% -- ********************************************************* --
 % -- Autogenerated Prolog factfiles 
 % -- see http://www.blipkit.org for details 
 % -- ********************************************************* --

metadata_db:partition('goslim_candida').
metadata_db:entity_label('goslim_candida', 'Candida GO slim').
metadata_db:partition('goslim_generic').
metadata_db:entity_label('goslim_generic', 'Generic GO slim').
metadata_db:partition('goslim_goa').
metadata_db:entity_label('goslim_goa', 'GOA and proteome slim').
metadata_db:partition('goslim_pir').
metadata_db:entity_label('goslim_pir', 'PIR GO slim').
metadata_db:partition('goslim_plant').
metadata_db:entity_label('goslim_plant', 'Plant GO slim').
metadata_db:partition('goslim_yeast').
metadata_db:entity_label('goslim_yeast', 'Yeast GO slim').
metadata_db:partition('gosubset_prok').
metadata_db:entity_label('gosubset_prok', 'Prokaryotic GO subset').

metadata_db:entity_label('GO:0000001', 'mitochondrion inheritance').
metadata_db:entity_resource('GO:0000001', 'biological_process').
class('GO:0000001').
subclass('GO:0000001', 'GO:0048308').
subclass('GO:0000001', 'GO:0048311').
def('GO:0000001', 'The distribution of mitochondria, including the mitochondrial genome, into daughter cells after mitosis or meiosis, mediated by interactions between mitochondria and the cytoskeleton.').
def_xref('GO:0000001', 'GOC:mcc').
def_xref('GO:0000001', 'PMID:10873824').
def_xref('GO:0000001', 'PMID:11389764').
metadata_db:entity_synonym('GO:0000001', 'mitochondrial inheritance').
metadata_db:entity_synonym_scope('GO:0000001', 'mitochondrial inheritance', 'exact').

metadata_db:entity_label('GO:0000002', 'mitochondrial genome maintenance').
metadata_db:entity_resource('GO:0000002', 'biological_process').
class('GO:0000002').
subclass('GO:0000002', 'GO:0007005').
def('GO:0000002', 'The maintenance of the structure and integrity of the mitochondrial genome; includes replication and segregation of the mitochondrial chromosome.').
def_xref('GO:0000002', 'GOC:ai').
def_xref('GO:0000002', 'GOC:vw').

metadata_db:entity_label('GO:0000003', 'reproduction').
metadata_db:entity_resource('GO:0000003', 'biological_process').
class('GO:0000003').
subclass('GO:0000003', 'GO:0008150').
def('GO:0000003', 'The production by an organism of new individuals that contain some portion of their genetic material inherited from that organism.').
def_xref('GO:0000003', 'GOC:go_curators').
def_xref('GO:0000003', 'GOC:isa_complete').
def_xref('GO:0000003', 'ISBN:0198506732').
metadata_db:entity_alternate_identifier('GO:0000003', 'GO:0019952').
metadata_db:entity_alternate_identifier('GO:0000003', 'GO:0050876').
metadata_db:entity_partition('GO:0000003', 'goslim_generic').
metadata_db:entity_partition('GO:0000003', 'goslim_pir').
metadata_db:entity_partition('GO:0000003', 'goslim_plant').
metadata_db:entity_partition('GO:0000003', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000003', 'reproductive physiological process').
metadata_db:entity_synonym_scope('GO:0000003', 'reproductive physiological process', 'exact').

metadata_db:entity_label('GO:0000011', 'vacuole inheritance').
metadata_db:entity_resource('GO:0000011', 'biological_process').
class('GO:0000011').
subclass('GO:0000011', 'GO:0007033').
subclass('GO:0000011', 'GO:0048308').
def('GO:0000011', 'The distribution of vacuoles into daughter cells after mitosis or meiosis, mediated by interactions between vacuoles and the cytoskeleton.').
def_xref('GO:0000011', 'GOC:mcc').
def_xref('GO:0000011', 'PMID:10873824').
def_xref('GO:0000011', 'PMID:14616069').

metadata_db:entity_label('GO:0000012', 'single strand break repair').
metadata_db:entity_resource('GO:0000012', 'biological_process').
class('GO:0000012').
subclass('GO:0000012', 'GO:0006281').
def('GO:0000012', 'The repair of single strand breaks in DNA. Repair of such breaks is mediated by the same enzyme systems as are used in base excision repair.').
def_xref('GO:0000012', 'http://www.ultranet.com/~jkimball/BiologyPages/D/DNArepair.html').
metadata_db:entity_partition('GO:0000012', 'gosubset_prok').

metadata_db:entity_label('GO:0000017', 'alpha-glucoside transport').
metadata_db:entity_resource('GO:0000017', 'biological_process').
class('GO:0000017').
subclass('GO:0000017', 'GO:0042946').
def('GO:0000017', 'The directed movement of alpha-glucosides into, out of, within or between cells. Alpha-glucosides are glycosides in which the sugar moiety is a glucose residue, and the anomeric carbon of the bond is in an alpha configuration.').
def_xref('GO:0000017', 'GOC:jl').
def_xref('GO:0000017', 'http://www.biochem.purdue.edu/').
def_xref('GO:0000017', 'ISBN:0198506732').

metadata_db:entity_label('GO:0000018', 'regulation of DNA recombination').
metadata_db:entity_resource('GO:0000018', 'biological_process').
class('GO:0000018').
subclass('GO:0000018', 'GO:0051052').
restriction('GO:0000018', 'regulates', 'GO:0006310').
def('GO:0000018', 'Any process that modulates the frequency, rate or extent of DNA recombination, a process by which a new genotype is formed by reassortment of genes resulting in gene combinations different from those that were present in the parents.').
def_xref('GO:0000018', 'GOC:go_curators').
def_xref('GO:0000018', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000018', 'gosubset_prok').

metadata_db:entity_label('GO:0000019', 'regulation of mitotic recombination').
metadata_db:entity_resource('GO:0000019', 'biological_process').
class('GO:0000019').
subclass('GO:0000019', 'GO:0000018'). % regulation of DNA recombination
restriction('GO:0000019', 'regulates', 'GO:0006312').
def('GO:0000019', 'Any process that modulates the frequency, rate or extent of DNA recombination during mitosis.').
def_xref('GO:0000019', 'GOC:go_curators').
metadata_db:entity_synonym('GO:0000019', 'regulation of recombination within rDNA repeats').
metadata_db:entity_synonym_scope('GO:0000019', 'regulation of recombination within rDNA repeats', 'narrow').

metadata_db:entity_label('GO:0000020', 'negative regulation of recombination within rDNA repeats').
metadata_db:entity_resource('GO:0000020', 'biological_process').
metadata_db:entity_obsolete('GO:0000020', 'class').
def('GO:0000020', 'OBSOLETE. Any process that stops, prevents or reduces the frequency, rate or extent of genetic recombination within the DNA of the genes coding for ribosomal RNA.').
def_xref('GO:0000020', 'GOC:go_curators').
def_xref('GO:0000020', 'ISBN:0198506732').
metadata_db:entity_consider('GO:0000020', 'GO:0045950').
metadata_db:entity_comment('GO:0000020', 'This term was made obsolete because it describes a substrate-specific process.').

metadata_db:entity_label('GO:0000022', 'mitotic spindle elongation').
metadata_db:entity_resource('GO:0000022', 'biological_process').
class('GO:0000022').
subclass('GO:0000022', 'GO:0051231').
restriction('GO:0000022', 'OBO_REL:part_of', 'GO:0007052').
def('GO:0000022', 'Lengthening of the distance between poles of the mitotic spindle.').
def_xref('GO:0000022', 'GOC:mah').
metadata_db:entity_synonym('GO:0000022', 'spindle elongation during mitosis').
metadata_db:entity_synonym_scope('GO:0000022', 'spindle elongation during mitosis', 'exact').

metadata_db:entity_label('GO:0000023', 'maltose metabolic process').
metadata_db:entity_resource('GO:0000023', 'biological_process').
class('GO:0000023').
subclass('GO:0000023', 'GO:0005984').
def('GO:0000023', 'The chemical reactions and pathways involving the disaccharide maltose (4-O-alpha-D-glucopyranosyl-D-glucopyranose), an intermediate in the catabolism of glycogen and starch.').
def_xref('GO:0000023', 'GOC:jl').
def_xref('GO:0000023', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000023', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000023', 'malt sugar metabolic process').
metadata_db:entity_synonym_scope('GO:0000023', 'malt sugar metabolic process', 'exact').
metadata_db:entity_synonym('GO:0000023', 'malt sugar metabolism').
metadata_db:entity_synonym_scope('GO:0000023', 'malt sugar metabolism', 'exact').
metadata_db:entity_synonym('GO:0000023', 'maltose metabolism').
metadata_db:entity_synonym_scope('GO:0000023', 'maltose metabolism', 'exact').

metadata_db:entity_label('GO:0000024', 'maltose biosynthetic process').
metadata_db:entity_resource('GO:0000024', 'biological_process').
class('GO:0000024').
subclass('GO:0000024', 'GO:0000023'). % maltose metabolic process
subclass('GO:0000024', 'GO:0046351').
def('GO:0000024', 'The chemical reactions and pathways resulting in the formation of the disaccharide maltose (4-O-alpha-D-glucopyranosyl-D-glucopyranose).').
def_xref('GO:0000024', 'GOC:jl').
def_xref('GO:0000024', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000024', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000024', 'malt sugar biosynthesis').
metadata_db:entity_synonym_scope('GO:0000024', 'malt sugar biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000024', 'malt sugar biosynthetic process').
metadata_db:entity_synonym_scope('GO:0000024', 'malt sugar biosynthetic process', 'exact').
metadata_db:entity_synonym('GO:0000024', 'maltose anabolism').
metadata_db:entity_synonym_scope('GO:0000024', 'maltose anabolism', 'exact').
metadata_db:entity_synonym('GO:0000024', 'maltose biosynthesis').
metadata_db:entity_synonym_scope('GO:0000024', 'maltose biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000024', 'maltose formation').
metadata_db:entity_synonym_scope('GO:0000024', 'maltose formation', 'exact').
metadata_db:entity_synonym('GO:0000024', 'maltose synthesis').
metadata_db:entity_synonym_scope('GO:0000024', 'maltose synthesis', 'exact').

metadata_db:entity_label('GO:0000025', 'maltose catabolic process').
metadata_db:entity_resource('GO:0000025', 'biological_process').
class('GO:0000025').
subclass('GO:0000025', 'GO:0000023'). % maltose metabolic process
subclass('GO:0000025', 'GO:0046352').
def('GO:0000025', 'The chemical reactions and pathways resulting in the breakdown of the disaccharide maltose (4-O-alpha-D-glucopyranosyl-D-glucopyranose).').
def_xref('GO:0000025', 'GOC:jl').
def_xref('GO:0000025', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000025', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000025', 'malt sugar catabolic process').
metadata_db:entity_synonym_scope('GO:0000025', 'malt sugar catabolic process', 'exact').
metadata_db:entity_synonym('GO:0000025', 'malt sugar catabolism').
metadata_db:entity_synonym_scope('GO:0000025', 'malt sugar catabolism', 'exact').
metadata_db:entity_synonym('GO:0000025', 'maltose breakdown').
metadata_db:entity_synonym_scope('GO:0000025', 'maltose breakdown', 'exact').
metadata_db:entity_synonym('GO:0000025', 'maltose degradation').
metadata_db:entity_synonym_scope('GO:0000025', 'maltose degradation', 'exact').
metadata_db:entity_synonym('GO:0000025', 'maltose hydrolysis').
metadata_db:entity_synonym_scope('GO:0000025', 'maltose hydrolysis', 'narrow').
metadata_db:entity_xref('GO:0000025', 'MetaCyc:MALTOSECAT-PWY').

metadata_db:entity_label('GO:0000027', 'ribosomal large subunit assembly and maintenance').
metadata_db:entity_resource('GO:0000027', 'biological_process').
class('GO:0000027').
subclass('GO:0000027', 'GO:0042257').
restriction('GO:0000027', 'OBO_REL:part_of', 'GO:0042273').
def('GO:0000027', 'The aggregation, arrangement and bonding together of constituent RNAs and proteins to form and maintain the large ribosomal subunit.').
def_xref('GO:0000027', 'GOC:jl').
metadata_db:entity_partition('GO:0000027', 'gosubset_prok').

metadata_db:entity_label('GO:0000028', 'ribosomal small subunit assembly and maintenance').
metadata_db:entity_resource('GO:0000028', 'biological_process').
class('GO:0000028').
subclass('GO:0000028', 'GO:0042257').
restriction('GO:0000028', 'OBO_REL:part_of', 'GO:0042274').
def('GO:0000028', 'The aggregation, arrangement and bonding together of constituent RNAs and proteins to form and maintain the small ribosomal subunit.').
def_xref('GO:0000028', 'GOC:jl').
metadata_db:entity_partition('GO:0000028', 'gosubset_prok').

metadata_db:entity_label('GO:0000032', 'cell wall mannoprotein biosynthetic process').
metadata_db:entity_resource('GO:0000032', 'biological_process').
class('GO:0000032').
subclass('GO:0000032', 'GO:0006057').
subclass('GO:0000032', 'GO:0031506').
def('GO:0000032', 'The chemical reactions and pathways resulting in the formation of cell wall mannoproteins, any cell wall protein that contains covalently bound mannose residues other than as a moiety of nucleic acid.').
def_xref('GO:0000032', 'GOC:ai').
metadata_db:entity_partition('GO:0000032', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000032', 'cell wall mannoprotein anabolism').
metadata_db:entity_synonym_scope('GO:0000032', 'cell wall mannoprotein anabolism', 'exact').
metadata_db:entity_synonym('GO:0000032', 'cell wall mannoprotein biosynthesis').
metadata_db:entity_synonym_scope('GO:0000032', 'cell wall mannoprotein biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000032', 'cell wall mannoprotein formation').
metadata_db:entity_synonym_scope('GO:0000032', 'cell wall mannoprotein formation', 'exact').
metadata_db:entity_synonym('GO:0000032', 'cell wall mannoprotein synthesis').
metadata_db:entity_synonym_scope('GO:0000032', 'cell wall mannoprotein synthesis', 'exact').

metadata_db:entity_label('GO:0000038', 'very-long-chain fatty acid metabolic process').
metadata_db:entity_resource('GO:0000038', 'biological_process').
class('GO:0000038').
subclass('GO:0000038', 'GO:0006631').
def('GO:0000038', 'The chemical reactions and pathways involving fatty acids with a chain length of C18 or greater.').
def_xref('GO:0000038', 'GOC:hjd').
metadata_db:entity_partition('GO:0000038', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000038', 'very-long-chain fatty acid metabolism').
metadata_db:entity_synonym_scope('GO:0000038', 'very-long-chain fatty acid metabolism', 'exact').

metadata_db:entity_label('GO:0000040', 'low-affinity iron ion transport').
metadata_db:entity_resource('GO:0000040', 'biological_process').
class('GO:0000040').
subclass('GO:0000040', 'GO:0006826').
subclass('GO:0000040', 'GO:0034220').
def('GO:0000040', 'The directed, low-affinity movement of iron (Fe) ions into, out of, within or between cells. In low affinity transport the transporter is able to bind the solute only if it is only present at very low concentrations.').
def_xref('GO:0000040', 'GOC:mah').
metadata_db:entity_synonym('GO:0000040', 'low affinity iron ion transport').
metadata_db:entity_synonym_scope('GO:0000040', 'low affinity iron ion transport', 'exact').

metadata_db:entity_label('GO:0000041', 'transition metal ion transport').
metadata_db:entity_resource('GO:0000041', 'biological_process').
class('GO:0000041').
subclass('GO:0000041', 'GO:0030001').
def('GO:0000041', 'The directed movement of transition metal ions into, out of, within or between cells. A transition metal is an element whose atom has an incomplete d-subshell of extranuclear electrons, or which gives rise to a cation or cations with an incomplete d-subshell. Transition metals often have more than one valency state. Biologically relevant transition metals include vanadium, manganese, iron, copper, cobalt, nickel, molybdenum and silver.').
def_xref('GO:0000041', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000041', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000041', 'transition metal transport').
metadata_db:entity_synonym_scope('GO:0000041', 'transition metal transport', 'exact').

metadata_db:entity_label('GO:0000042', 'protein targeting to Golgi').
metadata_db:entity_resource('GO:0000042', 'biological_process').
class('GO:0000042').
subclass('GO:0000042', 'GO:0000301').
subclass('GO:0000042', 'GO:0006605').
def('GO:0000042', 'The process of directing proteins towards the Golgi using signals contained within the protein.').
def_xref('GO:0000042', 'GOC:ai').
metadata_db:entity_synonym('GO:0000042', 'protein-Golgi targeting').
metadata_db:entity_synonym_scope('GO:0000042', 'protein-Golgi targeting', 'exact').

metadata_db:entity_label('GO:0000044', 'ascorbate stabilization').
metadata_db:entity_resource('GO:0000044', 'biological_process').
metadata_db:entity_obsolete('GO:0000044', 'class').
def('GO:0000044', 'OBSOLETE. The reduction of the ascorbate free radical to a stable form.').
def_xref('GO:0000044', 'GOC:ai').
def_xref('GO:0000044', 'GOC:mtg_electron_transport').
metadata_db:entity_comment('GO:0000044', 'This term was made obsolete because it is defined as a function term and is in the process ontology.').
metadata_db:entity_synonym('GO:0000044', 'vitamin C stabilization').
metadata_db:entity_synonym_scope('GO:0000044', 'vitamin C stabilization', 'exact').

metadata_db:entity_label('GO:0000045', 'autophagic vacuole formation').
metadata_db:entity_resource('GO:0000045', 'biological_process').
class('GO:0000045').
subclass('GO:0000045', 'GO:0016050').
restriction('GO:0000045', 'OBO_REL:part_of', 'GO:0016236').
def('GO:0000045', 'The formation of a double membrane-bounded structure, the autophagosome, that occurs when a specialized membrane sac, called the isolation membrane, starts to enclose a portion of the cytoplasm.').
def_xref('GO:0000045', 'PMID:9412464').
metadata_db:entity_synonym('GO:0000045', 'autophagosome biosynthesis').
metadata_db:entity_synonym_scope('GO:0000045', 'autophagosome biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000045', 'autophagosome formation').
metadata_db:entity_synonym_scope('GO:0000045', 'autophagosome formation', 'exact').
metadata_db:entity_synonym('GO:0000045', 'PAS formation').
metadata_db:entity_synonym_scope('GO:0000045', 'PAS formation', 'narrow').

metadata_db:entity_label('GO:0000046', 'autophagic vacuole fusion').
metadata_db:entity_resource('GO:0000046', 'biological_process').
class('GO:0000046').
subclass('GO:0000046', 'GO:0006944').
subclass('GO:0000046', 'GO:0048284').
restriction('GO:0000046', 'OBO_REL:part_of', 'GO:0016236').
def('GO:0000046', 'The fusion of an autophagic vacuole with a vacuole (yeast) or lysosome (e.g. mammals and insects). In the case of yeast, inner membrane-bounded structures (autophagic bodies) appear in the vacuole.').
def_xref('GO:0000046', 'PMID:11099404').
metadata_db:entity_synonym('GO:0000046', 'fusion of autophagosome with lysosome').
metadata_db:entity_synonym_scope('GO:0000046', 'fusion of autophagosome with lysosome', 'narrow').

metadata_db:entity_label('GO:0000050', 'urea cycle').
metadata_db:entity_resource('GO:0000050', 'biological_process').
class('GO:0000050').
subclass('GO:0000050', 'GO:0019627').
def('GO:0000050', 'A cyclic metabolic pathway that converts waste nitrogen in the form of ammonium to urea.').
def_xref('GO:0000050', 'ISBN:0198506732').
metadata_db:entity_alternate_identifier('GO:0000050', 'GO:0006594').
metadata_db:entity_alternate_identifier('GO:0000050', 'GO:0006871').
metadata_db:entity_synonym('GO:0000050', 'ornithine cycle').
metadata_db:entity_synonym_scope('GO:0000050', 'ornithine cycle', 'exact').
metadata_db:entity_synonym('GO:0000050', 'urea biosynthesis').
metadata_db:entity_synonym_scope('GO:0000050', 'urea biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000050', 'urea biosynthetic process').
metadata_db:entity_synonym_scope('GO:0000050', 'urea biosynthetic process', 'exact').
metadata_db:entity_xref('GO:0000050', 'Reactome:211547').
metadata_db:entity_xref('GO:0000050', 'Reactome:221324').
metadata_db:entity_xref('GO:0000050', 'Reactome:229964').
metadata_db:entity_xref('GO:0000050', 'Reactome:237981').
metadata_db:entity_xref('GO:0000050', 'Reactome:244600').
metadata_db:entity_xref('GO:0000050', 'Reactome:249543').
metadata_db:entity_xref('GO:0000050', 'Reactome:252354').
metadata_db:entity_xref('GO:0000050', 'Reactome:255509').
metadata_db:entity_xref('GO:0000050', 'Reactome:258881').
metadata_db:entity_xref('GO:0000050', 'Reactome:262258').
metadata_db:entity_xref('GO:0000050', 'Reactome:265108').
metadata_db:entity_xref('GO:0000050', 'Reactome:268232').
metadata_db:entity_xref('GO:0000050', 'Reactome:273914').
metadata_db:entity_xref('GO:0000050', 'Reactome:280393').
metadata_db:entity_xref('GO:0000050', 'Reactome:282778').
metadata_db:entity_xref('GO:0000050', 'Reactome:286409').
metadata_db:entity_xref('GO:0000050', 'Reactome:288203').
metadata_db:entity_xref('GO:0000050', 'Reactome:289764').
metadata_db:entity_xref('GO:0000050', 'Reactome:290323').
metadata_db:entity_xref('GO:0000050', 'Reactome:291648').
metadata_db:entity_xref('GO:0000050', 'Reactome:292335').
metadata_db:entity_xref('GO:0000050', 'Reactome:293622').
metadata_db:entity_xref('GO:0000050', 'Reactome:70635').

metadata_db:entity_label('GO:0000051', 'urea cycle intermediate metabolic process').
metadata_db:entity_resource('GO:0000051', 'biological_process').
class('GO:0000051').
subclass('GO:0000051', 'GO:0008152').
restriction('GO:0000051', 'OBO_REL:part_of', 'GO:0006807').
def('GO:0000051', 'The chemical reactions and pathways involving any of the intermediate compounds involved in the urea cycle, a cyclic metabolic pathway that converts waste nitrogen in the form of ammonium to urea.').
def_xref('GO:0000051', 'GOC:jl').
def_xref('GO:0000051', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000051', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000051', 'urea cycle intermediate metabolism').
metadata_db:entity_synonym_scope('GO:0000051', 'urea cycle intermediate metabolism', 'exact').

metadata_db:entity_label('GO:0000052', 'citrulline metabolic process').
metadata_db:entity_resource('GO:0000052', 'biological_process').
class('GO:0000052').
subclass('GO:0000052', 'GO:0000051'). % urea cycle intermediate metabolic process
subclass('GO:0000052', 'GO:0019794').
def('GO:0000052', 'The chemical reactions and pathways involving citrulline, N5-carbamoyl-L-ornithine, an alpha amino acid not found in proteins.').
def_xref('GO:0000052', 'ISBN:0198506732').
metadata_db:entity_partition('GO:0000052', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000052', 'citrulline metabolism').
metadata_db:entity_synonym_scope('GO:0000052', 'citrulline metabolism', 'exact').

metadata_db:entity_label('GO:0000053', 'argininosuccinate metabolic process').
metadata_db:entity_resource('GO:0000053', 'biological_process').
class('GO:0000053').
subclass('GO:0000053', 'GO:0000051'). % urea cycle intermediate metabolic process
def('GO:0000053', 'The chemical reactions and pathways involving argininosuccinate, 2-(Nw-arginino)succinate, an intermediate in the ornithine-urea cycle, where it is synthesized from citrulline and aspartate.').
def_xref('GO:0000053', 'ISBN:0198506732').
metadata_db:entity_synonym('GO:0000053', 'argininosuccinate metabolism').
metadata_db:entity_synonym_scope('GO:0000053', 'argininosuccinate metabolism', 'exact').

metadata_db:entity_label('GO:0000054', 'ribosome export from nucleus').
metadata_db:entity_resource('GO:0000054', 'biological_process').
class('GO:0000054').
subclass('GO:0000054', 'GO:0033753').
subclass('GO:0000054', 'GO:0051168').
restriction('GO:0000054', 'OBO_REL:part_of', 'GO:0042254').
def('GO:0000054', 'The directed movement of a ribosome from the nucleus into the cytoplasm.').
def_xref('GO:0000054', 'GOC:ai').
metadata_db:entity_synonym('GO:0000054', 'ribosome export out of nucleus').
metadata_db:entity_synonym_scope('GO:0000054', 'ribosome export out of nucleus', 'exact').
metadata_db:entity_synonym('GO:0000054', 'ribosome transport from nucleus to cytoplasm').
metadata_db:entity_synonym_scope('GO:0000054', 'ribosome transport from nucleus to cytoplasm', 'exact').
metadata_db:entity_synonym('GO:0000054', 'ribosome-nucleus export').
metadata_db:entity_synonym_scope('GO:0000054', 'ribosome-nucleus export', 'exact').

metadata_db:entity_label('GO:0000055', 'ribosomal large subunit export from nucleus').
metadata_db:entity_resource('GO:0000055', 'biological_process').
class('GO:0000055').
subclass('GO:0000055', 'GO:0000054'). % ribosome export from nucleus
def('GO:0000055', 'The directed movement of a ribosomal large subunit from the nucleus into the cytoplasm.').
def_xref('GO:0000055', 'GOC:mah').
metadata_db:entity_alternate_identifier('GO:0000055', 'GO:0000057').
metadata_db:entity_synonym('GO:0000055', 'ribosomal large subunit export out of nucleus').
metadata_db:entity_synonym_scope('GO:0000055', 'ribosomal large subunit export out of nucleus', 'exact').
metadata_db:entity_synonym('GO:0000055', 'ribosomal large subunit transport from nucleus to cytoplasm').
metadata_db:entity_synonym_scope('GO:0000055', 'ribosomal large subunit transport from nucleus to cytoplasm', 'exact').
metadata_db:entity_synonym('GO:0000055', 'ribosomal large subunit-nucleus export').
metadata_db:entity_synonym_scope('GO:0000055', 'ribosomal large subunit-nucleus export', 'exact').

metadata_db:entity_label('GO:0000056', 'ribosomal small subunit export from nucleus').
metadata_db:entity_resource('GO:0000056', 'biological_process').
class('GO:0000056').
subclass('GO:0000056', 'GO:0000054'). % ribosome export from nucleus
def('GO:0000056', 'The directed movement of a ribosomal small subunit from the nucleus into the cytoplasm.').
def_xref('GO:0000056', 'GOC:mah').
metadata_db:entity_alternate_identifier('GO:0000056', 'GO:0000058').
metadata_db:entity_synonym('GO:0000056', 'ribosomal small subunit export out of nucleus').
metadata_db:entity_synonym_scope('GO:0000056', 'ribosomal small subunit export out of nucleus', 'exact').
metadata_db:entity_synonym('GO:0000056', 'ribosomal small subunit transport from nucleus to cytoplasm').
metadata_db:entity_synonym_scope('GO:0000056', 'ribosomal small subunit transport from nucleus to cytoplasm', 'exact').
metadata_db:entity_synonym('GO:0000056', 'ribosomal small subunit-nucleus export').
metadata_db:entity_synonym_scope('GO:0000056', 'ribosomal small subunit-nucleus export', 'exact').

metadata_db:entity_label('GO:0000059', 'protein import into nucleus, docking').
metadata_db:entity_resource('GO:0000059', 'biological_process').
class('GO:0000059').
subclass('GO:0000059', 'GO:0043623').
restriction('GO:0000059', 'OBO_REL:part_of', 'GO:0006606').
def('GO:0000059', 'The aggregation, arrangement and bonding together of the nuclear localization signal of a protein with nuclear envelope proteins such as importins.').
def_xref('GO:0000059', 'GOC:isa_complete').
def_xref('GO:0000059', 'PMID:7878057').
metadata_db:entity_synonym('GO:0000059', 'protein docking during protein import into nucleus').
metadata_db:entity_synonym_scope('GO:0000059', 'protein docking during protein import into nucleus', 'exact').
metadata_db:entity_synonym('GO:0000059', 'protein docking during protein transport from cytoplasm to nucleus').
metadata_db:entity_synonym_scope('GO:0000059', 'protein docking during protein transport from cytoplasm to nucleus', 'exact').
metadata_db:entity_synonym('GO:0000059', 'protein docking during protein-nucleus import').
metadata_db:entity_synonym_scope('GO:0000059', 'protein docking during protein-nucleus import', 'exact').
metadata_db:entity_synonym('GO:0000059', 'protein transport from cytoplasm to nucleus, docking').
metadata_db:entity_synonym_scope('GO:0000059', 'protein transport from cytoplasm to nucleus, docking', 'exact').
metadata_db:entity_synonym('GO:0000059', 'protein-nucleus import, docking').
metadata_db:entity_synonym_scope('GO:0000059', 'protein-nucleus import, docking', 'exact').

metadata_db:entity_label('GO:0000060', 'protein import into nucleus, translocation').
metadata_db:entity_resource('GO:0000060', 'biological_process').
class('GO:0000060').
subclass('GO:0000060', 'GO:0006886').
restriction('GO:0000060', 'OBO_REL:part_of', 'GO:0006606').
def('GO:0000060', 'The vectorial transfer of a protein from the cytoplasm into the nucleus, through the nuclear pore and across the nuclear envelope.').
def_xref('GO:0000060', 'GOC:jl').
def_xref('GO:0000060', 'GOC:vw').
def_xref('GO:0000060', 'ISBN:0198506732').
metadata_db:entity_synonym('GO:0000060', 'protein translocation during protein import into nucleus').
metadata_db:entity_synonym_scope('GO:0000060', 'protein translocation during protein import into nucleus', 'exact').
metadata_db:entity_synonym('GO:0000060', 'protein translocation during protein transport from cytoplasm to nucleus').
metadata_db:entity_synonym_scope('GO:0000060', 'protein translocation during protein transport from cytoplasm to nucleus', 'exact').
metadata_db:entity_synonym('GO:0000060', 'protein translocation during protein-nucleus import').
metadata_db:entity_synonym_scope('GO:0000060', 'protein translocation during protein-nucleus import', 'exact').
metadata_db:entity_synonym('GO:0000060', 'protein transport from cytoplasm to nucleus, translocation').
metadata_db:entity_synonym_scope('GO:0000060', 'protein transport from cytoplasm to nucleus, translocation', 'exact').
metadata_db:entity_synonym('GO:0000060', 'protein-nucleus import, translocation').
metadata_db:entity_synonym_scope('GO:0000060', 'protein-nucleus import, translocation', 'exact').

metadata_db:entity_label('GO:0000061', 'protein import into nucleus, substrate release').
metadata_db:entity_resource('GO:0000061', 'biological_process').
class('GO:0000061').
subclass('GO:0000061', 'GO:0043624').
restriction('GO:0000061', 'OBO_REL:part_of', 'GO:0006606').
def('GO:0000061', 'The disaggregation of a protein complex composed of the nuclear localization sequence and the importin alpha, and importin beta proteins.').
def_xref('GO:0000061', 'PMID:9687515').
metadata_db:entity_synonym('GO:0000061', 'protein substrate release during protein import into nucleus').
metadata_db:entity_synonym_scope('GO:0000061', 'protein substrate release during protein import into nucleus', 'exact').
metadata_db:entity_synonym('GO:0000061', 'protein substrate release during protein transport from cytoplasm to nucleus').
metadata_db:entity_synonym_scope('GO:0000061', 'protein substrate release during protein transport from cytoplasm to nucleus', 'exact').
metadata_db:entity_synonym('GO:0000061', 'protein substrate release during protein-nucleus import').
metadata_db:entity_synonym_scope('GO:0000061', 'protein substrate release during protein-nucleus import', 'exact').
metadata_db:entity_synonym('GO:0000061', 'protein transport from cytoplasm to nucleus, substrate release').
metadata_db:entity_synonym_scope('GO:0000061', 'protein transport from cytoplasm to nucleus, substrate release', 'exact').
metadata_db:entity_synonym('GO:0000061', 'protein-nucleus import, substrate release').
metadata_db:entity_synonym_scope('GO:0000061', 'protein-nucleus import, substrate release', 'exact').

metadata_db:entity_label('GO:0000066', 'mitochondrial ornithine transport').
metadata_db:entity_resource('GO:0000066', 'biological_process').
class('GO:0000066').
subclass('GO:0000066', 'GO:0006839').
subclass('GO:0000066', 'GO:0015822').
def('GO:0000066', 'The directed movement of ornithine, 2,5-diaminopentanoic acid, into, out of or within a mitochondrion.').
def_xref('GO:0000066', 'GOC:ai').

metadata_db:entity_label('GO:0000067', 'DNA replication and chromosome cycle').
metadata_db:entity_resource('GO:0000067', 'biological_process').
metadata_db:entity_obsolete('GO:0000067', 'class').
def('GO:0000067', 'OBSOLETE (was not defined before being made obsolete).').
def_xref('GO:0000067', 'GOC:ai').
metadata_db:entity_consider('GO:0000067', 'GO:0006260').
metadata_db:entity_consider('GO:0000067', 'GO:0007059').
metadata_db:entity_consider('GO:0000067', 'GO:0051276').
metadata_db:entity_comment('GO:0000067', 'This term was made obsolete because it has been superseded by more accurate terms to represent the biological processes occurring, and it is not clear that this term represents a useful concept.').

metadata_db:entity_label('GO:0000070', 'mitotic sister chromatid segregation').
metadata_db:entity_resource('GO:0000070', 'biological_process').
class('GO:0000070').
subclass('GO:0000070', 'GO:0000819').
restriction('GO:0000070', 'OBO_REL:part_of', 'GO:0007067').
def('GO:0000070', 'The cell cycle process whereby replicated homologous chromosomes are organized and then physically separated and apportioned to two sets during the mitotic cell cycle. Each replicated chromosome, composed of two sister chromatids, aligns at the cell equator, paired with its homologous partner. One homolog of each morphologic type goes into each of the resulting chromosome sets.').
def_xref('GO:0000070', 'GOC:ai').
metadata_db:entity_alternate_identifier('GO:0000070', 'GO:0016359').
metadata_db:entity_synonym('GO:0000070', 'mitotic chromosome segregation').
metadata_db:entity_synonym_scope('GO:0000070', 'mitotic chromosome segregation', 'exact').
metadata_db:entity_synonym('GO:0000070', 'mitotic sister-chromatid adhesion release').
metadata_db:entity_synonym_scope('GO:0000070', 'mitotic sister-chromatid adhesion release', 'narrow').

metadata_db:entity_label('GO:0000072', 'M phase specific microtubule process').
metadata_db:entity_resource('GO:0000072', 'biological_process').
class('GO:0000072').
subclass('GO:0000072', 'GO:0007017').
restriction('GO:0000072', 'OBO_REL:part_of', 'GO:0000279').
def('GO:0000072', 'A microtubule-based process that occurs only during M phase of the cell cycle.').
def_xref('GO:0000072', 'GOC:mah').
metadata_db:entity_synonym('GO:0000072', 'M-phase specific microtubule process').
metadata_db:entity_synonym_scope('GO:0000072', 'M-phase specific microtubule process', 'exact').

metadata_db:entity_label('GO:0000073', 'spindle pole body separation').
metadata_db:entity_resource('GO:0000073', 'biological_process').
class('GO:0000073').
subclass('GO:0000073', 'GO:0022402').
restriction('GO:0000073', 'OBO_REL:part_of', 'GO:0051300').
def('GO:0000073', 'A largely uncharacterized process involving the release of duplicated spindle pole bodies (SPBs) and their migration away from each other within the nuclear membrane. Duplicated SPBs are connected by a bridge structure that may be severed in order to release the SPBs from one another. Following liberation, SPBs diffuse through the nuclear membrane until they are across from each other. SPB separation must take place in order for a bipolar mitotic spindle to assemble.').
def_xref('GO:0000073', 'GOC:sgd_curators').
metadata_db:entity_alternate_identifier('GO:0000073', 'GO:0030475').
metadata_db:entity_synonym('GO:0000073', 'spindle pole body separation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000073', 'spindle pole body separation (sensu Fungi)', 'exact').
metadata_db:entity_synonym('GO:0000073', 'spindle pole body separation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000073', 'spindle pole body separation (sensu Saccharomyces)', 'narrow').

metadata_db:entity_label('GO:0000075', 'cell cycle checkpoint').
metadata_db:entity_resource('GO:0000075', 'biological_process').
class('GO:0000075').
subclass('GO:0000075', 'GO:0051726').
def('GO:0000075', 'A point in the eukaryotic cell cycle where progress through the cycle can be halted until conditions are suitable for the cell to proceed to the next stage.').
def_xref('GO:0000075', 'GOC:mah').
def_xref('GO:0000075', 'ISBN:0815316194').
metadata_db:entity_xref('GO:0000075', 'Reactome:212094').
metadata_db:entity_xref('GO:0000075', 'Reactome:221853').
metadata_db:entity_xref('GO:0000075', 'Reactome:230421').
metadata_db:entity_xref('GO:0000075', 'Reactome:238463').
metadata_db:entity_xref('GO:0000075', 'Reactome:245004').
metadata_db:entity_xref('GO:0000075', 'Reactome:249905').
metadata_db:entity_xref('GO:0000075', 'Reactome:252621').
metadata_db:entity_xref('GO:0000075', 'Reactome:255806').
metadata_db:entity_xref('GO:0000075', 'Reactome:259199').
metadata_db:entity_xref('GO:0000075', 'Reactome:262557').
metadata_db:entity_xref('GO:0000075', 'Reactome:265381').
metadata_db:entity_xref('GO:0000075', 'Reactome:268515').
metadata_db:entity_xref('GO:0000075', 'Reactome:274237').
metadata_db:entity_xref('GO:0000075', 'Reactome:280705').
metadata_db:entity_xref('GO:0000075', 'Reactome:282912').
metadata_db:entity_xref('GO:0000075', 'Reactome:286730').
metadata_db:entity_xref('GO:0000075', 'Reactome:69620').

metadata_db:entity_label('GO:0000076', 'DNA replication checkpoint').
metadata_db:entity_resource('GO:0000076', 'biological_process').
class('GO:0000076').
subclass('GO:0000076', 'GO:0031570').
subclass('GO:0000076', 'GO:0032297').
def('GO:0000076', 'A signal transduction based surveillance mechanism that prevents the initiation of mitosis until DNA replication is complete, thereby ensuring that progeny inherit a full complement of the genome.').
def_xref('GO:0000076', 'GOC:rn').
def_xref('GO:0000076', 'PMID:11728327').
def_xref('GO:0000076', 'PMID:12537518').

metadata_db:entity_label('GO:0000077', 'DNA damage checkpoint').
metadata_db:entity_resource('GO:0000077', 'biological_process').
class('GO:0000077').
subclass('GO:0000077', 'GO:0031570').
subclass('GO:0000077', 'GO:0042770').
def('GO:0000077', 'A signal transduction pathway, induced by DNA damage, that blocks cell cycle progression (in G1, G2 or metaphase) or slows the rate at which S phase proceeds.').
def_xref('GO:0000077', 'PMID:11891124').
metadata_db:entity_synonym('GO:0000077', 'DNA damage response, signal transduction resulting in cell cycle arrest').
metadata_db:entity_synonym_scope('GO:0000077', 'DNA damage response, signal transduction resulting in cell cycle arrest', 'narrow').

metadata_db:entity_label('GO:0000078', 'cell morphogenesis checkpoint').
metadata_db:entity_resource('GO:0000078', 'biological_process').
class('GO:0000078').
subclass('GO:0000078', 'GO:0007093').
restriction('GO:0000078', 'OBO_REL:part_of', 'GO:0000902').
def('GO:0000078', 'A cell cycle checkpoint observed when aspects of polarity control are defective, which maintains coordination between the process of cellular morphogenesis and the nuclear events of the cell cycle. For example, in budding yeast cell-cycle delay or arrest is induced when aspects of bud formation are defective.').
def_xref('GO:0000078', 'GOC:vw').
def_xref('GO:0000078', 'PMID:14644188').

metadata_db:entity_label('GO:0000079', 'regulation of cyclin-dependent protein kinase activity').
metadata_db:entity_resource('GO:0000079', 'biological_process').
class('GO:0000079').
subclass('GO:0000079', 'GO:0045859').
subclass('GO:0000079', 'GO:0051726').
def('GO:0000079', 'Any process that modulates the frequency, rate or extent of CDK activity.').
def_xref('GO:0000079', 'GOC:go_curators').
metadata_db:entity_synonym('GO:0000079', 'regulation of CDK activity').
metadata_db:entity_synonym_scope('GO:0000079', 'regulation of CDK activity', 'exact').

metadata_db:entity_label('GO:0000080', 'G1 phase of mitotic cell cycle').
metadata_db:entity_resource('GO:0000080', 'biological_process').
class('GO:0000080').
subclass('GO:0000080', 'GO:0051318').
restriction('GO:0000080', 'OBO_REL:part_of', 'GO:0051329').
def('GO:0000080', 'Progression through G1 phase, one of two ''gap'' phases in the mitotic cell cycle; G1 is the interval between the completion of mitosis and the beginning of DNA synthesis.').
def_xref('GO:0000080', 'ISBN:0815316194').
metadata_db:entity_xref('GO:0000080', 'Reactome:212033').
metadata_db:entity_xref('GO:0000080', 'Reactome:221797').
metadata_db:entity_xref('GO:0000080', 'Reactome:230372').
metadata_db:entity_xref('GO:0000080', 'Reactome:238411').
metadata_db:entity_xref('GO:0000080', 'Reactome:69236').

metadata_db:entity_label('GO:0000082', 'G1/S transition of mitotic cell cycle').
metadata_db:entity_resource('GO:0000082', 'biological_process').
class('GO:0000082').
subclass('GO:0000082', 'GO:0022402').
restriction('GO:0000082', 'OBO_REL:part_of', 'GO:0051329').
def('GO:0000082', 'Progression from G1 phase to S phase of the mitotic cell cycle.').
def_xref('GO:0000082', 'GOC:mah').
metadata_db:entity_xref('GO:0000082', 'Reactome:212021').
metadata_db:entity_xref('GO:0000082', 'Reactome:221784').
metadata_db:entity_xref('GO:0000082', 'Reactome:230362').
metadata_db:entity_xref('GO:0000082', 'Reactome:238403').
metadata_db:entity_xref('GO:0000082', 'Reactome:244953').
metadata_db:entity_xref('GO:0000082', 'Reactome:249850').
metadata_db:entity_xref('GO:0000082', 'Reactome:252607').
metadata_db:entity_xref('GO:0000082', 'Reactome:255745').
metadata_db:entity_xref('GO:0000082', 'Reactome:259140').
metadata_db:entity_xref('GO:0000082', 'Reactome:262495').
metadata_db:entity_xref('GO:0000082', 'Reactome:265325').
metadata_db:entity_xref('GO:0000082', 'Reactome:268498').
metadata_db:entity_xref('GO:0000082', 'Reactome:274174').
metadata_db:entity_xref('GO:0000082', 'Reactome:280647').
metadata_db:entity_xref('GO:0000082', 'Reactome:282899').
metadata_db:entity_xref('GO:0000082', 'Reactome:286666').
metadata_db:entity_xref('GO:0000082', 'Reactome:288375').
metadata_db:entity_xref('GO:0000082', 'Reactome:289876').
metadata_db:entity_xref('GO:0000082', 'Reactome:290408').
metadata_db:entity_xref('GO:0000082', 'Reactome:291794').
metadata_db:entity_xref('GO:0000082', 'Reactome:293774').
metadata_db:entity_xref('GO:0000082', 'Reactome:69206').

metadata_db:entity_label('GO:0000083', 'G1/S-specific transcription in mitotic cell cycle').
metadata_db:entity_resource('GO:0000083', 'biological_process').
class('GO:0000083').
subclass('GO:0000083', 'GO:0006357').
subclass('GO:0000083', 'GO:0022402').
restriction('GO:0000083', 'OBO_REL:part_of', 'GO:0000082'). % G1/S transition of mitotic cell cycle
def('GO:0000083', 'Any process that regulates transcription such that the target genes are transcribed during the G1/S phase of the mitotic cell cycle.').
def_xref('GO:0000083', 'GOC:mah').
metadata_db:entity_xref('GO:0000083', 'Reactome:69205').

metadata_db:entity_label('GO:0000084', 'S phase of mitotic cell cycle').
metadata_db:entity_resource('GO:0000084', 'biological_process').
class('GO:0000084').
subclass('GO:0000084', 'GO:0051320').
restriction('GO:0000084', 'OBO_REL:part_of', 'GO:0051329').
def('GO:0000084', 'Progression through S phase, the part of the mitotic cell cycle during which DNA synthesis takes place.').
def_xref('GO:0000084', 'ISBN:0815316194').

metadata_db:entity_label('GO:0000085', 'G2 phase of mitotic cell cycle').
metadata_db:entity_resource('GO:0000085', 'biological_process').
class('GO:0000085').
subclass('GO:0000085', 'GO:0051319').
restriction('GO:0000085', 'OBO_REL:part_of', 'GO:0051329').
def('GO:0000085', 'Progression through G2 phase, one of two ''gap'' phases in the mitotic cell cycle; G2 is the interval between the completion of DNA synthesis and the beginning of mitosis.').
def_xref('GO:0000085', 'ISBN:0815316194').
metadata_db:entity_xref('GO:0000085', 'Reactome:211891').
metadata_db:entity_xref('GO:0000085', 'Reactome:221655').
metadata_db:entity_xref('GO:0000085', 'Reactome:230246').
metadata_db:entity_xref('GO:0000085', 'Reactome:238281').
metadata_db:entity_xref('GO:0000085', 'Reactome:244852').
metadata_db:entity_xref('GO:0000085', 'Reactome:249746').
metadata_db:entity_xref('GO:0000085', 'Reactome:268392').
metadata_db:entity_xref('GO:0000085', 'Reactome:274099').
metadata_db:entity_xref('GO:0000085', 'Reactome:280573').
metadata_db:entity_xref('GO:0000085', 'Reactome:68911').

metadata_db:entity_label('GO:0000086', 'G2/M transition of mitotic cell cycle').
metadata_db:entity_resource('GO:0000086', 'biological_process').
class('GO:0000086').
subclass('GO:0000086', 'GO:0022402').
restriction('GO:0000086', 'OBO_REL:part_of', 'GO:0051329').
def('GO:0000086', 'Progression from G2 phase to M phase of the mitotic cell cycle.').
def_xref('GO:0000086', 'GOC:mah').
metadata_db:entity_xref('GO:0000086', 'Reactome:211972').
metadata_db:entity_xref('GO:0000086', 'Reactome:221737').
metadata_db:entity_xref('GO:0000086', 'Reactome:230316').
metadata_db:entity_xref('GO:0000086', 'Reactome:238398').
metadata_db:entity_xref('GO:0000086', 'Reactome:244912').
metadata_db:entity_xref('GO:0000086', 'Reactome:249804').
metadata_db:entity_xref('GO:0000086', 'Reactome:252543').
metadata_db:entity_xref('GO:0000086', 'Reactome:255721').
metadata_db:entity_xref('GO:0000086', 'Reactome:259114').
metadata_db:entity_xref('GO:0000086', 'Reactome:262473').
metadata_db:entity_xref('GO:0000086', 'Reactome:265322').
metadata_db:entity_xref('GO:0000086', 'Reactome:268466').
metadata_db:entity_xref('GO:0000086', 'Reactome:274171').
metadata_db:entity_xref('GO:0000086', 'Reactome:280644').
metadata_db:entity_xref('GO:0000086', 'Reactome:282855').
metadata_db:entity_xref('GO:0000086', 'Reactome:286663').
metadata_db:entity_xref('GO:0000086', 'Reactome:69275').

metadata_db:entity_label('GO:0000087', 'M phase of mitotic cell cycle').
metadata_db:entity_resource('GO:0000087', 'biological_process').
class('GO:0000087').
subclass('GO:0000087', 'GO:0000279').
restriction('GO:0000087', 'OBO_REL:part_of', 'GO:0000278').
def('GO:0000087', 'Progression through M phase, the part of the mitotic cell cycle during which mitosis takes place.').
def_xref('GO:0000087', 'GOC:mah').
def_xref('GO:0000087', 'ISBN:0815316194').
metadata_db:entity_synonym('GO:0000087', 'M-phase of mitotic cell cycle').
metadata_db:entity_synonym_scope('GO:0000087', 'M-phase of mitotic cell cycle', 'exact').
metadata_db:entity_xref('GO:0000087', 'Reactome:212043').
metadata_db:entity_xref('GO:0000087', 'Reactome:221806').
metadata_db:entity_xref('GO:0000087', 'Reactome:230379').
metadata_db:entity_xref('GO:0000087', 'Reactome:238418').
metadata_db:entity_xref('GO:0000087', 'Reactome:244995').
metadata_db:entity_xref('GO:0000087', 'Reactome:249877').
metadata_db:entity_xref('GO:0000087', 'Reactome:252596').
metadata_db:entity_xref('GO:0000087', 'Reactome:255795').
metadata_db:entity_xref('GO:0000087', 'Reactome:259176').
metadata_db:entity_xref('GO:0000087', 'Reactome:262532').
metadata_db:entity_xref('GO:0000087', 'Reactome:265359').
metadata_db:entity_xref('GO:0000087', 'Reactome:268488').
metadata_db:entity_xref('GO:0000087', 'Reactome:282892').
metadata_db:entity_xref('GO:0000087', 'Reactome:286702').
metadata_db:entity_xref('GO:0000087', 'Reactome:68886').

metadata_db:entity_label('GO:0000088', 'mitotic prophase').
metadata_db:entity_resource('GO:0000088', 'biological_process').
class('GO:0000088').
subclass('GO:0000088', 'GO:0051324').
restriction('GO:0000088', 'OBO_REL:part_of', 'GO:0007067').
def('GO:0000088', 'Progression through prophase, the initial stage of mitosis in which the chromosomes are condensed but are not yet attached to a mitotic spindle.').
def_xref('GO:0000088', 'ISBN:0815316194').
metadata_db:entity_xref('GO:0000088', 'Reactome:211977').
metadata_db:entity_xref('GO:0000088', 'Reactome:221742').
metadata_db:entity_xref('GO:0000088', 'Reactome:230322').
metadata_db:entity_xref('GO:0000088', 'Reactome:238359').
metadata_db:entity_xref('GO:0000088', 'Reactome:244917').
metadata_db:entity_xref('GO:0000088', 'Reactome:249807').
metadata_db:entity_xref('GO:0000088', 'Reactome:252546').
metadata_db:entity_xref('GO:0000088', 'Reactome:255723').
metadata_db:entity_xref('GO:0000088', 'Reactome:259116').
metadata_db:entity_xref('GO:0000088', 'Reactome:262475').
metadata_db:entity_xref('GO:0000088', 'Reactome:268434').
metadata_db:entity_xref('GO:0000088', 'Reactome:286639').
metadata_db:entity_xref('GO:0000088', 'Reactome:68875').

metadata_db:entity_label('GO:0000089', 'mitotic metaphase').
metadata_db:entity_resource('GO:0000089', 'biological_process').
class('GO:0000089').
subclass('GO:0000089', 'GO:0051323').
restriction('GO:0000089', 'OBO_REL:part_of', 'GO:0007067').
def('GO:0000089', 'Progression through metaphase, the stage of mitosis at which chromosomes are firmly attached to the mitotic spindle at its equator but have not yet segregated to opposite poles.').
def_xref('GO:0000089', 'ISBN:0815316194').
metadata_db:entity_xref('GO:0000089', 'Reactome:68879').

metadata_db:entity_label('GO:0000090', 'mitotic anaphase').
metadata_db:entity_resource('GO:0000090', 'biological_process').
class('GO:0000090').
subclass('GO:0000090', 'GO:0051322').
restriction('GO:0000090', 'OBO_REL:part_of', 'GO:0007067').
def('GO:0000090', 'Progression through anaphase, the stage of mitosis during which the two sets of chromosomes separate and move away from each other.').
def_xref('GO:0000090', 'ISBN:0815316194').
metadata_db:entity_xref('GO:0000090', 'Reactome:68882').

metadata_db:entity_label('GO:0000091', 'mitotic anaphase A').
metadata_db:entity_resource('GO:0000091', 'biological_process').
class('GO:0000091').
subclass('GO:0000091', 'GO:0000090'). % mitotic anaphase
def('GO:0000091', 'Progression through anaphase A, the part of mitotic anaphase in which the kinetochore microtubules shorten as chromosomes move toward the spindle poles.').
def_xref('GO:0000091', 'ISBN:0815316194').

metadata_db:entity_label('GO:0000092', 'mitotic anaphase B').
metadata_db:entity_resource('GO:0000092', 'biological_process').
class('GO:0000092').
subclass('GO:0000092', 'GO:0000090'). % mitotic anaphase
def('GO:0000092', 'Progression through anaphase B, the part of mitotic anaphase in which the polar microtubules elongate and the two poles of the spindle move farther apart.').
def_xref('GO:0000092', 'ISBN:0815316194').

metadata_db:entity_label('GO:0000093', 'mitotic telophase').
metadata_db:entity_resource('GO:0000093', 'biological_process').
class('GO:0000093').
subclass('GO:0000093', 'GO:0051326').
restriction('GO:0000093', 'OBO_REL:part_of', 'GO:0007067').
def('GO:0000093', 'Progression through telophase, the last of the stages of mitosis; in the canonical cell cycle, telophase begins when the chromosomes arrive at the poles of the cell and the division of the cytoplasm starts.').
def_xref('GO:0000093', 'ISBN:0721662544').

metadata_db:entity_label('GO:0000094', 'septin assembly and septum formation').
metadata_db:entity_resource('GO:0000094', 'biological_process').
metadata_db:entity_obsolete('GO:0000094', 'class').
def('GO:0000094', 'OBSOLETE (was not defined before being made obsolete).').
def_xref('GO:0000094', 'GOC:go_curators').
metadata_db:entity_consider('GO:0000094', 'GO:0000917').
metadata_db:entity_consider('GO:0000094', 'GO:0000918').
metadata_db:entity_consider('GO:0000094', 'GO:0000921').
metadata_db:entity_comment('GO:0000094', 'This term was made obsolete because it was not defined and the string name implied two separate processes.').

metadata_db:entity_label('GO:0000096', 'sulfur amino acid metabolic process').
metadata_db:entity_resource('GO:0000096', 'biological_process').
class('GO:0000096').
subclass('GO:0000096', 'GO:0006520').
subclass('GO:0000096', 'GO:0006790').
def('GO:0000096', 'The chemical reactions and pathways involving amino acids containing sulfur, comprising cysteine, homocysteine, methionine and selenocysteine.').
def_xref('GO:0000096', 'GOC:ai').
metadata_db:entity_partition('GO:0000096', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000096', 'sulfur amino acid metabolism').
metadata_db:entity_synonym_scope('GO:0000096', 'sulfur amino acid metabolism', 'exact').
metadata_db:entity_synonym('GO:0000096', 'sulphur amino acid metabolic process').
metadata_db:entity_synonym_scope('GO:0000096', 'sulphur amino acid metabolic process', 'exact').
metadata_db:entity_synonym('GO:0000096', 'sulphur amino acid metabolism').
metadata_db:entity_synonym_scope('GO:0000096', 'sulphur amino acid metabolism', 'exact').

metadata_db:entity_label('GO:0000097', 'sulfur amino acid biosynthetic process').
metadata_db:entity_resource('GO:0000097', 'biological_process').
class('GO:0000097').
subclass('GO:0000097', 'GO:0000096'). % sulfur amino acid metabolic process
subclass('GO:0000097', 'GO:0008652').
subclass('GO:0000097', 'GO:0044272').
def('GO:0000097', 'The chemical reactions and pathways resulting in the formation of amino acids containing sulfur, comprising cysteine, methionine and selenocysteine.').
def_xref('GO:0000097', 'GOC:ai').
metadata_db:entity_partition('GO:0000097', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000097', 'sulfur amino acid anabolism').
metadata_db:entity_synonym_scope('GO:0000097', 'sulfur amino acid anabolism', 'exact').
metadata_db:entity_synonym('GO:0000097', 'sulfur amino acid biosynthesis').
metadata_db:entity_synonym_scope('GO:0000097', 'sulfur amino acid biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000097', 'sulfur amino acid formation').
metadata_db:entity_synonym_scope('GO:0000097', 'sulfur amino acid formation', 'exact').
metadata_db:entity_synonym('GO:0000097', 'sulfur amino acid synthesis').
metadata_db:entity_synonym_scope('GO:0000097', 'sulfur amino acid synthesis', 'exact').
metadata_db:entity_synonym('GO:0000097', 'sulphur amino acid biosynthesis').
metadata_db:entity_synonym_scope('GO:0000097', 'sulphur amino acid biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000097', 'sulphur amino acid biosynthetic process').
metadata_db:entity_synonym_scope('GO:0000097', 'sulphur amino acid biosynthetic process', 'exact').

metadata_db:entity_label('GO:0000098', 'sulfur amino acid catabolic process').
metadata_db:entity_resource('GO:0000098', 'biological_process').
class('GO:0000098').
subclass('GO:0000098', 'GO:0000096'). % sulfur amino acid metabolic process
subclass('GO:0000098', 'GO:0009063').
subclass('GO:0000098', 'GO:0044273').
def('GO:0000098', 'The chemical reactions and pathways resulting in the breakdown of amino acids containing sulfur, comprising cysteine, methionine and selenocysteine.').
def_xref('GO:0000098', 'GOC:ai').
metadata_db:entity_partition('GO:0000098', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000098', 'sulfur amino acid breakdown').
metadata_db:entity_synonym_scope('GO:0000098', 'sulfur amino acid breakdown', 'exact').
metadata_db:entity_synonym('GO:0000098', 'sulfur amino acid catabolism').
metadata_db:entity_synonym_scope('GO:0000098', 'sulfur amino acid catabolism', 'exact').
metadata_db:entity_synonym('GO:0000098', 'sulfur amino acid degradation').
metadata_db:entity_synonym_scope('GO:0000098', 'sulfur amino acid degradation', 'exact').
metadata_db:entity_synonym('GO:0000098', 'sulphur amino acid catabolic process').
metadata_db:entity_synonym_scope('GO:0000098', 'sulphur amino acid catabolic process', 'exact').
metadata_db:entity_synonym('GO:0000098', 'sulphur amino acid catabolism').
metadata_db:entity_synonym_scope('GO:0000098', 'sulphur amino acid catabolism', 'exact').

metadata_db:entity_label('GO:0000101', 'sulfur amino acid transport').
metadata_db:entity_resource('GO:0000101', 'biological_process').
class('GO:0000101').
subclass('GO:0000101', 'GO:0006865').
def('GO:0000101', 'The directed movement of amino acids containing sulfur (cystine, methionine and their derivatives) into, out of, within or between cells.').
def_xref('GO:0000101', 'GOC:ai').
metadata_db:entity_partition('GO:0000101', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000101', 'sulphur amino acid transport').
metadata_db:entity_synonym_scope('GO:0000101', 'sulphur amino acid transport', 'exact').

metadata_db:entity_label('GO:0000103', 'sulfate assimilation').
metadata_db:entity_resource('GO:0000103', 'biological_process').
class('GO:0000103').
subclass('GO:0000103', 'GO:0006791').
def('GO:0000103', 'The pathways by which inorganic sulfate is processed and incorporated into sulfated compounds.').
def_xref('GO:0000103', 'GOC:jl').
metadata_db:entity_partition('GO:0000103', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000103', 'sulphate assimilation').
metadata_db:entity_synonym_scope('GO:0000103', 'sulphate assimilation', 'exact').

metadata_db:entity_label('GO:0000105', 'histidine biosynthetic process').
metadata_db:entity_resource('GO:0000105', 'biological_process').
class('GO:0000105').
subclass('GO:0000105', 'GO:0006547').
subclass('GO:0000105', 'GO:0009076').
def('GO:0000105', 'The chemical reactions and pathways resulting in the formation of histidine, 2-amino-3-(1H-imidazol-4-yl)propanoic acid.').
def_xref('GO:0000105', 'GOC:go_curators').
metadata_db:entity_partition('GO:0000105', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000105', 'histidine anabolism').
metadata_db:entity_synonym_scope('GO:0000105', 'histidine anabolism', 'exact').
metadata_db:entity_synonym('GO:0000105', 'histidine biosynthesis').
metadata_db:entity_synonym_scope('GO:0000105', 'histidine biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000105', 'histidine formation').
metadata_db:entity_synonym_scope('GO:0000105', 'histidine formation', 'exact').
metadata_db:entity_synonym('GO:0000105', 'histidine synthesis').
metadata_db:entity_synonym_scope('GO:0000105', 'histidine synthesis', 'exact').
metadata_db:entity_xref('GO:0000105', 'MetaCyc:HISTSYN-PWY').

metadata_db:entity_label('GO:0000114', 'G1-specific transcription in mitotic cell cycle').
metadata_db:entity_resource('GO:0000114', 'biological_process').
class('GO:0000114').
subclass('GO:0000114', 'GO:0006357').
subclass('GO:0000114', 'GO:0022402').
restriction('GO:0000114', 'OBO_REL:part_of', 'GO:0000080'). % G1 phase of mitotic cell cycle
def('GO:0000114', 'Any process that regulates transcription such that the target genes are transcribed during the G1 phase of the mitotic cell cycle.').
def_xref('GO:0000114', 'GOC:mah').

metadata_db:entity_label('GO:0000115', 'S-phase-specific transcription in mitotic cell cycle').
metadata_db:entity_resource('GO:0000115', 'biological_process').
class('GO:0000115').
subclass('GO:0000115', 'GO:0006357').
subclass('GO:0000115', 'GO:0022402').
restriction('GO:0000115', 'OBO_REL:part_of', 'GO:0000084'). % S phase of mitotic cell cycle
def('GO:0000115', 'A cell cycle process that regulates transcription such that the target genes are transcribed during the S phase of the mitotic cell cycle.').
def_xref('GO:0000115', 'GOC:mah').
metadata_db:entity_synonym('GO:0000115', 'S-specific transcription in mitotic cell cycle').
metadata_db:entity_synonym_scope('GO:0000115', 'S-specific transcription in mitotic cell cycle', 'exact').
metadata_db:entity_xref('GO:0000115', 'Reactome:69241').

metadata_db:entity_label('GO:0000116', 'G2-specific transcription in mitotic cell cycle').
metadata_db:entity_resource('GO:0000116', 'biological_process').
class('GO:0000116').
subclass('GO:0000116', 'GO:0006357').
subclass('GO:0000116', 'GO:0022402').
restriction('GO:0000116', 'OBO_REL:part_of', 'GO:0000085'). % G2 phase of mitotic cell cycle
def('GO:0000116', 'Any process that regulates transcription such that the target genes are transcribed during the G2 phase of the mitotic cell cycle.').
def_xref('GO:0000116', 'GOC:mah').

metadata_db:entity_label('GO:0000117', 'G2/M-specific transcription in mitotic cell cycle').
metadata_db:entity_resource('GO:0000117', 'biological_process').
class('GO:0000117').
subclass('GO:0000117', 'GO:0006357').
subclass('GO:0000117', 'GO:0022402').
restriction('GO:0000117', 'OBO_REL:part_of', 'GO:0000086'). % G2/M transition of mitotic cell cycle
def('GO:0000117', 'Any process that regulates transcription such that the target genes are transcribed during the G2/M phase of the mitotic cell cycle.').
def_xref('GO:0000117', 'GOC:mah').
metadata_db:entity_xref('GO:0000117', 'Reactome:69274').

metadata_db:entity_label('GO:0000122', 'negative regulation of transcription from RNA polymerase II promoter').
metadata_db:entity_resource('GO:0000122', 'biological_process').
class('GO:0000122').
subclass('GO:0000122', 'GO:0006357').
subclass('GO:0000122', 'GO:0045892').
restriction('GO:0000122', 'negatively_regulates', 'GO:0006366').
def('GO:0000122', 'Any process that stops, prevents or reduces the frequency, rate or extent of transcription from an RNA polymerase II promoter.').
def_xref('GO:0000122', 'GOC:go_curators').
metadata_db:entity_synonym('GO:0000122', 'down regulation of transcription from RNA polymerase II promoter').
metadata_db:entity_synonym_scope('GO:0000122', 'down regulation of transcription from RNA polymerase II promoter', 'exact').
metadata_db:entity_synonym('GO:0000122', 'down-regulation of transcription from RNA polymerase II promoter').
metadata_db:entity_synonym_scope('GO:0000122', 'down-regulation of transcription from RNA polymerase II promoter', 'exact').
metadata_db:entity_synonym('GO:0000122', 'downregulation of transcription from RNA polymerase II promoter').
metadata_db:entity_synonym_scope('GO:0000122', 'downregulation of transcription from RNA polymerase II promoter', 'exact').
metadata_db:entity_synonym('GO:0000122', 'inhibition of transcription from RNA polymerase II promoter').
metadata_db:entity_synonym_scope('GO:0000122', 'inhibition of transcription from RNA polymerase II promoter', 'narrow').
metadata_db:entity_synonym('GO:0000122', 'negative regulation of transcription from Pol II promoter').
metadata_db:entity_synonym_scope('GO:0000122', 'negative regulation of transcription from Pol II promoter', 'exact').

metadata_db:entity_label('GO:0000128', 'flocculation').
metadata_db:entity_resource('GO:0000128', 'biological_process').
class('GO:0000128').
subclass('GO:0000128', 'GO:0051704').
def('GO:0000128', 'The non-sexual aggregation of single-celled organisms.').
def_xref('GO:0000128', 'GOC:jl').
metadata_db:entity_partition('GO:0000128', 'goslim_pir').
metadata_db:entity_partition('GO:0000128', 'gosubset_prok').

metadata_db:entity_label('GO:0000132', 'establishment of mitotic spindle orientation').
metadata_db:entity_resource('GO:0000132', 'biological_process').
class('GO:0000132').
subclass('GO:0000132', 'GO:0040001').
subclass('GO:0000132', 'GO:0051294').
def('GO:0000132', 'A cell cycle process that sets the alignment of mitotic spindle relative to other cellular structures.').
def_xref('GO:0000132', 'GOC:ems').
metadata_db:entity_alternate_identifier('GO:0000132', 'GO:0030607').
metadata_db:entity_alternate_identifier('GO:0000132', 'GO:0030609').
metadata_db:entity_synonym('GO:0000132', 'establishment of spindle orientation during mitosis').
metadata_db:entity_synonym_scope('GO:0000132', 'establishment of spindle orientation during mitosis', 'exact').
metadata_db:entity_synonym('GO:0000132', 'mitotic spindle orientation').
metadata_db:entity_synonym_scope('GO:0000132', 'mitotic spindle orientation', 'exact').
metadata_db:entity_synonym('GO:0000132', 'mitotic spindle orientation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000132', 'mitotic spindle orientation (sensu Fungi)', 'narrow').
metadata_db:entity_synonym('GO:0000132', 'mitotic spindle orientation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000132', 'mitotic spindle orientation (sensu Saccharomyces)', 'narrow').
metadata_db:entity_synonym('GO:0000132', 'orienting of mitotic spindle').
metadata_db:entity_synonym_scope('GO:0000132', 'orienting of mitotic spindle', 'exact').

metadata_db:entity_label('GO:0000135', 'septin checkpoint').
metadata_db:entity_resource('GO:0000135', 'biological_process').
class('GO:0000135').
subclass('GO:0000135', 'GO:0031565').
def('GO:0000135', 'A cell cycle checkpoint that detects septin defects and responds by inhibiting the mitotic CDK. In Saccharomyces cerevisiae, correct formation of a functional septin cytoskeleton permits the cell to switch to isotropic bud growth and the onset of mitotic chromosome segregation. In the presence of septin defects, the mitotic CDK is inhibited and both the switch to isotropic bud growth and the onset of mitotic chromosome segregation is delayed.').
def_xref('GO:0000135', 'PMID:9925642').

metadata_db:entity_label('GO:0000147', 'actin cortical patch assembly').
metadata_db:entity_resource('GO:0000147', 'biological_process').
class('GO:0000147').
subclass('GO:0000147', 'GO:0022607').
subclass('GO:0000147', 'GO:0030866').
def('GO:0000147', 'Assembly of an actin cortical patch, a discrete actin-containing structure found at the plasma membrane of fungal cells.').
def_xref('GO:0000147', 'GOC:mah').

metadata_db:entity_label('GO:0000154', 'rRNA modification').
metadata_db:entity_resource('GO:0000154', 'biological_process').
class('GO:0000154').
subclass('GO:0000154', 'GO:0006364').
subclass('GO:0000154', 'GO:0009451').
def('GO:0000154', 'The covalent alteration of one or more nucleotides within an rRNA molecule to produce an rRNA molecule with a sequence that differs from that coded genetically.').
def_xref('GO:0000154', 'GOC:curators').
metadata_db:entity_alternate_identifier('GO:0000154', 'GO:0016548').
metadata_db:entity_comment('GO:0000154', 'The term ''RNA editing'' (GO:0016547) was merged into ''RNA modification'' (GO:0009451) on the basis of statements in the preface of Modification and Editing of RNA (ISBN:1555811337) that there is no clear distinction between modification and editing. Parallel changes were made for substrate (e.g. tRNA, rRNA, etc.) specific child terms of ''RNA editing''.').
metadata_db:entity_partition('GO:0000154', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000154', 'rRNA editing').
metadata_db:entity_synonym_scope('GO:0000154', 'rRNA editing', 'exact').

metadata_db:entity_label('GO:0000160', 'two-component signal transduction system (phosphorelay)').
metadata_db:entity_resource('GO:0000160', 'biological_process').
class('GO:0000160').
subclass('GO:0000160', 'GO:0007165').
def('GO:0000160', 'A conserved series of molecular signals found in prokaryotes and eukaryotes; involves autophosphorylation of a histidine kinase and the transfer of the phosphate group to an aspartate that then acts as a phospho-donor to response regulator proteins.').
def_xref('GO:0000160', 'PMID:9191038').
metadata_db:entity_partition('GO:0000160', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000160', 'histidyl-aspartyl phosphorelay').
metadata_db:entity_synonym_scope('GO:0000160', 'histidyl-aspartyl phosphorelay', 'exact').

metadata_db:entity_label('GO:0000161', 'MAPKKK cascade during osmolarity sensing').
metadata_db:entity_resource('GO:0000161', 'biological_process').
class('GO:0000161').
subclass('GO:0000161', 'GO:0000165').
restriction('GO:0000161', 'OBO_REL:part_of', 'GO:0007231').
def('GO:0000161', 'MAPKKK cascade involved in signal transduction in response to change in osmotic conditions.').
def_xref('GO:0000161', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000161', 'osmolarity sensing, MAPKKK cascade').
metadata_db:entity_synonym_scope('GO:0000161', 'osmolarity sensing, MAPKKK cascade', 'exact').

metadata_db:entity_label('GO:0000162', 'tryptophan biosynthetic process').
metadata_db:entity_resource('GO:0000162', 'biological_process').
class('GO:0000162').
subclass('GO:0000162', 'GO:0006568').
subclass('GO:0000162', 'GO:0009073').
subclass('GO:0000162', 'GO:0046219').
def('GO:0000162', 'The chemical reactions and pathways resulting in the formation of tryptophan, the chiral amino acid 2-amino-3-(1H-indol-3-yl)propanoic acid; tryptophan is synthesized from chorismate via anthranilate.').
def_xref('GO:0000162', 'GOC:mah').
def_xref('GO:0000162', 'ISBN:0471331309').
def_xref('GO:0000162', 'MetaCyc:TRPSYN-PWY').
metadata_db:entity_alternate_identifier('GO:0000162', 'GO:0009096').
metadata_db:entity_partition('GO:0000162', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000162', 'aromatic amino acid family biosynthetic process, anthranilate pathway').
metadata_db:entity_synonym_scope('GO:0000162', 'aromatic amino acid family biosynthetic process, anthranilate pathway', 'exact').
metadata_db:entity_synonym('GO:0000162', 'tryptophan anabolism').
metadata_db:entity_synonym_scope('GO:0000162', 'tryptophan anabolism', 'exact').
metadata_db:entity_synonym('GO:0000162', 'tryptophan biosynthesis').
metadata_db:entity_synonym_scope('GO:0000162', 'tryptophan biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000162', 'tryptophan formation').
metadata_db:entity_synonym_scope('GO:0000162', 'tryptophan formation', 'exact').
metadata_db:entity_synonym('GO:0000162', 'tryptophan synthesis').
metadata_db:entity_synonym_scope('GO:0000162', 'tryptophan synthesis', 'exact').
metadata_db:entity_xref('GO:0000162', 'MetaCyc:TRPSYN-PWY').

metadata_db:entity_label('GO:0000165', 'MAPKKK cascade').
metadata_db:entity_resource('GO:0000165', 'biological_process').
class('GO:0000165').
subclass('GO:0000165', 'GO:0007243').
def('GO:0000165', 'Cascade of at least three protein kinase activities culminating in the phosphorylation and activation of a MAP kinase. MAPKKK cascades lie downstream of numerous signaling pathways.').
def_xref('GO:0000165', 'GOC:mah').
def_xref('GO:0000165', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000165', 'ERK/MAPK cascade').
metadata_db:entity_synonym_scope('GO:0000165', 'ERK/MAPK cascade', 'exact').
metadata_db:entity_synonym('GO:0000165', 'MAP kinase cascade').
metadata_db:entity_synonym_scope('GO:0000165', 'MAP kinase cascade', 'exact').
metadata_db:entity_synonym('GO:0000165', 'MAP kinase kinase kinase cascade').
metadata_db:entity_synonym_scope('GO:0000165', 'MAP kinase kinase kinase cascade', 'exact').
metadata_db:entity_synonym('GO:0000165', 'MAPK cascade').
metadata_db:entity_synonym_scope('GO:0000165', 'MAPK cascade', 'exact').
metadata_db:entity_synonym('GO:0000165', 'MAPK signaling').
metadata_db:entity_synonym_scope('GO:0000165', 'MAPK signaling', 'related').
metadata_db:entity_synonym('GO:0000165', 'MAPK signalling').
metadata_db:entity_synonym_scope('GO:0000165', 'MAPK signalling', 'related').
metadata_db:entity_synonym('GO:0000165', 'MAPKKK cascade during sporulation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000165', 'MAPKKK cascade during sporulation (sensu Fungi)', 'narrow').
metadata_db:entity_synonym('GO:0000165', 'MAPKKK cascade during sporulation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000165', 'MAPKKK cascade during sporulation (sensu Saccharomyces)', 'narrow').
metadata_db:entity_xref('GO:0000165', 'Reactome:109869').
metadata_db:entity_xref('GO:0000165', 'Reactome:211967').
metadata_db:entity_xref('GO:0000165', 'Reactome:221732').
metadata_db:entity_xref('GO:0000165', 'Reactome:230313').
metadata_db:entity_xref('GO:0000165', 'Reactome:238351').
metadata_db:entity_xref('GO:0000165', 'Reactome:244909').
metadata_db:entity_xref('GO:0000165', 'Reactome:249802').
metadata_db:entity_xref('GO:0000165', 'Reactome:252619').
metadata_db:entity_xref('GO:0000165', 'Reactome:255804').
metadata_db:entity_xref('GO:0000165', 'Reactome:259197').
metadata_db:entity_xref('GO:0000165', 'Reactome:262555').
metadata_db:entity_xref('GO:0000165', 'Reactome:268509').
metadata_db:entity_xref('GO:0000165', 'Reactome:274234').
metadata_db:entity_xref('GO:0000165', 'Reactome:280703').
metadata_db:entity_xref('GO:0000165', 'Reactome:286727').

metadata_db:entity_label('GO:0000167', 'activation of MAPKKK activity during osmolarity sensing').
metadata_db:entity_resource('GO:0000167', 'biological_process').
class('GO:0000167').
subclass('GO:0000167', 'GO:0000185').
restriction('GO:0000167', 'OBO_REL:part_of', 'GO:0000161'). % MAPKKK cascade during osmolarity sensing
def('GO:0000167', 'Any process that initiates the activity of the inactive enzyme MAP kinase kinase kinase during osmolarity sensing.').
def_xref('GO:0000167', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000167', 'activation of MAP kinase kinase kinase activity during osmolarity sensing').
metadata_db:entity_synonym_scope('GO:0000167', 'activation of MAP kinase kinase kinase activity during osmolarity sensing', 'exact').
metadata_db:entity_synonym('GO:0000167', 'osmolarity sensing, activation of MAP kinase kinase kinase activity').
metadata_db:entity_synonym_scope('GO:0000167', 'osmolarity sensing, activation of MAP kinase kinase kinase activity', 'exact').
metadata_db:entity_synonym('GO:0000167', 'osmolarity sensing, activation of MAPKKK activity').
metadata_db:entity_synonym_scope('GO:0000167', 'osmolarity sensing, activation of MAPKKK activity', 'exact').

metadata_db:entity_label('GO:0000168', 'activation of MAPKK activity during osmolarity sensing').
metadata_db:entity_resource('GO:0000168', 'biological_process').
class('GO:0000168').
subclass('GO:0000168', 'GO:0000186').
restriction('GO:0000168', 'OBO_REL:part_of', 'GO:0000161'). % MAPKKK cascade during osmolarity sensing
def('GO:0000168', 'Any process that initiates the activity of the inactive enzyme MAP kinase kinase during osmolarity sensing.').
def_xref('GO:0000168', 'PMID:9561267').
metadata_db:entity_alternate_identifier('GO:0000168', 'GO:0007233').
metadata_db:entity_synonym('GO:0000168', 'activation of MAP kinase kinase activity during osmolarity sensing').
metadata_db:entity_synonym_scope('GO:0000168', 'activation of MAP kinase kinase activity during osmolarity sensing', 'exact').
metadata_db:entity_synonym('GO:0000168', 'activation of Pbs2 kinase').
metadata_db:entity_synonym_scope('GO:0000168', 'activation of Pbs2 kinase', 'narrow').
metadata_db:entity_synonym('GO:0000168', 'osmolarity sensing, activation of MAP kinase kinase activity').
metadata_db:entity_synonym_scope('GO:0000168', 'osmolarity sensing, activation of MAP kinase kinase activity', 'exact').
metadata_db:entity_synonym('GO:0000168', 'osmolarity sensing, activation of MAPKK activity').
metadata_db:entity_synonym_scope('GO:0000168', 'osmolarity sensing, activation of MAPKK activity', 'exact').

metadata_db:entity_label('GO:0000169', 'activation of MAPK activity during osmolarity sensing').
metadata_db:entity_resource('GO:0000169', 'biological_process').
class('GO:0000169').
subclass('GO:0000169', 'GO:0000187').
restriction('GO:0000169', 'OBO_REL:part_of', 'GO:0000161'). % MAPKKK cascade during osmolarity sensing
def('GO:0000169', 'Any process that initiates the activity of the inactive enzyme MAP kinase activity during osmolarity sensing.').
def_xref('GO:0000169', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000169', 'osmolarity sensing, activation of MAPK activity').
metadata_db:entity_synonym_scope('GO:0000169', 'osmolarity sensing, activation of MAPK activity', 'exact').

metadata_db:entity_label('GO:0000173', 'inactivation of MAPK activity during osmolarity sensing').
metadata_db:entity_resource('GO:0000173', 'biological_process').
class('GO:0000173').
subclass('GO:0000173', 'GO:0000188').
restriction('GO:0000173', 'OBO_REL:part_of', 'GO:0000161'). % MAPKKK cascade during osmolarity sensing
def('GO:0000173', 'Any process that terminates the activity of the active enzyme MAP kinase during osmolarity sensing.').
def_xref('GO:0000173', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000173', 'osmolarity sensing, inactivation of MAPK').
metadata_db:entity_synonym_scope('GO:0000173', 'osmolarity sensing, inactivation of MAPK', 'exact').
metadata_db:entity_synonym('GO:0000173', 'osmolarity sensing, termination of MAPK activity').
metadata_db:entity_synonym_scope('GO:0000173', 'osmolarity sensing, termination of MAPK activity', 'exact').
metadata_db:entity_synonym('GO:0000173', 'termination of MAPK activity during osmolarity sensing').
metadata_db:entity_synonym_scope('GO:0000173', 'termination of MAPK activity during osmolarity sensing', 'exact').

metadata_db:entity_label('GO:0000174', 'inactivation of MAPK (mating sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000174', 'biological_process').
metadata_db:entity_obsolete('GO:0000174', 'class').
def('GO:0000174', 'OBSOLETE. Downregulation of MAP kinase activity in the context of transduction of mating pheromone signal, as described for Saccharomyces.').
def_xref('GO:0000174', 'PMID:9561267').
metadata_db:entity_replaced_by('GO:0000174', 'GO:0000750').
metadata_db:entity_comment('GO:0000174', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000183', 'chromatin silencing at rDNA').
metadata_db:entity_resource('GO:0000183', 'biological_process').
class('GO:0000183').
subclass('GO:0000183', 'GO:0006342').
def('GO:0000183', 'Repression of transcription of ribosomal DNA by the formation of heterochromatin.').
def_xref('GO:0000183', 'PMID:10219245').
metadata_db:entity_synonym('GO:0000183', 'chromatin silencing at ribosomal DNA').
metadata_db:entity_synonym_scope('GO:0000183', 'chromatin silencing at ribosomal DNA', 'exact').
metadata_db:entity_synonym('GO:0000183', 'heterochromatic silencing at rDNA').
metadata_db:entity_synonym_scope('GO:0000183', 'heterochromatic silencing at rDNA', 'exact').

metadata_db:entity_label('GO:0000184', 'nuclear-transcribed mRNA catabolic process, nonsense-mediated decay').
metadata_db:entity_resource('GO:0000184', 'biological_process').
class('GO:0000184').
subclass('GO:0000184', 'GO:0000956').
def('GO:0000184', 'The nonsense-mediated decay pathway for nuclear-transcribed mRNAs degrades mRNAs in which an amino-acid codon has changed to a nonsense codon; this prevents the translation of such mRNAs into truncated, and potentially harmful, proteins.').
def_xref('GO:0000184', 'GOC:krc').
def_xref('GO:0000184', 'GOC:ma').
def_xref('GO:0000184', 'PMID:10025395').
metadata_db:entity_synonym('GO:0000184', 'mRNA breakdown, nonsense-mediated decay').
metadata_db:entity_synonym_scope('GO:0000184', 'mRNA breakdown, nonsense-mediated decay', 'exact').
metadata_db:entity_synonym('GO:0000184', 'mRNA catabolic process, nonsense-mediated').
metadata_db:entity_synonym_scope('GO:0000184', 'mRNA catabolic process, nonsense-mediated', 'exact').
metadata_db:entity_synonym('GO:0000184', 'mRNA catabolism, nonsense-mediated').
metadata_db:entity_synonym_scope('GO:0000184', 'mRNA catabolism, nonsense-mediated', 'exact').
metadata_db:entity_synonym('GO:0000184', 'mRNA degradation, nonsense-mediated decay').
metadata_db:entity_synonym_scope('GO:0000184', 'mRNA degradation, nonsense-mediated decay', 'exact').
metadata_db:entity_synonym('GO:0000184', 'nonsense-mediated mRNA decay').
metadata_db:entity_synonym_scope('GO:0000184', 'nonsense-mediated mRNA decay', 'exact').
metadata_db:entity_synonym('GO:0000184', 'nuclear mRNA catabolic process, nonsense-mediated decay').
metadata_db:entity_synonym_scope('GO:0000184', 'nuclear mRNA catabolic process, nonsense-mediated decay', 'exact').

metadata_db:entity_label('GO:0000185', 'activation of MAPKKK activity').
metadata_db:entity_resource('GO:0000185', 'biological_process').
class('GO:0000185').
subclass('GO:0000185', 'GO:0032147').
restriction('GO:0000185', 'OBO_REL:part_of', 'GO:0000165'). % MAPKKK cascade
def('GO:0000185', 'Any process that initiates the activity of the inactive enzyme MAP kinase kinase kinase.').
def_xref('GO:0000185', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000185', 'activation of MAP kinase kinase kinase').
metadata_db:entity_synonym_scope('GO:0000185', 'activation of MAP kinase kinase kinase', 'exact').
metadata_db:entity_synonym('GO:0000185', 'activation of MAPKKK during sporulation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000185', 'activation of MAPKKK during sporulation (sensu Fungi)', 'narrow').
metadata_db:entity_synonym('GO:0000185', 'activation of MAPKKK during sporulation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000185', 'activation of MAPKKK during sporulation (sensu Saccharomyces)', 'narrow').
metadata_db:entity_synonym('GO:0000185', 'positive regulation of MAP kinase kinase kinase activity').
metadata_db:entity_synonym_scope('GO:0000185', 'positive regulation of MAP kinase kinase kinase activity', 'broad').
metadata_db:entity_synonym('GO:0000185', 'positive regulation of MAPKKK activity').
metadata_db:entity_synonym_scope('GO:0000185', 'positive regulation of MAPKKK activity', 'broad').

metadata_db:entity_label('GO:0000186', 'activation of MAPKK activity').
metadata_db:entity_resource('GO:0000186', 'biological_process').
class('GO:0000186').
subclass('GO:0000186', 'GO:0006468').
subclass('GO:0000186', 'GO:0032147').
restriction('GO:0000186', 'OBO_REL:part_of', 'GO:0000165'). % MAPKKK cascade
def('GO:0000186', 'The initiation of the activity of the inactive enzyme MAP kinase kinase by phosphorylation by a MAPKKK.').
def_xref('GO:0000186', 'PMID:9561267').
metadata_db:entity_alternate_identifier('GO:0000186', 'GO:0007255').
metadata_db:entity_synonym('GO:0000186', 'activation of MAP kinase kinase activity').
metadata_db:entity_synonym_scope('GO:0000186', 'activation of MAP kinase kinase activity', 'exact').
metadata_db:entity_synonym('GO:0000186', 'activation of MAP/ERK kinase kinase').
metadata_db:entity_synonym_scope('GO:0000186', 'activation of MAP/ERK kinase kinase', 'exact').
metadata_db:entity_synonym('GO:0000186', 'activation of MAPKK during sporulation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000186', 'activation of MAPKK during sporulation (sensu Fungi)', 'narrow').
metadata_db:entity_synonym('GO:0000186', 'activation of MAPKK during sporulation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000186', 'activation of MAPKK during sporulation (sensu Saccharomyces)', 'narrow').
metadata_db:entity_synonym('GO:0000186', 'positive regulation of MAPKK activity').
metadata_db:entity_synonym_scope('GO:0000186', 'positive regulation of MAPKK activity', 'broad').
metadata_db:entity_xref('GO:0000186', 'Reactome:110049').
metadata_db:entity_xref('GO:0000186', 'Reactome:211601').
metadata_db:entity_xref('GO:0000186', 'Reactome:221376').
metadata_db:entity_xref('GO:0000186', 'Reactome:230014').
metadata_db:entity_xref('GO:0000186', 'Reactome:238032').
metadata_db:entity_xref('GO:0000186', 'Reactome:244648').
metadata_db:entity_xref('GO:0000186', 'Reactome:249583').

metadata_db:entity_label('GO:0000187', 'activation of MAPK activity').
metadata_db:entity_resource('GO:0000187', 'biological_process').
class('GO:0000187').
subclass('GO:0000187', 'GO:0006468').
subclass('GO:0000187', 'GO:0043406').
restriction('GO:0000187', 'OBO_REL:part_of', 'GO:0000165'). % MAPKKK cascade
def('GO:0000187', 'The initiation of the activity of the inactive enzyme MAP kinase by phosphorylation by a MAPKK.').
def_xref('GO:0000187', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000187', 'activation of MAP kinase').
metadata_db:entity_synonym_scope('GO:0000187', 'activation of MAP kinase', 'exact').
metadata_db:entity_synonym('GO:0000187', 'activation of MAPK during sporulation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000187', 'activation of MAPK during sporulation (sensu Fungi)', 'narrow').
metadata_db:entity_synonym('GO:0000187', 'activation of MAPK during sporulation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000187', 'activation of MAPK during sporulation (sensu Saccharomyces)', 'narrow').
metadata_db:entity_synonym('GO:0000187', 'MAPK activation').
metadata_db:entity_synonym_scope('GO:0000187', 'MAPK activation', 'exact').
metadata_db:entity_xref('GO:0000187', 'Reactome:112409').
metadata_db:entity_xref('GO:0000187', 'Reactome:212039').
metadata_db:entity_xref('GO:0000187', 'Reactome:221803').
metadata_db:entity_xref('GO:0000187', 'Reactome:230377').
metadata_db:entity_xref('GO:0000187', 'Reactome:238416').
metadata_db:entity_xref('GO:0000187', 'Reactome:244963').
metadata_db:entity_xref('GO:0000187', 'Reactome:249842').
metadata_db:entity_xref('GO:0000187', 'Reactome:252574').
metadata_db:entity_xref('GO:0000187', 'Reactome:255755').
metadata_db:entity_xref('GO:0000187', 'Reactome:259149').
metadata_db:entity_xref('GO:0000187', 'Reactome:262506').
metadata_db:entity_xref('GO:0000187', 'Reactome:268461').
metadata_db:entity_xref('GO:0000187', 'Reactome:274183').
metadata_db:entity_xref('GO:0000187', 'Reactome:280656').
metadata_db:entity_xref('GO:0000187', 'Reactome:286675').

metadata_db:entity_label('GO:0000188', 'inactivation of MAPK activity').
metadata_db:entity_resource('GO:0000188', 'biological_process').
class('GO:0000188').
subclass('GO:0000188', 'GO:0043407').
restriction('GO:0000188', 'OBO_REL:part_of', 'GO:0000165'). % MAPKKK cascade
def('GO:0000188', 'Any process that terminates the activity of the active enzyme MAP kinase.').
def_xref('GO:0000188', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000188', 'inactivation of MAPK during sporulation (sensu Fungi)').
metadata_db:entity_synonym_scope('GO:0000188', 'inactivation of MAPK during sporulation (sensu Fungi)', 'narrow').
metadata_db:entity_synonym('GO:0000188', 'inactivation of MAPK during sporulation (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000188', 'inactivation of MAPK during sporulation (sensu Saccharomyces)', 'narrow').
metadata_db:entity_synonym('GO:0000188', 'termination of MAPK activity').
metadata_db:entity_synonym_scope('GO:0000188', 'termination of MAPK activity', 'exact').

metadata_db:entity_label('GO:0000189', 'nuclear translocation of MAPK').
metadata_db:entity_resource('GO:0000189', 'biological_process').
class('GO:0000189').
subclass('GO:0000189', 'GO:0000060'). % protein import into nucleus, translocation
restriction('GO:0000189', 'OBO_REL:part_of', 'GO:0000165'). % MAPKKK cascade
def('GO:0000189', 'The directed movement of a MAP kinase to the nucleus upon activation.').
def_xref('GO:0000189', 'PMID:9561267').
metadata_db:entity_xref('GO:0000189', 'Reactome:109867').
metadata_db:entity_xref('GO:0000189', 'Reactome:109868').
metadata_db:entity_xref('GO:0000189', 'Reactome:112353').
metadata_db:entity_xref('GO:0000189', 'Reactome:209891').
metadata_db:entity_xref('GO:0000189', 'Reactome:209896').
metadata_db:entity_xref('GO:0000189', 'Reactome:228348').
metadata_db:entity_xref('GO:0000189', 'Reactome:228351').
metadata_db:entity_xref('GO:0000189', 'Reactome:236568').
metadata_db:entity_xref('GO:0000189', 'Reactome:236573').
metadata_db:entity_xref('GO:0000189', 'Reactome:243599').
metadata_db:entity_xref('GO:0000189', 'Reactome:243605').
metadata_db:entity_xref('GO:0000189', 'Reactome:248698').
metadata_db:entity_xref('GO:0000189', 'Reactome:248703').
metadata_db:entity_xref('GO:0000189', 'Reactome:251790').
metadata_db:entity_xref('GO:0000189', 'Reactome:251793').
metadata_db:entity_xref('GO:0000189', 'Reactome:254938').
metadata_db:entity_xref('GO:0000189', 'Reactome:254943').
metadata_db:entity_xref('GO:0000189', 'Reactome:258208').
metadata_db:entity_xref('GO:0000189', 'Reactome:258211').
metadata_db:entity_xref('GO:0000189', 'Reactome:261726').
metadata_db:entity_xref('GO:0000189', 'Reactome:261729').
metadata_db:entity_xref('GO:0000189', 'Reactome:267714').
metadata_db:entity_xref('GO:0000189', 'Reactome:267717').
metadata_db:entity_xref('GO:0000189', 'Reactome:273179').
metadata_db:entity_xref('GO:0000189', 'Reactome:273186').
metadata_db:entity_xref('GO:0000189', 'Reactome:279660').
metadata_db:entity_xref('GO:0000189', 'Reactome:279666').
metadata_db:entity_xref('GO:0000189', 'Reactome:285768').
metadata_db:entity_xref('GO:0000189', 'Reactome:285771').

metadata_db:entity_label('GO:0000190', 'MAPKKK cascade (pseudohyphal growth)').
metadata_db:entity_resource('GO:0000190', 'biological_process').
metadata_db:entity_obsolete('GO:0000190', 'class').
def('GO:0000190', 'OBSOLETE. MAPKKK cascade involved in transduction of signal promoting pseudohyphal or invasive growth.').
def_xref('GO:0000190', 'PMID:9561267').
metadata_db:entity_comment('GO:0000190', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000191', 'activation of MAPKKK (pseudohyphal growth)').
metadata_db:entity_resource('GO:0000191', 'biological_process').
metadata_db:entity_obsolete('GO:0000191', 'class').
def('GO:0000191', 'OBSOLETE. Upregulation of MAPKKK activity in the context of regulating pseudohyphal or invasive growth.').
def_xref('GO:0000191', 'PMID:9561267').
metadata_db:entity_comment('GO:0000191', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000192', 'activation of MAPKK (pseudohyphal growth)').
metadata_db:entity_resource('GO:0000192', 'biological_process').
metadata_db:entity_obsolete('GO:0000192', 'class').
def('GO:0000192', 'OBSOLETE. Upregulation of a MAP kinase kinase in the context of regulating pseudohyphal or invasive growth.').
def_xref('GO:0000192', 'PMID:9561267').
metadata_db:entity_comment('GO:0000192', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000193', 'activation of MAPK (pseudohyphal growth)').
metadata_db:entity_resource('GO:0000193', 'biological_process').
metadata_db:entity_obsolete('GO:0000193', 'class').
def('GO:0000193', 'OBSOLETE. Upregulation of MAP kinase activity in the context of regulating pseudohyphal or invasive growth.').
def_xref('GO:0000193', 'PMID:9561267').
metadata_db:entity_comment('GO:0000193', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000194', 'inactivation of MAPK (pseudohyphal growth)').
metadata_db:entity_resource('GO:0000194', 'biological_process').
metadata_db:entity_obsolete('GO:0000194', 'class').
def('GO:0000194', 'OBSOLETE. Downregulation of MAP kinase activity in the context of regulating pseudohyphal or invasive growth.').
def_xref('GO:0000194', 'PMID:9561267').
metadata_db:entity_comment('GO:0000194', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000195', 'nuclear translocation of MAPK (pseudohyphal growth)').
metadata_db:entity_resource('GO:0000195', 'biological_process').
metadata_db:entity_obsolete('GO:0000195', 'class').
def('GO:0000195', 'OBSOLETE. Movement of a MAP kinase to the nucleus in the context of regulating pseudohyphal or invasive growth.').
def_xref('GO:0000195', 'PMID:9561267').
metadata_db:entity_comment('GO:0000195', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000196', 'MAPKKK cascade during cell wall biogenesis').
metadata_db:entity_resource('GO:0000196', 'biological_process').
class('GO:0000196').
subclass('GO:0000196', 'GO:0000165'). % MAPKKK cascade
restriction('GO:0000196', 'OBO_REL:part_of', 'GO:0007047').
def('GO:0000196', 'Cascade of at least three protein kinase activities culminating in the phosphorylation and activation of a MAP kinase that occurs during cell wall biogenesis, the assembly and arrangement of the cell wall, the rigid or semi-rigid envelope lying outside the cell membrane of plant, fungal and most prokaryotic cells.').
def_xref('GO:0000196', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000196', 'cell wall biogenesis, MAPKKK cascade').
metadata_db:entity_synonym_scope('GO:0000196', 'cell wall biogenesis, MAPKKK cascade', 'exact').

metadata_db:entity_label('GO:0000197', 'activation of MAPKKK activity during cell wall biogenesis').
metadata_db:entity_resource('GO:0000197', 'biological_process').
class('GO:0000197').
subclass('GO:0000197', 'GO:0000185'). % activation of MAPKKK activity
restriction('GO:0000197', 'OBO_REL:part_of', 'GO:0000196'). % MAPKKK cascade during cell wall biogenesis
def('GO:0000197', 'Any process that initiates the activity of the inactive enzyme MAP kinase kinase kinase during cell wall biogenesis, the assembly and arrangement of the cell wall, the rigid or semi-rigid envelope lying outside the cell membrane of plant, fungal and most prokaryotic cells.').
def_xref('GO:0000197', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000197', 'activation of MAP kinase kinase kinase activity during cell wall biogenesis').
metadata_db:entity_synonym_scope('GO:0000197', 'activation of MAP kinase kinase kinase activity during cell wall biogenesis', 'exact').
metadata_db:entity_synonym('GO:0000197', 'cell wall biogenesis, activation of MAP kinase kinase kinase activity').
metadata_db:entity_synonym_scope('GO:0000197', 'cell wall biogenesis, activation of MAP kinase kinase kinase activity', 'exact').
metadata_db:entity_synonym('GO:0000197', 'cell wall biogenesis, activation of MAPKKK activity').
metadata_db:entity_synonym_scope('GO:0000197', 'cell wall biogenesis, activation of MAPKKK activity', 'exact').

metadata_db:entity_label('GO:0000198', 'activation of MAPKK activity during cell wall biogenesis').
metadata_db:entity_resource('GO:0000198', 'biological_process').
class('GO:0000198').
subclass('GO:0000198', 'GO:0000186'). % activation of MAPKK activity
restriction('GO:0000198', 'OBO_REL:part_of', 'GO:0000196'). % MAPKKK cascade during cell wall biogenesis
def('GO:0000198', 'Any process that initiates the activity of the inactive enzyme MAP kinase kinase during cell wall biogenesis, the assembly and arrangement of the cell wall, the rigid or semi-rigid envelope lying outside the cell membrane of plant, fungal and most prokaryotic cells.').
def_xref('GO:0000198', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000198', 'activation of MAP kinase kinase activity during cell wall biogenesis').
metadata_db:entity_synonym_scope('GO:0000198', 'activation of MAP kinase kinase activity during cell wall biogenesis', 'exact').
metadata_db:entity_synonym('GO:0000198', 'cell wall biogenesis, activation of MAP kinase kinase activity').
metadata_db:entity_synonym_scope('GO:0000198', 'cell wall biogenesis, activation of MAP kinase kinase activity', 'exact').
metadata_db:entity_synonym('GO:0000198', 'cell wall biogenesis, activation of MAPKK activity').
metadata_db:entity_synonym_scope('GO:0000198', 'cell wall biogenesis, activation of MAPKK activity', 'exact').

metadata_db:entity_label('GO:0000199', 'activation of MAPK activity during cell wall biogenesis').
metadata_db:entity_resource('GO:0000199', 'biological_process').
class('GO:0000199').
subclass('GO:0000199', 'GO:0000187'). % activation of MAPK activity
restriction('GO:0000199', 'OBO_REL:part_of', 'GO:0000196'). % MAPKKK cascade during cell wall biogenesis
def('GO:0000199', 'Any process that initiates the activity of the inactive enzyme MAP kinase during cell wall biogenesis, the assembly and arrangement of the cell wall, the rigid or semi-rigid envelope lying outside the cell membrane of plant, fungal and most prokaryotic cells.').
def_xref('GO:0000199', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000199', 'cell wall biogenesis, activation of MAPK activity').
metadata_db:entity_synonym_scope('GO:0000199', 'cell wall biogenesis, activation of MAPK activity', 'exact').

metadata_db:entity_label('GO:0000200', 'inactivation of MAPK activity during cell wall biogenesis').
metadata_db:entity_resource('GO:0000200', 'biological_process').
class('GO:0000200').
subclass('GO:0000200', 'GO:0000188'). % inactivation of MAPK activity
restriction('GO:0000200', 'OBO_REL:part_of', 'GO:0000196'). % MAPKKK cascade during cell wall biogenesis
def('GO:0000200', 'Any process that terminates the activity of the active enzyme MAP kinase during cell wall biogenesis, the assembly and arrangement of the cell wall, the rigid or semi-rigid envelope lying outside the cell membrane of plant, fungal and most prokaryotic cells.').
def_xref('GO:0000200', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000200', 'cell wall biogenesis, inactivation of MAPK activity').
metadata_db:entity_synonym_scope('GO:0000200', 'cell wall biogenesis, inactivation of MAPK activity', 'exact').
metadata_db:entity_synonym('GO:0000200', 'cell wall biogenesis, termination of MAPK activity').
metadata_db:entity_synonym_scope('GO:0000200', 'cell wall biogenesis, termination of MAPK activity', 'exact').
metadata_db:entity_synonym('GO:0000200', 'termination of MAPK activity during cell wall biogenesis').
metadata_db:entity_synonym_scope('GO:0000200', 'termination of MAPK activity during cell wall biogenesis', 'exact').

metadata_db:entity_label('GO:0000201', 'nuclear translocation of MAPK during cell wall biogenesis').
metadata_db:entity_resource('GO:0000201', 'biological_process').
class('GO:0000201').
subclass('GO:0000201', 'GO:0000189'). % nuclear translocation of MAPK
restriction('GO:0000201', 'OBO_REL:part_of', 'GO:0000196'). % MAPKKK cascade during cell wall biogenesis
def('GO:0000201', 'The directed movement of a MAP kinase to the nucleus during cell wall biogenesis, the assembly and arrangement of the cell wall, the rigid or semi-rigid envelope lying outside the cell membrane of plant, fungal and most prokaryotic cells.').
def_xref('GO:0000201', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000201', 'cell wall biogenesis, nuclear translocation of MAPK').
metadata_db:entity_synonym_scope('GO:0000201', 'cell wall biogenesis, nuclear translocation of MAPK', 'exact').

metadata_db:entity_label('GO:0000202', 'MAPKKK cascade during sporulation (sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000202', 'biological_process').
metadata_db:entity_obsolete('GO:0000202', 'class').
def('GO:0000202', 'OBSOLETE. MAPKKK cascade involved in transduction of signal promoting sporulation. As in, but not restricted to, the taxon Saccharomyces (Saccharomyces, ncbi_taxonomy_id:4930).').
def_xref('GO:0000202', 'PMID:9561267').
metadata_db:entity_comment('GO:0000202', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000203', 'activation of MAPKKK during sporulation (sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000203', 'biological_process').
metadata_db:entity_obsolete('GO:0000203', 'class').
def('GO:0000203', 'OBSOLETE. Upregulation of MAPKKK activity in the context of sporulation. As in, but not restricted to, the taxon Saccharomyces (Saccharomyces, ncbi_taxonomy_id:4930).').
def_xref('GO:0000203', 'PMID:9561267').
metadata_db:entity_comment('GO:0000203', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000204', 'activation of MAPKK during sporulation (sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000204', 'biological_process').
metadata_db:entity_obsolete('GO:0000204', 'class').
def('GO:0000204', 'OBSOLETE. Upregulation of a MAP kinase kinase in the context of sporulation. As in, but not restricted to, the taxon Saccharomyces (Saccharomyces, ncbi_taxonomy_id:4930).').
def_xref('GO:0000204', 'PMID:9561267').
metadata_db:entity_comment('GO:0000204', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000205', 'activation of MAPK during sporulation (sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000205', 'biological_process').
metadata_db:entity_obsolete('GO:0000205', 'class').
def('GO:0000205', 'OBSOLETE. Upregulation of MAP kinase activity in the context of sporulation. As in, but not restricted to, the taxon Saccharomyces (Saccharomyces, ncbi_taxonomy_id:4930).').
def_xref('GO:0000205', 'PMID:9561267').
metadata_db:entity_comment('GO:0000205', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000206', 'inactivation of MAPK during sporulation (sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000206', 'biological_process').
metadata_db:entity_obsolete('GO:0000206', 'class').
def('GO:0000206', 'OBSOLETE. Downregulation of MAP kinase activity in the context of sporulation. As in, but not restricted to, the taxon Saccharomyces (Saccharomyces, ncbi_taxonomy_id:4930).').
def_xref('GO:0000206', 'PMID:9561267').
metadata_db:entity_comment('GO:0000206', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000207', 'nuclear translocation of MAPK during sporulation (sensu Saccharomyces)').
metadata_db:entity_resource('GO:0000207', 'biological_process').
metadata_db:entity_obsolete('GO:0000207', 'class').
def('GO:0000207', 'OBSOLETE. Movement of a MAP kinase to the nucleus in the context of sporulation. As in, but not restricted to, the taxon Saccharomyces (Saccharomyces, ncbi_taxonomy_id:4930).').
def_xref('GO:0000207', 'PMID:9561267').
metadata_db:entity_comment('GO:0000207', 'This term was made obsolete because it is a gene product specific term.').

metadata_db:entity_label('GO:0000208', 'nuclear translocation of MAPK during osmolarity sensing').
metadata_db:entity_resource('GO:0000208', 'biological_process').
class('GO:0000208').
subclass('GO:0000208', 'GO:0000189'). % nuclear translocation of MAPK
restriction('GO:0000208', 'OBO_REL:part_of', 'GO:0000161'). % MAPKKK cascade during osmolarity sensing
def('GO:0000208', 'The directed movement of a MAP kinase to the nucleus during osmolarity sensing.').
def_xref('GO:0000208', 'PMID:9561267').
metadata_db:entity_synonym('GO:0000208', 'osmolarity sensing, nuclear translocation of MAPK').
metadata_db:entity_synonym_scope('GO:0000208', 'osmolarity sensing, nuclear translocation of MAPK', 'exact').

metadata_db:entity_label('GO:0000209', 'protein polyubiquitination').
metadata_db:entity_resource('GO:0000209', 'biological_process').
class('GO:0000209').
subclass('GO:0000209', 'GO:0016567').
def('GO:0000209', 'Addition of multiple ubiquitin moieties to a protein, forming a ubiquitin chain.').
def_xref('GO:0000209', 'ISBN:0815316194').
metadata_db:entity_synonym('GO:0000209', 'polyubiquitin').
metadata_db:entity_synonym_scope('GO:0000209', 'polyubiquitin', 'related').
metadata_db:entity_synonym('GO:0000209', 'protein polyubiquitinylation').
metadata_db:entity_synonym_scope('GO:0000209', 'protein polyubiquitinylation', 'exact').
metadata_db:entity_synonym('GO:0000209', 'protein polyubiquitylation').
metadata_db:entity_synonym_scope('GO:0000209', 'protein polyubiquitylation', 'exact').

metadata_db:entity_label('GO:0000212', 'meiotic spindle organization and biogenesis').
metadata_db:entity_resource('GO:0000212', 'biological_process').
class('GO:0000212').
subclass('GO:0000212', 'GO:0007051').
subclass('GO:0000212', 'GO:0022402').
restriction('GO:0000212', 'OBO_REL:part_of', 'GO:0051321').
def('GO:0000212', 'A process that is carried out at the cellular level which results in the formation, arrangement of constituent parts, or disassembly of the microtubule spindle during a meiotic cell cycle.').
def_xref('GO:0000212', 'GOC:mah').
metadata_db:entity_synonym('GO:0000212', 'meiotic spindle organisation and biogenesis').
metadata_db:entity_synonym_scope('GO:0000212', 'meiotic spindle organisation and biogenesis', 'exact').
metadata_db:entity_synonym('GO:0000212', 'spindle organization and biogenesis during meiosis').
metadata_db:entity_synonym_scope('GO:0000212', 'spindle organization and biogenesis during meiosis', 'exact').

metadata_db:entity_label('GO:0000216', 'M/G1 transition of mitotic cell cycle').
metadata_db:entity_resource('GO:0000216', 'biological_process').
class('GO:0000216').
subclass('GO:0000216', 'GO:0022402').
restriction('GO:0000216', 'OBO_REL:part_of', 'GO:0051329').
def('GO:0000216', 'Progression from M phase to G1 phase of the mitotic cell cycle.').
def_xref('GO:0000216', 'GOC:mah').
metadata_db:entity_xref('GO:0000216', 'Reactome:211997').
metadata_db:entity_xref('GO:0000216', 'Reactome:221761').
metadata_db:entity_xref('GO:0000216', 'Reactome:230342').
metadata_db:entity_xref('GO:0000216', 'Reactome:238378').
metadata_db:entity_xref('GO:0000216', 'Reactome:244933').
metadata_db:entity_xref('GO:0000216', 'Reactome:249898').
metadata_db:entity_xref('GO:0000216', 'Reactome:252623').
metadata_db:entity_xref('GO:0000216', 'Reactome:255800').
metadata_db:entity_xref('GO:0000216', 'Reactome:259165').
metadata_db:entity_xref('GO:0000216', 'Reactome:262551').
metadata_db:entity_xref('GO:0000216', 'Reactome:265375').
metadata_db:entity_xref('GO:0000216', 'Reactome:274161').
metadata_db:entity_xref('GO:0000216', 'Reactome:280634').
metadata_db:entity_xref('GO:0000216', 'Reactome:286652').
metadata_db:entity_xref('GO:0000216', 'Reactome:68874').

metadata_db:entity_label('GO:0000226', 'microtubule cytoskeleton organization and biogenesis').
metadata_db:entity_resource('GO:0000226', 'biological_process').
class('GO:0000226').
subclass('GO:0000226', 'GO:0007017').
def('GO:0000226', 'A process that is carried out at the cellular level which results in the formation, arrangement of constituent parts, or disassembly of cytoskeletal structures comprising microtubules and their associated proteins.').
def_xref('GO:0000226', 'GOC:mah').

metadata_db:entity_label('GO:0000236', 'mitotic prometaphase').
metadata_db:entity_resource('GO:0000236', 'biological_process').
class('GO:0000236').
subclass('GO:0000236', 'GO:0022403').
restriction('GO:0000236', 'OBO_REL:part_of', 'GO:0007067').
def('GO:0000236', 'Progression through prometaphase, the stage following prophase in mitosis (in higher eukaryotes) during which the nuclear envelope is disrupted and breaks into membrane vesicles, and the spindle microtubules enter the nuclear region. Kinetochores mature on each centromere and attach to some of the spindle microtubules. Kinetochore microtubules begin the process of aligning chromosomes in one plane halfway between the poles.').
def_xref('GO:0000236', 'GOC:mah').
def_xref('GO:0000236', 'ISBN:0198547684').
metadata_db:entity_xref('GO:0000236', 'Reactome:68877').

metadata_db:entity_label('GO:0000237', 'leptotene').
metadata_db:entity_resource('GO:0000237', 'biological_process').
class('GO:0000237').
subclass('GO:0000237', 'GO:0022403').
restriction('GO:0000237', 'OBO_REL:part_of', 'GO:0007128').
def('GO:0000237', 'Progression through the first stage of prophase I in meiosis, in which chromosomes first become visible.').
def_xref('GO:0000237', 'ISBN:0198547684').

metadata_db:entity_label('GO:0000238', 'zygotene').
metadata_db:entity_resource('GO:0000238', 'biological_process').
class('GO:0000238').
subclass('GO:0000238', 'GO:0022403').
restriction('GO:0000238', 'OBO_REL:part_of', 'GO:0007128').
def('GO:0000238', 'Progression through the second stage of prophase I in meiosis, in which each chromosome pairs with its homolog; the two become aligned and crossing over may occur.').
def_xref('GO:0000238', 'ISBN:0198547684').

metadata_db:entity_label('GO:0000239', 'pachytene').
metadata_db:entity_resource('GO:0000239', 'biological_process').
class('GO:0000239').
subclass('GO:0000239', 'GO:0022403').
restriction('GO:0000239', 'OBO_REL:part_of', 'GO:0007128').
def('GO:0000239', 'Progression through the third stage of prophase I in meiosis, in which crossing over occurs between a chromatid in one partner and another chromatid in the homologous chromosome.').
def_xref('GO:0000239', 'ISBN:0198547684').

metadata_db:entity_label('GO:0000240', 'diplotene').
metadata_db:entity_resource('GO:0000240', 'biological_process').
class('GO:0000240').
subclass('GO:0000240', 'GO:0022403').
restriction('GO:0000240', 'OBO_REL:part_of', 'GO:0007128').
def('GO:0000240', 'Progression through the fourth stage of prophase I in meiosis, in which the homologous chromosomes begin to separate and the synaptonemal complex dissolves.').
def_xref('GO:0000240', 'ISBN:0198547684').

metadata_db:entity_label('GO:0000241', 'diakinesis').
metadata_db:entity_resource('GO:0000241', 'biological_process').
class('GO:0000241').
subclass('GO:0000241', 'GO:0022403').
restriction('GO:0000241', 'OBO_REL:part_of', 'GO:0007128').
def('GO:0000241', 'Progression through the final stage of prophase I in meiosis; the transition to meiotic metaphase I.').
def_xref('GO:0000241', 'ISBN:0198547684').

metadata_db:entity_label('GO:0000244', 'assembly of spliceosomal tri-snRNP').
metadata_db:entity_resource('GO:0000244', 'biological_process').
class('GO:0000244').
subclass('GO:0000244', 'GO:0022618').
restriction('GO:0000244', 'OBO_REL:part_of', 'GO:0000387').
def('GO:0000244', 'The formation of a tri-snRNP complex containing U4 and U6 (or U4atac and U6atac) snRNAs and U5 snRNAs and associated proteins. This includes reannealing of U4 and U6 (or U4atac and U6atac) snRNAs released from previous rounds of splicing to reform the U4/U6 snRNP (or U4atac/U6atac snRNP) as well as the subsequent association of the U5 snRNP with the U4/U6 snRNP (or U4atac/U6atac snRNP) to form a tri-snRNP that is ready to reassemble into another spliceosome complex.').
def_xref('GO:0000244', 'ISBN:0879695897').
def_xref('GO:0000244', 'PMID:9452384').
metadata_db:entity_alternate_identifier('GO:0000244', 'GO:0000351').
metadata_db:entity_alternate_identifier('GO:0000244', 'GO:0000355').
metadata_db:entity_synonym('GO:0000244', 'assembly of spliceosomal tri-snRNP U4/U6.U5').
metadata_db:entity_synonym_scope('GO:0000244', 'assembly of spliceosomal tri-snRNP U4/U6.U5', 'narrow').
metadata_db:entity_synonym('GO:0000244', 'assembly of spliceosomal tri-snRNP U4atac/U6atac.U5').
metadata_db:entity_synonym_scope('GO:0000244', 'assembly of spliceosomal tri-snRNP U4atac/U6atac.U5', 'narrow').
metadata_db:entity_synonym('GO:0000244', 'snRNP recycling').
metadata_db:entity_synonym_scope('GO:0000244', 'snRNP recycling', 'broad').
metadata_db:entity_synonym('GO:0000244', 'spliceosomal tri-snRNP assembly').
metadata_db:entity_synonym_scope('GO:0000244', 'spliceosomal tri-snRNP assembly', 'exact').
metadata_db:entity_synonym('GO:0000244', 'spliceosomal tri-snRNP U4/U6.U5 assembly').
metadata_db:entity_synonym_scope('GO:0000244', 'spliceosomal tri-snRNP U4/U6.U5 assembly', 'narrow').
metadata_db:entity_synonym('GO:0000244', 'spliceosomal tri-snRNP U4atac/U6atac.U5 assembly').
metadata_db:entity_synonym_scope('GO:0000244', 'spliceosomal tri-snRNP U4atac/U6atac.U5 assembly', 'narrow').

metadata_db:entity_label('GO:0000245', 'spliceosome assembly').
metadata_db:entity_resource('GO:0000245', 'biological_process').
class('GO:0000245').
subclass('GO:0000245', 'GO:0022618').
restriction('GO:0000245', 'OBO_REL:part_of', 'GO:0000398').
def('GO:0000245', 'The aggregation, arrangement and bonding together of the spliceosome, a ribonucleoprotein apparatus that catalyzes nuclear mRNA splicing via transesterification reactions.').
def_xref('GO:0000245', 'PMID:9476892').

metadata_db:entity_label('GO:0000255', 'allantoin metabolic process').
metadata_db:entity_resource('GO:0000255', 'biological_process').
class('GO:0000255').
subclass('GO:0000255', 'GO:0009308').
subclass('GO:0000255', 'GO:0046483').
def('GO:0000255', 'The chemical reactions and pathways involving allantoin, (2,5-dioxo-4-imidazolidinyl)urea, an intermediate or end product of purine catabolism.').
def_xref('GO:0000255', 'GOC:mah').
def_xref('GO:0000255', 'ISBN:0198547684').
metadata_db:entity_partition('GO:0000255', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000255', 'allantoin metabolism').
metadata_db:entity_synonym_scope('GO:0000255', 'allantoin metabolism', 'exact').

metadata_db:entity_label('GO:0000256', 'allantoin catabolic process').
metadata_db:entity_resource('GO:0000256', 'biological_process').
class('GO:0000256').
subclass('GO:0000256', 'GO:0000255'). % allantoin metabolic process
subclass('GO:0000256', 'GO:0046700').
def('GO:0000256', 'The chemical reactions and pathways resulting in the breakdown of allantoin, (2,5-dioxo-4-imidazolidinyl)urea.').
def_xref('GO:0000256', 'GOC:mah').
def_xref('GO:0000256', 'ISBN:0198547684').
metadata_db:entity_partition('GO:0000256', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000256', 'allantoin breakdown').
metadata_db:entity_synonym_scope('GO:0000256', 'allantoin breakdown', 'exact').
metadata_db:entity_synonym('GO:0000256', 'allantoin catabolism').
metadata_db:entity_synonym_scope('GO:0000256', 'allantoin catabolism', 'exact').
metadata_db:entity_synonym('GO:0000256', 'allantoin degradation').
metadata_db:entity_synonym_scope('GO:0000256', 'allantoin degradation', 'exact').

metadata_db:entity_label('GO:0000266', 'mitochondrial fission').
metadata_db:entity_resource('GO:0000266', 'biological_process').
class('GO:0000266').
subclass('GO:0000266', 'GO:0007005').
subclass('GO:0000266', 'GO:0048285').
def('GO:0000266', 'The division of a mitochondrion within a cell to form two or more separate mitochondrial compartments.').
def_xref('GO:0000266', 'PMID:11038192').
metadata_db:entity_synonym('GO:0000266', 'mitochondrial division').
metadata_db:entity_synonym_scope('GO:0000266', 'mitochondrial division', 'exact').
metadata_db:entity_synonym('GO:0000266', 'mitochondrial proliferation').
metadata_db:entity_synonym_scope('GO:0000266', 'mitochondrial proliferation', 'related').

metadata_db:entity_label('GO:0000270', 'peptidoglycan metabolic process').
metadata_db:entity_resource('GO:0000270', 'biological_process').
class('GO:0000270').
subclass('GO:0000270', 'GO:0005975').
def('GO:0000270', 'The chemical reactions and pathways involving peptidoglycans, any of a class of glycoconjugates found only in bacterial cell walls and consisting of strands of glycosaminoglycan cross-linked by oligopeptides to form a huge and rigid network.').
def_xref('GO:0000270', 'http://www.dsmz.de/species/murein.htm').
def_xref('GO:0000270', 'ISBN:0198506732').
metadata_db:entity_alternate_identifier('GO:0000270', 'GO:0009284').
metadata_db:entity_partition('GO:0000270', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000270', 'murein metabolic process').
metadata_db:entity_synonym_scope('GO:0000270', 'murein metabolic process', 'exact').
metadata_db:entity_synonym('GO:0000270', 'murein metabolism').
metadata_db:entity_synonym_scope('GO:0000270', 'murein metabolism', 'exact').
metadata_db:entity_synonym('GO:0000270', 'peptidoglycan metabolism').
metadata_db:entity_synonym_scope('GO:0000270', 'peptidoglycan metabolism', 'exact').

metadata_db:entity_label('GO:0000271', 'polysaccharide biosynthetic process').
metadata_db:entity_resource('GO:0000271', 'biological_process').
class('GO:0000271').
subclass('GO:0000271', 'GO:0016051').
subclass('GO:0000271', 'GO:0043284').
def('GO:0000271', 'The chemical reactions and pathways resulting in the formation of polysaccharides, polymers of more than 10 monosaccharide residues joined by glycosidic linkages.').
def_xref('GO:0000271', 'GOC:go_curators').
metadata_db:entity_partition('GO:0000271', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000271', 'glycan biosynthesis').
metadata_db:entity_synonym_scope('GO:0000271', 'glycan biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000271', 'glycan biosynthetic process').
metadata_db:entity_synonym_scope('GO:0000271', 'glycan biosynthetic process', 'exact').
metadata_db:entity_synonym('GO:0000271', 'polysaccharide anabolism').
metadata_db:entity_synonym_scope('GO:0000271', 'polysaccharide anabolism', 'exact').
metadata_db:entity_synonym('GO:0000271', 'polysaccharide biosynthesis').
metadata_db:entity_synonym_scope('GO:0000271', 'polysaccharide biosynthesis', 'exact').
metadata_db:entity_synonym('GO:0000271', 'polysaccharide formation').
metadata_db:entity_synonym_scope('GO:0000271', 'polysaccharide formation', 'exact').
metadata_db:entity_synonym('GO:0000271', 'polysaccharide synthesis').
metadata_db:entity_synonym_scope('GO:0000271', 'polysaccharide synthesis', 'exact').

metadata_db:entity_label('GO:0000272', 'polysaccharide catabolic process').
metadata_db:entity_resource('GO:0000272', 'biological_process').
class('GO:0000272').
subclass('GO:0000272', 'GO:0005976').
subclass('GO:0000272', 'GO:0043285').
def('GO:0000272', 'The chemical reactions and pathways resulting in the breakdown of polysaccharides, polymers of more than 10 monosaccharide residues joined by glycosidic linkages.').
def_xref('GO:0000272', 'GOC:go_curators').
metadata_db:entity_partition('GO:0000272', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000272', 'polysaccharide breakdown').
metadata_db:entity_synonym_scope('GO:0000272', 'polysaccharide breakdown', 'exact').
metadata_db:entity_synonym('GO:0000272', 'polysaccharide catabolism').
metadata_db:entity_synonym_scope('GO:0000272', 'polysaccharide catabolism', 'exact').
metadata_db:entity_synonym('GO:0000272', 'polysaccharide degradation').
metadata_db:entity_synonym_scope('GO:0000272', 'polysaccharide degradation', 'exact').

metadata_db:entity_label('GO:0000273', 'lipoic acid metabolic process').
metadata_db:entity_resource('GO:0000273', 'biological_process').
class('GO:0000273').
subclass('GO:0000273', 'GO:0006732').
subclass('GO:0000273', 'GO:0019752').
subclass('GO:0000273', 'GO:0046483').
def('GO:0000273', 'The chemical reactions and pathways involving lipoic acid, 1,2-dithiolane-3-pentanoic acid, a coenzyme involved in oxidative decarboxylation of keto acids.').
def_xref('GO:0000273', 'GOC:ai').
def_xref('GO:0000273', 'http://cancerweb.ncl.ac.uk/').
metadata_db:entity_partition('GO:0000273', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000273', 'lipoic acid metabolism').
metadata_db:entity_synonym_scope('GO:0000273', 'lipoic acid metabolism', 'exact').

metadata_db:entity_label('GO:0000278', 'mitotic cell cycle').
metadata_db:entity_resource('GO:0000278', 'biological_process').
class('GO:0000278').
subclass('GO:0000278', 'GO:0007049').
def('GO:0000278', 'Progression through the phases of the mitotic cell cycle, the most common eukaryotic cell cycle, which canonically comprises four successive phases called G1, S, G2, and M and includes replication of the genome and the subsequent segregation of chromosomes into daughter cells. In some variant cell cycles nuclear replication or nuclear division may not be followed by cell division, or G1 and G2 phases may be absent.').
def_xref('GO:0000278', 'GOC:mah').
def_xref('GO:0000278', 'ISBN:0815316194').
def_xref('GO:0000278', 'Reactome:69278').
metadata_db:entity_xref('GO:0000278', 'Reactome:212083').
metadata_db:entity_xref('GO:0000278', 'Reactome:221841').
metadata_db:entity_xref('GO:0000278', 'Reactome:230408').
metadata_db:entity_xref('GO:0000278', 'Reactome:238450').
metadata_db:entity_xref('GO:0000278', 'Reactome:244991').
metadata_db:entity_xref('GO:0000278', 'Reactome:249871').
metadata_db:entity_xref('GO:0000278', 'Reactome:252608').
metadata_db:entity_xref('GO:0000278', 'Reactome:255794').
metadata_db:entity_xref('GO:0000278', 'Reactome:259188').
metadata_db:entity_xref('GO:0000278', 'Reactome:262544').
metadata_db:entity_xref('GO:0000278', 'Reactome:265374').
metadata_db:entity_xref('GO:0000278', 'Reactome:268486').
metadata_db:entity_xref('GO:0000278', 'Reactome:274210').
metadata_db:entity_xref('GO:0000278', 'Reactome:280680').
metadata_db:entity_xref('GO:0000278', 'Reactome:282900').
metadata_db:entity_xref('GO:0000278', 'Reactome:286715').
metadata_db:entity_xref('GO:0000278', 'Reactome:288392').
metadata_db:entity_xref('GO:0000278', 'Reactome:289890').
metadata_db:entity_xref('GO:0000278', 'Reactome:290421').
metadata_db:entity_xref('GO:0000278', 'Reactome:291802').
metadata_db:entity_xref('GO:0000278', 'Reactome:293782').
metadata_db:entity_xref('GO:0000278', 'Reactome:69278').

metadata_db:entity_label('GO:0000279', 'M phase').
metadata_db:entity_resource('GO:0000279', 'biological_process').
class('GO:0000279').
subclass('GO:0000279', 'GO:0022403').
def('GO:0000279', 'Progression through M phase, the part of the cell cycle comprising nuclear division.').
def_xref('GO:0000279', 'ISBN:0815316194').
metadata_db:entity_synonym('GO:0000279', 'M-phase').
metadata_db:entity_synonym_scope('GO:0000279', 'M-phase', 'exact').

metadata_db:entity_label('GO:0000280', 'nuclear division').
metadata_db:entity_resource('GO:0000280', 'biological_process').
class('GO:0000280').
subclass('GO:0000280', 'GO:0009987').
def('GO:0000280', 'The partitioning of the nucleus and its genetic information.').
def_xref('GO:0000280', 'GOC:bf').
def_xref('GO:0000280', 'GOC:jl').
def_xref('GO:0000280', 'http://www.biology-online.org/').
metadata_db:entity_partition('GO:0000280', 'goslim_pir').
metadata_db:entity_synonym('GO:0000280', 'karyokinesis').
metadata_db:entity_synonym_scope('GO:0000280', 'karyokinesis', 'related').

metadata_db:entity_label('GO:0000281', 'cytokinesis after mitosis').
metadata_db:entity_resource('GO:0000281', 'biological_process').
class('GO:0000281').
subclass('GO:0000281', 'GO:0033205').
def('GO:0000281', 'A cell cycle process that results in the division of the cytoplasm of a cell after mitosis, resulting in the separation of the original cell into two daughter cells.').
def_xref('GO:0000281', 'GOC:ai').

metadata_db:entity_label('GO:0000282', 'cellular bud site selection').
metadata_db:entity_resource('GO:0000282', 'biological_process').
class('GO:0000282').
subclass('GO:0000282', 'GO:0007105').
subclass('GO:0000282', 'GO:0030010').
def('GO:0000282', 'The specification of the site where a daughter cell will form, in organisms that reproduce by budding.').
def_xref('GO:0000282', 'GOC:mah').
metadata_db:entity_comment('GO:0000282', 'Note that this term was split from ''bud site selection/establishment of cell polarity (sensu Saccharomyces) ; GO:0007115'' (sibling term ''establishment of cell polarity (sensu Saccharomyces) ; GO:0000283'').').
metadata_db:entity_synonym('GO:0000282', 'bud site selection/establishment of cell polarity (sensu Saccharomyces)').
metadata_db:entity_synonym_scope('GO:0000282', 'bud site selection/establishment of cell polarity (sensu Saccharomyces)', 'broad').

metadata_db:entity_label('GO:0000284', 'shmoo orientation').
metadata_db:entity_resource('GO:0000284', 'biological_process').
metadata_db:entity_obsolete('GO:0000284', 'class').
def('GO:0000284', 'OBSOLETE (was not defined before being made obsolete).').
def_xref('GO:0000284', 'GOC:elh').
metadata_db:entity_replaced_by('GO:0000284', 'GO:0000753').
metadata_db:entity_comment('GO:0000284', 'This term was made obsolete because it is an organism specific term. The entire branch of the ontology was reorganized to be more generally applicable.').

metadata_db:entity_label('GO:0000288', 'nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay').
metadata_db:entity_resource('GO:0000288', 'biological_process').
class('GO:0000288').
subclass('GO:0000288', 'GO:0000956').
def('GO:0000288', 'A major pathway of degradation of nuclear-transcribed mRNAs that proceeds through a series of ordered steps: poly(A) tail shortening, deadenylylation-dependent decapping, and decay of the transcript body, and that can regulate mRNA stability.').
def_xref('GO:0000288', 'GOC:krc').
metadata_db:entity_synonym('GO:0000288', 'deadenylation-dependent mRNA decay').
metadata_db:entity_synonym_scope('GO:0000288', 'deadenylation-dependent mRNA decay', 'exact').
metadata_db:entity_synonym('GO:0000288', 'mRNA breakdown, deadenylation-dependent decay').
metadata_db:entity_synonym_scope('GO:0000288', 'mRNA breakdown, deadenylation-dependent decay', 'exact').
metadata_db:entity_synonym('GO:0000288', 'mRNA catabolic process, deadenylation-dependent').
metadata_db:entity_synonym_scope('GO:0000288', 'mRNA catabolic process, deadenylation-dependent', 'exact').
metadata_db:entity_synonym('GO:0000288', 'mRNA catabolic process, deadenylylation-dependent').
metadata_db:entity_synonym_scope('GO:0000288', 'mRNA catabolic process, deadenylylation-dependent', 'exact').
metadata_db:entity_synonym('GO:0000288', 'mRNA catabolism, deadenylation-dependent').
metadata_db:entity_synonym_scope('GO:0000288', 'mRNA catabolism, deadenylation-dependent', 'exact').
metadata_db:entity_synonym('GO:0000288', 'mRNA catabolism, deadenylylation-dependent').
metadata_db:entity_synonym_scope('GO:0000288', 'mRNA catabolism, deadenylylation-dependent', 'exact').
metadata_db:entity_synonym('GO:0000288', 'mRNA degradation, deadenylation-dependent decay').
metadata_db:entity_synonym_scope('GO:0000288', 'mRNA degradation, deadenylation-dependent decay', 'exact').
metadata_db:entity_synonym('GO:0000288', 'nuclear mRNA catabolic process, deadenylation-dependent decay').
metadata_db:entity_synonym_scope('GO:0000288', 'nuclear mRNA catabolic process, deadenylation-dependent decay', 'exact').

metadata_db:entity_label('GO:0000289', 'nuclear-transcribed mRNA poly(A) tail shortening').
metadata_db:entity_resource('GO:0000289', 'biological_process').
class('GO:0000289').
subclass('GO:0000289', 'GO:0000956').
restriction('GO:0000289', 'OBO_REL:part_of', 'GO:0000288'). % nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay
def('GO:0000289', 'Shortening of the poly(A) tail of a nuclear-transcribed mRNA from full length to an oligo(A) length.').
def_xref('GO:0000289', 'GOC:krc').
metadata_db:entity_synonym('GO:0000289', '3'' to 5'' mRNA deadenylation').
metadata_db:entity_synonym_scope('GO:0000289', '3'' to 5'' mRNA deadenylation', 'related').
metadata_db:entity_synonym('GO:0000289', 'mRNA deadenylation').
metadata_db:entity_synonym_scope('GO:0000289', 'mRNA deadenylation', 'related').
metadata_db:entity_synonym('GO:0000289', 'nuclear mRNA poly(A) tail shortening').
metadata_db:entity_synonym_scope('GO:0000289', 'nuclear mRNA poly(A) tail shortening', 'related').

metadata_db:entity_label('GO:0000290', 'deadenylation-dependent decapping of nuclear-transcribed mRNA').
metadata_db:entity_resource('GO:0000290', 'biological_process').
class('GO:0000290').
subclass('GO:0000290', 'GO:0000956').
restriction('GO:0000290', 'OBO_REL:part_of', 'GO:0000288'). % nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay
def('GO:0000290', 'Cleavage of the 5''-cap of a nuclear mRNA triggered by shortening of the poly(A) tail to below a minimum functional length.').
def_xref('GO:0000290', 'GOC:krc').
metadata_db:entity_synonym('GO:0000290', 'deadenylation-dependent decapping of nuclear mRNA').
metadata_db:entity_synonym_scope('GO:0000290', 'deadenylation-dependent decapping of nuclear mRNA', 'exact').
metadata_db:entity_synonym('GO:0000290', 'deadenylylation-dependent decapping').
metadata_db:entity_synonym_scope('GO:0000290', 'deadenylylation-dependent decapping', 'exact').

metadata_db:entity_label('GO:0000291', 'nuclear-transcribed mRNA catabolic process, exonucleolytic').
metadata_db:entity_resource('GO:0000291', 'biological_process').
class('GO:0000291').
subclass('GO:0000291', 'GO:0000956').
restriction('GO:0000291', 'OBO_REL:part_of', 'GO:0000288'). % nuclear-transcribed mRNA catabolic process, deadenylation-dependent decay
restriction('GO:0000291', 'OBO_REL:part_of', 'GO:0000294').
def('GO:0000291', 'The chemical reactions and pathways resulting in the breakdown of the transcript body of a nuclear-transcribed mRNA that occurs when the ends are not protected by the 5''-cap or the 3''-poly(A) tail.').
def_xref('GO:0000291', 'GOC:krc').
metadata_db:entity_synonym('GO:0000291', 'exonucleolytic degradation of mRNA').
metadata_db:entity_synonym_scope('GO:0000291', 'exonucleolytic degradation of mRNA', 'exact').
metadata_db:entity_synonym('GO:0000291', 'mRNA breakdown, exonucleolytic').
metadata_db:entity_synonym_scope('GO:0000291', 'mRNA breakdown, exonucleolytic', 'exact').
metadata_db:entity_synonym('GO:0000291', 'mRNA degradation, exonucleolytic').
metadata_db:entity_synonym_scope('GO:0000291', 'mRNA degradation, exonucleolytic', 'exact').
metadata_db:entity_synonym('GO:0000291', 'nuclear mRNA catabolic process, exonucleolytic').
metadata_db:entity_synonym_scope('GO:0000291', 'nuclear mRNA catabolic process, exonucleolytic', 'exact').

metadata_db:entity_label('GO:0000292', 'RNA fragment catabolic process').
metadata_db:entity_resource('GO:0000292', 'biological_process').
class('GO:0000292').
subclass('GO:0000292', 'GO:0006401').
def('GO:0000292', 'The chemical reactions and pathways resulting in the breakdown of a fragment of RNA, such as excised introns or sequences removed from ribosomal RNA during processing.').
def_xref('GO:0000292', 'GOC:mah').
metadata_db:entity_partition('GO:0000292', 'gosubset_prok').
metadata_db:entity_synonym('GO:0000292', 'RNA fragment breakdown').
metadata_db:entity_synonym_scope('GO:0000292', 'RNA fragment breakdown', 'exact').
metadata_db:entity_synonym('GO:0000292', 'RNA fragment catabolism').
metadata_db:entity_synonym_scope('GO:0000292', 'RNA fragment catabolism', 'exact').
metadata_db:entity_synonym('GO:0000292', 'RNA fragment degradation').
metadata_db:entity_synonym_scope('GO:0000292', 'RNA fragment degradation', 'exact').

metadata_db:entity_label('GO:0000294', 'nuclear-transcribed mRNA catabolic process, endonucleolytic cleavage-dependent decay').
metadata_db:entity_resource('GO:0000294', 'biological_process').
class('GO:0000294').
subclass('GO:0000294', 'GO:0000956').
def('GO:0000294', 'A minor degradation pathway nuclear-transcribed mRNAs that begins with an endonucleolytic cleavage to generate unprotected ends.').
def_xref('GO:0000294', 'GOC:krc').
metadata_db:entity_synonym('GO:0000294', 'endonucleolytic mRNA decay').
metadata_db:entity_synonym_scope('GO:0000294', 'endonucleolytic mRNA decay', 'exact').
metadata_db:entity_synonym('GO:0000294', 'mRNA breakdown, endonucleolytic cleavage-dependent decay').
metadata_db:entity_synonym_scope('GO:0000294', 'mRNA breakdown, endonucleolytic cleavage-dependent decay', 'exact').
metadata_db:entity_synonym('GO:0000294', 'mRNA catabolic process, endonucleolytic').
metadata_db:entity_synonym_scope('GO:0000294', 'mRNA catabolic process, endonucleolytic', 'exact').
metadata_db:entity_synonym('GO:0000294', 'mRNA catabolism, endonucleolytic').
metadata_db:entity_synonym_scope('GO:0000294', 'mRNA catabolism, endonucleolytic', 'exact').
metadata_db:entity_synonym('GO:0000294', 'mRNA degradation, endonucleolytic cleavage-dependent decay').
metadata_db:entity_synonym_scope('GO:0000294', 'mRNA degradation, endonucleolytic cleavage-dependent decay', 'exact').
metadata_db:entity_synonym('GO:0000294', 'nuclear mRNA catabolic process, endonucleolytic cleavage-dependent decay').
metadata_db:entity_synonym_scope('GO:0000294', 'nuclear mRNA catabolic process, endonucleolytic cleavage-dependent decay', 'exact').

metadata_db:entity_label('GO:0000296', 'spermine transport').
metadata_db:entity_resource('GO:0000296', 'biological_process').
class('GO:0000296').
subclass('GO:0000296', 'GO:0015846').
def('GO:0000296', 'The directed movement of spermine, N,N-bis(3-aminopropyl)-1,4-diaminobutane, a polyamine formed by the transfer of a propylamine group from decarboxylated S-adenosylmethionine to spermidine, into, out of, within or between cells.').
def_xref('GO:0000296', 'GOC:krc').
def_xref('GO:0000296', 'ISBN:0198506732').

metadata_db:entity_label('GO:0000301', 'retrograde transport, vesicle recycling within Golgi').
metadata_db:entity_resource('GO:0000301', 'biological_process').
class('GO:0000301').
subclass('GO:0000301', 'GO:0006891').
def('GO:0000301', 'The retrograde movement of substances within the Golgi, mediated by COP I vesicles. Cis-Golgi vesicles are constantly moving forward through the Golgi stack by cisternal progression, eventually becoming trans-Golgi vesicles. They then selectively transport membrane and luminal proteins from the trans- to the medial-Golgi while leaving others behind in the trans-Golgi cisternae; similarly, they selectively move proteins from the medial- to the cis-Golgi.').
def_xref('GO:0000301', 'ISBN:0716731363').
metadata_db:entity_synonym('GO:0000301', 'retrograde (vesicle recycling within Golgi) transport').
metadata_db:entity_synonym_scope('GO:0000301', 'retrograde (vesicle recycling within Golgi) transport', 'exact').

metadata_db:entity_label('GO:0000302', 'response to reactive oxygen species').
metadata_db:entity_resource('GO:0000302', 'biological_process