus : "natural killer cell mediated immunity" [GO:0002228] genus "immune system process" [GO:0002376]

"follicular dendritic cell differentiation" [GO:0002268] is_a "cell differentiation" [GO:0030154] because of rule: genus : "follicular dendritic cell differentiation" [GO:0002268] genus "cell differentiation" [GO:0030154]

"alpha-beta intraepithelial T cell differentiation" [GO:0002299] is_a "cell differentiation" [GO:0030154] because of rule: genus : "alpha-beta intraepithelial T cell differentiation" [GO:0002299] genus "cell differentiation" [GO:0030154]

"CD8-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002300] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD8-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002300] genus "cell differentiation" [GO:0030154]

"CD4-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002301] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD4-positive, alpha-beta intraepithelial T cell differentiation" [GO:0002301] genus "cell differentiation" [GO:0030154]

"gamma-delta intraepithelial T cell differentiation" [GO:0002304] is_a "cell differentiation" [GO:0030154] because of rule: genus : "gamma-delta intraepithelial T cell differentiation" [GO:0002304] genus "cell differentiation" [GO:0030154]

"CD8-positive, gamma-delta intraepithelial T cell differentiation" [GO:0002305] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD8-positive, gamma-delta intraepithelial T cell differentiation" [GO:0002305] genus "cell differentiation" [GO:0030154]

"CD4-positive gamma-delta intraepithelial T cell differentiation" [GO:0002306] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD4-positive gamma-delta intraepithelial T cell differentiation" [GO:0002306] genus "cell differentiation" [GO:0030154]

"CD8-positive, alpha-beta regulatory T cell differentiation" [GO:0002307] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD8-positive, alpha-beta regulatory T cell differentiation" [GO:0002307] genus "cell differentiation" [GO:0030154]

"CD8-positive, alpha-beta cytotoxic T cell differentiation" [GO:0002308] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD8-positive, alpha-beta cytotoxic T cell differentiation" [GO:0002308] genus "cell differentiation" [GO:0030154]

"germinal center B cell differentiation" [GO:0002314] is_a "cell differentiation" [GO:0030154] because of rule: genus : "germinal center B cell differentiation" [GO:0002314] genus "cell differentiation" [GO:0030154]

"marginal zone B cell differentiation" [GO:0002315] is_a "cell differentiation" [GO:0030154] because of rule: genus : "marginal zone B cell differentiation" [GO:0002315] genus "cell differentiation" [GO:0030154]

"follicular B cell differentiation" [GO:0002316] is_a "cell differentiation" [GO:0030154] because of rule: genus : "follicular B cell differentiation" [GO:0002316] genus "cell differentiation" [GO:0030154]

"plasma cell differentiation" [GO:0002317] is_a "cell differentiation" [GO:0030154] because of rule: genus : "plasma cell differentiation" [GO:0002317] genus "cell differentiation" [GO:0030154]

"memory B cell differentiation" [GO:0002319] is_a "cell differentiation" [GO:0030154] because of rule: genus : "memory B cell differentiation" [GO:0002319] genus "cell differentiation" [GO:0030154]

"natural killer cell progenitor differentiation" [GO:0002321] is_a "cell differentiation" [GO:0030154] because of rule: genus : "natural killer cell progenitor differentiation" [GO:0002321] genus "cell differentiation" [GO:0030154]

"immature B cell differentiation" [GO:0002327] is_a "cell differentiation" [GO:0030154] because of rule: genus : "immature B cell differentiation" [GO:0002327] genus "cell differentiation" [GO:0030154]

"pro-B cell differentiation" [GO:0002328] is_a "cell differentiation" [GO:0030154] because of rule: genus : "pro-B cell differentiation" [GO:0002328] genus "cell differentiation" [GO:0030154]

"pre-B cell differentiation" [GO:0002329] is_a "cell differentiation" [GO:0030154] because of rule: genus : "pre-B cell differentiation" [GO:0002329] genus "cell differentiation" [GO:0030154]

"transitional stage B cell differentiation" [GO:0002332] is_a "cell differentiation" [GO:0030154] because of rule: genus : "transitional stage B cell differentiation" [GO:0002332] genus "cell differentiation" [GO:0030154]

"mature B cell differentiation" [GO:0002335] is_a "cell differentiation" [GO:0030154] because of rule: genus : "mature B cell differentiation" [GO:0002335] genus "cell differentiation" [GO:0030154]

"B-1a B cell differentiation" [GO:0002337] is_a "cell differentiation" [GO:0030154] because of rule: genus : "B-1a B cell differentiation" [GO:0002337] genus "cell differentiation" [GO:0030154]

"B-1b B cell differentiation" [GO:0002338] is_a "cell differentiation" [GO:0030154] because of rule: genus : "B-1b B cell differentiation" [GO:0002338] genus "cell differentiation" [GO:0030154]

"B-1 B cell proliferation" [GO:0002359] is_a "cell proliferation" [GO:0008283] because of rule: genus : "B-1 B cell proliferation" [GO:0002359] genus "cell proliferation" [GO:0008283]

"CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0002361] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD4-positive, CD25-positive, alpha-beta regulatory T cell differentiation" [GO:0002361] genus "cell differentiation" [GO:0030154]

"myeloid dendritic cell cytokine production" [GO:0002372] is_a "cytokine production" [GO:0001816] because of rule: genus : "myeloid dendritic cell cytokine production" [GO:0002372] genus "cytokine production" [GO:0001816]

"plasmacytoid dendritic cell cytokine production" [GO:0002373] is_a "cytokine production" [GO:0001816] because of rule: genus : "plasmacytoid dendritic cell cytokine production" [GO:0002373] genus "cytokine production" [GO:0001816]

"myeloid dendritic cell chemotaxis" [GO:0002408] is_a "chemotaxis" [GO:0006935] because of rule: genus : "myeloid dendritic cell chemotaxis" [GO:0002408] genus "chemotaxis" [GO:0006935]

"Langerhans cell chemotaxis" [GO:0002409] is_a "chemotaxis" [GO:0006935] because of rule: genus : "Langerhans cell chemotaxis" [GO:0002409] genus "chemotaxis" [GO:0006935]

"plasmacytoid dendritic cell chemotaxis" [GO:0002410] is_a "chemotaxis" [GO:0006935] because of rule: genus : "plasmacytoid dendritic cell chemotaxis" [GO:0002410] genus "chemotaxis" [GO:0006935]

"myeloid leukocyte mediated immunity" [GO:0002444] is_a "immune system process" [GO:0002376] because of rule: genus : "myeloid leukocyte mediated immunity" [GO:0002444] genus "immune system process" [GO:0002376]

"neutrophil mediated immunity" [GO:0002446] is_a "immune system process" [GO:0002376] because of rule: genus : "neutrophil mediated immunity" [GO:0002446] genus "immune system process" [GO:0002376]

"eosinophil mediated immunity" [GO:0002447] is_a "immune system process" [GO:0002376] because of rule: genus : "eosinophil mediated immunity" [GO:0002447] genus "immune system process" [GO:0002376]

"mast cell mediated immunity" [GO:0002448] is_a "immune system process" [GO:0002376] because of rule: genus : "mast cell mediated immunity" [GO:0002448] genus "immune system process" [GO:0002376]

"lymphocyte mediated immunity" [GO:0002449] is_a "immune system process" [GO:0002376] because of rule: genus : "lymphocyte mediated immunity" [GO:0002449] genus "immune system process" [GO:0002376]

"T cell mediated immunity" [GO:0002456] is_a "immune system process" [GO:0002376] because of rule: genus : "T cell mediated immunity" [GO:0002456] genus "immune system process" [GO:0002376]

"B cell anergy" [GO:0002515] is_a "immune system process" [GO:0002376] because of rule: genus : "B cell anergy" [GO:0002515] genus "immune system process" [GO:0002376]

"basophil mediated immunity" [GO:0002560] is_a "immune system process" [GO:0002376] because of rule: genus : "basophil mediated immunity" [GO:0002560] genus "immune system process" [GO:0002376]

"pro-T cell differentiation" [GO:0002572] is_a "cell differentiation" [GO:0030154] because of rule: genus : "pro-T cell differentiation" [GO:0002572] genus "cell differentiation" [GO:0030154]

"T cell anergy" [GO:0002870] is_a "immune system process" [GO:0002376] because of rule: genus : "T cell anergy" [GO:0002870] genus "immune system process" [GO:0002376]

"syncytium formation" [GO:0006949] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "syncytium formation" [GO:0006949] genus "anatomical structure formation" [GO:0048646]

"neuron adhesion" [GO:0007158] is_a "biological adhesion" [GO:0022610] because of rule: genus : "neuron adhesion" [GO:0007158] genus "biological adhesion" [GO:0022610]

"leukocyte adhesion" [GO:0007159] is_a "biological adhesion" [GO:0022610] because of rule: genus : "leukocyte adhesion" [GO:0007159] genus "biological adhesion" [GO:0022610]

"gamete generation" [GO:0007276] is_a "biological_process" [GO:0008150] because of rule: genus : "gamete generation" [GO:0007276] genus "biological_process" [GO:0008150]

"pole cell development" [GO:0007277] is_a "developmental process" [GO:0032502] because of rule: genus : "pole cell development" [GO:0007277] genus "developmental process" [GO:0032502]

"pole cell formation" [GO:0007279] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pole cell formation" [GO:0007279] genus "anatomical structure formation" [GO:0048646]

"germ cell development" [GO:0007281] is_a "developmental process" [GO:0032502] because of rule: genus : "germ cell development" [GO:0007281] genus "developmental process" [GO:0032502]

"spermatid development" [GO:0007286] is_a "developmental process" [GO:0032502] because of rule: genus : "spermatid development" [GO:0007286] genus "developmental process" [GO:0032502]

"female gamete generation" [GO:0007292] is_a "biological_process" [GO:0008150] because of rule: genus : "female gamete generation" [GO:0007292] genus "biological_process" [GO:0008150]

"oenocyte development" [GO:0007438] is_a "developmental process" [GO:0032502] because of rule: genus : "oenocyte development" [GO:0007438] genus "developmental process" [GO:0032502]

"histoblast morphogenesis" [GO:0007488] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "histoblast morphogenesis" [GO:0007488] genus "anatomical structure morphogenesis" [GO:0009653]

"photoreceptor cell morphogenesis" [GO:0008594] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "photoreceptor cell morphogenesis" [GO:0008594] genus "anatomical structure morphogenesis" [GO:0009653]

"trichome differentiation" [GO:0010026] is_a "cell differentiation" [GO:0030154] because of rule: genus : "trichome differentiation" [GO:0010026] genus "cell differentiation" [GO:0030154]

"trichoblast differentiation" [GO:0010054] is_a "cell differentiation" [GO:0030154] because of rule: genus : "trichoblast differentiation" [GO:0010054] genus "cell differentiation" [GO:0030154]

"atrichoblast differentiation" [GO:0010055] is_a "cell differentiation" [GO:0030154] because of rule: genus : "atrichoblast differentiation" [GO:0010055] genus "cell differentiation" [GO:0030154]

"trichome morphogenesis" [GO:0010090] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "trichome morphogenesis" [GO:0010090] genus "anatomical structure morphogenesis" [GO:0009653]

"synergid death" [GO:0010198] is_a "death" [GO:0016265] because of rule: genus : "synergid death" [GO:0010198] genus "death" [GO:0016265]

"pollen wall formation" [GO:0010208] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "pollen wall formation" [GO:0010208] genus "anatomical structure formation" [GO:0048646]

"guard mother cell cytokinesis" [GO:0010235] is_a "cytokinesis" [GO:0000910] because of rule: genus : "guard mother cell cytokinesis" [GO:0010235] genus "cytokinesis" [GO:0000910]

"astrocyte development" [GO:0014002] is_a "developmental process" [GO:0032502] because of rule: genus : "astrocyte development" [GO:0014002] genus "developmental process" [GO:0032502]

"oligodendrocyte development" [GO:0014003] is_a "developmental process" [GO:0032502] because of rule: genus : "oligodendrocyte development" [GO:0014003] genus "developmental process" [GO:0032502]

"microglia development" [GO:0014005] is_a "developmental process" [GO:0032502] because of rule: genus : "microglia development" [GO:0014005] genus "developmental process" [GO:0032502]

"neuroblast development" [GO:0014019] is_a "developmental process" [GO:0032502] because of rule: genus : "neuroblast development" [GO:0014019] genus "developmental process" [GO:0032502]

"mesenchymal cell development" [GO:0014031] is_a "developmental process" [GO:0032502] because of rule: genus : "mesenchymal cell development" [GO:0014031] genus "developmental process" [GO:0032502]

"neural crest cell development" [GO:0014032] is_a "developmental process" [GO:0032502] because of rule: genus : "neural crest cell development" [GO:0014032] genus "developmental process" [GO:0032502]

"Schwann cell development" [GO:0014044] is_a "developmental process" [GO:0032502] because of rule: genus : "Schwann cell development" [GO:0014044] genus "developmental process" [GO:0032502]

"oocyte microtubule cytoskeleton organization" [GO:0016325] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "oocyte microtubule cytoskeleton organization" [GO:0016325] genus "cellular component organization and biogenesis" [GO:0016043]

"B cell mediated immunity" [GO:0019724] is_a "immune system process" [GO:0002376] because of rule: genus : "B cell mediated immunity" [GO:0019724] genus "immune system process" [GO:0002376]

"glial cell development" [GO:0021782] is_a "developmental process" [GO:0032502] because of rule: genus : "glial cell development" [GO:0021782] genus "developmental process" [GO:0032502]

"neuroblast division in the ventricular zone" [GO:0021847] is_a "neuroblast division" [GO:0055057] because of rule: genus : "neuroblast division in the ventricular zone" [GO:0021847] genus "neuroblast division" [GO:0055057]

"pyramidal neuron migration" [GO:0021852] is_a "cell migration" [GO:0016477] because of rule: genus : "pyramidal neuron migration" [GO:0021852] genus "cell migration" [GO:0016477]

"GABAergic neuron differentiation in the basal ganglia" [GO:0021858] is_a GABAergic_neuron because of rule: genus : "GABAergic neuron differentiation in the basal ganglia" [GO:0021858] genus GABAergic_neuron

"pyramidal neuron development" [GO:0021860] is_a "developmental process" [GO:0032502] because of rule: genus : "pyramidal neuron development" [GO:0021860] genus "developmental process" [GO:0032502]

"radial glial cell division in the forebrain" [GO:0021864] is_a radial_glial_cell_cell_division because of rule: genus : "radial glial cell division in the forebrain" [GO:0021864] genus radial_glial_cell_cell_division

"Purkinje cell precursor proliferation" [GO:0021925] is_a "cell proliferation" [GO:0008283] because of rule: genus : "Purkinje cell precursor proliferation" [GO:0021925] genus "cell proliferation" [GO:0008283]

"Golgi cell precursor proliferation" [GO:0021926] is_a "cell proliferation" [GO:0008283] because of rule: genus : "Golgi cell precursor proliferation" [GO:0021926] genus "cell proliferation" [GO:0008283]

"basket cell precursor proliferation" [GO:0021928] is_a "cell proliferation" [GO:0008283] because of rule: genus : "basket cell precursor proliferation" [GO:0021928] genus "cell proliferation" [GO:0008283]

"stellate cell precursor proliferation" [GO:0021929] is_a "cell proliferation" [GO:0008283] because of rule: genus : "stellate cell precursor proliferation" [GO:0021929] genus "cell proliferation" [GO:0008283]

"granule cell precursor proliferation" [GO:0021930] is_a "cell proliferation" [GO:0008283] because of rule: genus : "granule cell precursor proliferation" [GO:0021930] genus "cell proliferation" [GO:0008283]

"radial glial cell division in the subpallium" [GO:0022014] is_a radial_glial_cell_cell_division because of rule: genus : "radial glial cell division in the subpallium" [GO:0022014] genus radial_glial_cell_cell_division

"radial glial cell division in the pallium" [GO:0022015] is_a radial_glial_cell_cell_division because of rule: genus : "radial glial cell division in the pallium" [GO:0022015] genus radial_glial_cell_cell_division

"neuroblast division in the pallium" [GO:0022017] is_a "neuroblast division" [GO:0055057] because of rule: genus : "neuroblast division in the pallium" [GO:0022017] genus "neuroblast division" [GO:0055057]

"radial glial cell fate commitment in the forebrain" [GO:0022023] is_a radial_glial_cell_cell_fate_commitment because of rule: genus : "radial glial cell fate commitment in the forebrain" [GO:0022023] genus radial_glial_cell_cell_fate_commitment

"hemopoiesis" [GO:0030097] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "hemopoiesis" [GO:0030097] genus "anatomical structure formation" [GO:0048646]

"natural killer cell activation" [GO:0030101] is_a "cell activation" [GO:0001775] because of rule: genus : "natural killer cell activation" [GO:0030101] genus "cell activation" [GO:0001775]

"B cell differentiation" [GO:0030183] is_a "cell differentiation" [GO:0030154] because of rule: genus : "B cell differentiation" [GO:0030183] genus "cell differentiation" [GO:0030154]

"T cell differentiation" [GO:0030217] is_a "developmental process" [GO:0032502] because of rule: genus : "T cell differentiation" [GO:0030217] genus "developmental process" [GO:0032502]

"platelet formation" [GO:0030220] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "platelet formation" [GO:0030220] genus "anatomical structure formation" [GO:0048646]

"basophil differentiation" [GO:0030221] is_a "cell differentiation" [GO:0030154] because of rule: genus : "basophil differentiation" [GO:0030221] genus "cell differentiation" [GO:0030154]

"eosinophil differentiation" [GO:0030222] is_a "cell differentiation" [GO:0030154] because of rule: genus : "eosinophil differentiation" [GO:0030222] genus "cell differentiation" [GO:0030154]

"neutrophil differentiation" [GO:0030223] is_a "cell differentiation" [GO:0030154] because of rule: genus : "neutrophil differentiation" [GO:0030223] genus "cell differentiation" [GO:0030154]

"monocyte differentiation" [GO:0030224] is_a "cell differentiation" [GO:0030154] because of rule: genus : "monocyte differentiation" [GO:0030224] genus "cell differentiation" [GO:0030154]

"macrophage differentiation" [GO:0030225] is_a "cell differentiation" [GO:0030154] because of rule: genus : "macrophage differentiation" [GO:0030225] genus "cell differentiation" [GO:0030154]

"osteoclast differentiation" [GO:0030316] is_a "cell differentiation" [GO:0030154] because of rule: genus : "osteoclast differentiation" [GO:0030316] genus "cell differentiation" [GO:0030154]

"sperm mitochondrion organization and biogenesis" [GO:0030382] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "sperm mitochondrion organization and biogenesis" [GO:0030382] genus "cellular component organization and biogenesis" [GO:0016043]

"sporulation" [GO:0030435] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "sporulation" [GO:0030435] genus "anatomical structure formation" [GO:0048646]

"sporulation (sensu Fungi)" [GO:0030437] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "sporulation (sensu Fungi)" [GO:0030437] genus "anatomical structure formation" [GO:0048646]

"granulocyte differentiation" [GO:0030851] is_a "cell differentiation" [GO:0030154] because of rule: genus : "granulocyte differentiation" [GO:0030851] genus "cell differentiation" [GO:0030154]

"lymphocyte costimulation" [GO:0031294] is_a "biological_process" [GO:0008150] because of rule: genus : "lymphocyte costimulation" [GO:0031294] genus "biological_process" [GO:0008150]

"T cell costimulation" [GO:0031295] is_a "biological_process" [GO:0008150] because of rule: genus : "T cell costimulation" [GO:0031295] genus "biological_process" [GO:0008150]

"B cell costimulation" [GO:0031296] is_a "biological_process" [GO:0008150] because of rule: genus : "B cell costimulation" [GO:0031296] genus "biological_process" [GO:0008150]

"mast cell homeostasis" [GO:0033023] is_a "homeostasis of number of cells" [GO:0048872] because of rule: genus : "mast cell homeostasis" [GO:0033023] genus "homeostasis of number of cells" [GO:0048872]

"immature T cell proliferation" [GO:0033079] is_a "cell proliferation" [GO:0008283] because of rule: genus : "immature T cell proliferation" [GO:0033079] genus "cell proliferation" [GO:0008283]

"mast cell secretory granule organization and biogenesis" [GO:0033364] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "mast cell secretory granule organization and biogenesis" [GO:0033364] genus "cellular component organization and biogenesis" [GO:0016043]

"T cell secretory granule organization and biogenesis" [GO:0033371] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "T cell secretory granule organization and biogenesis" [GO:0033371] genus "cellular component organization and biogenesis" [GO:0016043]

"embryonic crystal cell differentiation" [GO:0035165] is_a "cell differentiation" [GO:0030154] because of rule: genus : "embryonic crystal cell differentiation" [GO:0035165] genus "cell differentiation" [GO:0030154]

"lymph gland plasmatocyte differentiation" [GO:0035169] is_a "cell differentiation" [GO:0030154] because of rule: genus : "lymph gland plasmatocyte differentiation" [GO:0035169] genus "cell differentiation" [GO:0030154]

"lymph gland crystal cell differentiation" [GO:0035170] is_a "cell differentiation" [GO:0030154] because of rule: genus : "lymph gland crystal cell differentiation" [GO:0035170] genus "cell differentiation" [GO:0030154]

"lamellocyte differentiation" [GO:0035171] is_a "cell differentiation" [GO:0030154] because of rule: genus : "lamellocyte differentiation" [GO:0035171] genus "cell differentiation" [GO:0030154]

"germ cell attraction" [GO:0035232] is_a "positive chemotaxis" [GO:0050918] because of rule: genus : "germ cell attraction" [GO:0035232] genus "positive chemotaxis" [GO:0050918]

"germ cell repulsion" [GO:0035233] is_a "negative chemotaxis" [GO:0050919] because of rule: genus : "germ cell repulsion" [GO:0035233] genus "negative chemotaxis" [GO:0050919]

"glial cell growth" [GO:0042065] is_a "growth" [GO:0040007] because of rule: genus : "glial cell growth" [GO:0042065] genus "growth" [GO:0040007]

"T-helper cell differentiation" [GO:0042093] is_a "cell differentiation" [GO:0030154] because of rule: genus : "T-helper cell differentiation" [GO:0042093] genus "cell differentiation" [GO:0030154]

"T cell proliferation" [GO:0042098] is_a "cell proliferation" [GO:0008283] because of rule: genus : "T cell proliferation" [GO:0042098] genus "cell proliferation" [GO:0008283]

"B cell proliferation" [GO:0042100] is_a "cell proliferation" [GO:0008283] because of rule: genus : "B cell proliferation" [GO:0042100] genus "cell proliferation" [GO:0008283]

"T cell activation" [GO:0042110] is_a "cell activation" [GO:0001775] because of rule: genus : "T cell activation" [GO:0042110] genus "cell activation" [GO:0001775]

"B cell activation" [GO:0042113] is_a "cell activation" [GO:0001775] because of rule: genus : "B cell activation" [GO:0042113] genus "cell activation" [GO:0001775]

"macrophage activation" [GO:0042116] is_a "cell activation" [GO:0001775] because of rule: genus : "macrophage activation" [GO:0042116] genus "cell activation" [GO:0001775]

"monocyte activation" [GO:0042117] is_a "cell activation" [GO:0001775] because of rule: genus : "monocyte activation" [GO:0042117] genus "cell activation" [GO:0001775]

"neutrophil activation" [GO:0042119] is_a "cell activation" [GO:0001775] because of rule: genus : "neutrophil activation" [GO:0042119] genus "cell activation" [GO:0001775]

"natural killer cell mediated cytotoxicity" [GO:0042267] is_a "cell death" [GO:0008219] because of rule: genus : "natural killer cell mediated cytotoxicity" [GO:0042267] genus "cell death" [GO:0008219]

"photoreceptor cell development" [GO:0042461] is_a "developmental process" [GO:0032502] because of rule: genus : "photoreceptor cell development" [GO:0042461] genus "developmental process" [GO:0032502]

"eye photoreceptor cell development" [GO:0042462] is_a "developmental process" [GO:0032502] because of rule: genus : "eye photoreceptor cell development" [GO:0042462] genus "developmental process" [GO:0032502]

"auditory receptor cell differentiation" [GO:0042491] is_a "cell differentiation" [GO:0030154] because of rule: genus : "auditory receptor cell differentiation" [GO:0042491] genus "cell differentiation" [GO:0030154]

"gamma-delta T cell differentiation" [GO:0042492] is_a "cell differentiation" [GO:0030154] because of rule: genus : "gamma-delta T cell differentiation" [GO:0042492] genus "cell differentiation" [GO:0030154]

"retinal cone cell differentiation" [GO:0042670] is_a "cell differentiation" [GO:0030154] because of rule: genus : "retinal cone cell differentiation" [GO:0042670] genus "cell differentiation" [GO:0030154]

"myeloid dendritic cell differentiation" [GO:0043011] is_a "cell differentiation" [GO:0030154] because of rule: genus : "myeloid dendritic cell differentiation" [GO:0043011] genus "cell differentiation" [GO:0030154]

"T cell homeostasis" [GO:0043029] is_a "homeostasis of number of cells" [GO:0048872] because of rule: genus : "T cell homeostasis" [GO:0043029] genus "homeostasis of number of cells" [GO:0048872]

"heterocyst differentiation" [GO:0043158] is_a "anatomical structure formation" [GO:0048646] because of rule: genus : "heterocyst differentiation" [GO:0043158] genus "anatomical structure formation" [GO:0048646]

"eosinophil activation" [GO:0043307] is_a "cell activation" [GO:0001775] because of rule: genus : "eosinophil activation" [GO:0043307] genus "cell activation" [GO:0001775]

"enucleate erythrocyte differentiation" [GO:0043353] is_a "cell differentiation" [GO:0030154] because of rule: genus : "enucleate erythrocyte differentiation" [GO:0043353] genus "cell differentiation" [GO:0030154]

"enucleate erythrocyte maturation" [GO:0043354] is_a "developmental maturation" [GO:0021700] because of rule: genus : "enucleate erythrocyte maturation" [GO:0043354] genus "developmental maturation" [GO:0021700]

"nucleate erythrocyte maturation" [GO:0043362] is_a "developmental maturation" [GO:0021700] because of rule: genus : "nucleate erythrocyte maturation" [GO:0043362] genus "developmental maturation" [GO:0021700]

"nucleate erythrocyte differentiation" [GO:0043363] is_a "cell differentiation" [GO:0030154] because of rule: genus : "nucleate erythrocyte differentiation" [GO:0043363] genus "cell differentiation" [GO:0030154]

"CD4-positive, alpha beta T cell differentiation" [GO:0043367] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD4-positive, alpha beta T cell differentiation" [GO:0043367] genus "cell differentiation" [GO:0030154]

"CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] is_a "cell fate commitment" [GO:0045165] because of rule: genus : "CD4-positive, alpha-beta T cell lineage commitment" [GO:0043373] genus "cell fate commitment" [GO:0045165]

"CD8-positive, alpha-beta T cell differentiation" [GO:0043374] is_a "cell differentiation" [GO:0030154] because of rule: genus : "CD8-positive, alpha-beta T cell differentiation" [GO:0043374] genus "cell differentiation" [GO:0030154]

"CD8-positive, alpha-beta T cell lineage commitment" [GO:0043375] is_a "cell fate commitment" [GO:0045165] because of rule: genus : "CD8-positive, alpha-beta T cell lineage commitment" [GO:0043375] genus "cell fate commitment" [GO:0045165]

"memory T cell differentiation" [GO:0043379] is_a "cell differentiation" [GO:0030154] because of rule: genus : "memory T cell differentiation" [GO:0043379] genus "cell differentiation" [GO:0030154]

"T-helper 1 cell differentiation" [GO:0045063] is_a "cell differentiation" [GO:0030154] because of rule: genus : "T-helper 1 cell differentiation" [GO:0045063] genus "cell differentiation" [GO:0030154]

"T-helper 2 cell differentiation" [GO:0045064] is_a "cell differentiation" [GO:0030154] because of rule: genus : "T-helper 2 cell differentiation" [GO:0045064] genus "cell differentiation" [GO:0030154]

"regulatory T cell differentiation" [GO:0045066] is_a "cell differentiation" [GO:0030154] because of rule: genus : "regulatory T cell differentiation" [GO:0045066] genus "cell differentiation" [GO:0030154]

"basophil activation" [GO:0045575] is_a "cell activation" [GO:0001775] because of rule: genus : "basophil activation" [GO:0045575] genus "cell activation" [GO:0001775]

"mast cell activation" [GO:0045576] is_a "cell activation" [GO:0001775] because of rule: genus : "mast cell activation" [GO:0045576] genus "cell activation" [GO:0001775]

"retinal rod cell development" [GO:0046548] is_a "developmental process" [GO:0032502] because of rule: genus : "retinal rod cell development" [GO:0046548] genus "developmental process" [GO:0032502]

"retinal cone cell development" [GO:0046549] is_a "developmental process" [GO:0032502] because of rule: genus : "retinal cone cell development" [GO:0046549] genus "developmental process" [GO:0032502]

"retinal cone cell fate commitment" [GO:0046551] is_a "cell fate commitment" [GO:0045165] because of rule: genus : "retinal cone cell fate commitment" [GO:0046551] genus "cell fate commitment" [GO:0045165]

"gamma-delta T cell activation" [GO:0046629] is_a "cell activation" [GO:0001775] because of rule: genus : "gamma-delta T cell activation" [GO:0046629] genus "cell activation" [GO:0001775]

"gamma-delta T cell proliferation" [GO:0046630] is_a "cell proliferation" [GO:0008283] because of rule: genus : "gamma-delta T cell proliferation" [GO:0046630] genus "cell proliferation" [GO:0008283]

"alpha-beta T cell activation" [GO:0046631] is_a "cell activation" [GO:0001775] because of rule: genus : "alpha-beta T cell activation" [GO:0046631] genus "cell activation" [GO:0001775]

"alpha-beta T cell differentiation" [GO:0046632] is_a "cell differentiation" [GO:0030154] because of rule: genus : "alpha-beta T cell differentiation" [GO:0046632] genus "cell differentiation" [GO:0030154]

"alpha-beta T cell proliferation" [GO:0046633] is_a "cell proliferation" [GO:0008283] because of rule: genus : "alpha-beta T cell proliferation" [GO:0046633] genus "cell proliferation" [GO:0008283]

"male gamete generation" [GO:0048232] is_a "biological_process" [GO:0008150] because of rule: genus : "male gamete generation" [GO:0048232] genus "biological_process" [GO:0008150]

"oocyte development" [GO:0048599] is_a "developmental process" [GO:0032502] because of rule: genus : "oocyte development" [GO:0048599] genus "developmental process" [GO:0032502]

"oocyte morphogenesis" [GO:0048601] is_a "anatomical structure morphogenesis" [GO:0009653] because of rule: genus : "oocyte morphogenesis" [GO:0048601] genus "anatomical structure morphogenesis" [GO:0009653]

"myoblast development" [GO:0048627] is_a "developmental process" [GO:0032502] because of rule: genus : "myoblast development" [GO:0048627] genus "developmental process" [GO:0032502]

"neuron development" [GO:0048666] is_a "developmental process" [GO:0032502] because of rule: genus : "neuron development" [GO:0048666] genus "developmental process" [GO:0032502]

"erythrocyte development" [GO:0048821] is_a "developmental process" [GO:0032502] because of rule: genus : "erythrocyte development" [GO:0048821] genus "developmental process" [GO:0032502]

"enucleate erythrocyte development" [GO:0048822] is_a "developmental process" [GO:0032502] because of rule: genus : "enucleate erythrocyte development" [GO:0048822] genus "developmental process" [GO:0032502]

"nucleate erythrocyte development" [GO:0048823] is_a "developmental process" [GO:0032502] because of rule: genus : "nucleate erythrocyte development" [GO:0048823] genus "developmental process" [GO:0032502]

"stem cell development" [GO:0048864] is_a "developmental process" [GO:0032502] because of rule: genus : "stem cell development" [GO:0048864] genus "developmental process" [GO:0032502]

"NK T cell activation" [GO:0051132] is_a "cell activation" [GO:0001775] because of rule: genus : "NK T cell activation" [GO:0051132] genus "cell activation" [GO:0001775]

"muscle cell development" [GO:0055001] is_a "developmental process" [GO:0032502] because of rule: genus : "muscle cell development" [GO:0055001] genus "developmental process" [GO:0032502]

"striated muscle cell development" [GO:0055002] is_a "developmental process" [GO:0032502] because of rule: genus : "striated muscle cell development" [GO:0055002] genus "developmental process" [GO:0032502]

"cardiac muscle cell development" [GO:0055013] is_a "developmental process" [GO:0032502] because of rule: genus : "cardiac muscle cell development" [GO:0055013] genus "developmental process" [GO:0032502]

"Sertoli cell development" [GO:0060009] is_a "developmental process" [GO:0032502] because of rule: genus : "Sertoli cell development" [GO:0060009] genus "developmental process" [GO:0032502]

"granulosa cell development" [GO:0060016] is_a "developmental process" [GO:0032502] because of rule: genus : "granulosa cell development" [GO:0060016] genus "developmental process" [GO:0032502]

"auditory receptor cell stereocilium organization and biogenesis" [GO:0060088] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "auditory receptor cell stereocilium organization and biogenesis" [GO:0060088] genus "cellular component organization and biogenesis" [GO:0016043]

"auditory receptor cell development" [GO:0060117] is_a "developmental process" [GO:0032502] because of rule: genus : "auditory receptor cell development" [GO:0060117] genus "developmental process" [GO:0032502]

"thyroid stimulating hormone secreting cell development" [GO:0060130] is_a "developmental process" [GO:0032502] because of rule: genus : "thyroid stimulating hormone secreting cell development" [GO:0060130] genus "developmental process" [GO:0032502]

"adrenocorticotropic hormone secreting cell development" [GO:0060131] is_a "developmental process" [GO:0032502] because of rule: genus : "adrenocorticotropic hormone secreting cell development" [GO:0060131] genus "developmental process" [GO:0032502]

"prolactin secreting cell development" [GO:0060132] is_a "developmental process" [GO:0032502] because of rule: genus : "prolactin secreting cell development" [GO:0060132] genus "developmental process" [GO:0032502]

"somatotropin secreting cell development" [GO:0060133] is_a "developmental process" [GO:0032502] because of rule: genus : "somatotropin secreting cell development" [GO:0060133] genus "developmental process" [GO:0032502]

"platelet dense granule organization and biogenesis" [GO:0060155] is_a "cellular component organization and biogenesis" [GO:0016043] because of rule: genus : "platelet dense granule organization and biogenesis" [GO:0060155] genus "cellular component organization and biogenesis" [GO:0016043]

Golgi_cell_precursor is_a "cell" [CL:0000000] because of rule: genus : Golgi_cell_precursor genus "cell" [CL:0000000]

Purkinje_cell_precursor is_a "cell" [CL:0000000] because of rule: genus : Purkinje_cell_precursor genus "cell" [CL:0000000]

basket_cell_precursor is_a "cell" [CL:0000000] because of rule: genus : basket_cell_precursor genus "cell" [CL:0000000]

granule_cell_precursor is_a "cell" [CL:0000000] because of rule: genus : granule_cell_precursor genus "cell" [CL:0000000]

pigment_cell_precursor is_a "cell" [CL:0000000] because of rule: genus : pigment_cell_precursor genus "cell" [CL:0000000]

radial_glial_cell_cell_division is_a "cell division" [GO:0051301] because of rule: genus : radial_glial_cell_cell_division genus "cell division" [GO:0051301]

radial_glial_cell_cell_fate_commitment is_a "cell fate commitment" [GO:0045165] because of rule: genus : radial_glial_cell_cell_fate_commitment genus "cell fate commitment" [GO:0045165]

stellate_cell_precursor is_a "cell" [CL:0000000] because of rule: genus : stellate_cell_precursor genus "cell" [CL:0000000]