about
Abnormal spindle microtubule assemblyRenin 1 structuralInsulin receptorB cell leukemia/lymphoma 2Toll-like receptor 3Androgen receptorTumor necrosis factor (ligand) superfamily, member 10Estrogen receptor 1 (alpha)SMAD family member 4Activin receptor IIABCL2-associated X proteinPotassium voltage-gated channel, Isk-related subfamily, member 1Transforming growth factor, beta 2Transforming growth factor, beta receptor IRetinol binding protein 4, plasmaMutS homolog 2Kit ligandCST3Cystatin CNuclear receptor coactivator 1GATA binding protein 1Nuclear receptor subfamily 5, group A, member 1Nuclear receptor subfamily 0, group B, member 1Steroid 5 alpha-reductase 2Wingless-type MMTV integration site family, member 4Atrophin 1MAS1 oncogeneToll-like receptor 9AT-rich interaction domain 5BBCL2 like 11BRCA1 interacting protein C-terminal helicase 1Cold shock domain containing E1FA complementation group AGATA binding protein 3GATA binding protein 4GATA binding protein 6CRK like proto-oncogene, adaptor proteinAldo-keto reductase family 1 member C3Kelch like family member 32BCL2 family apoptosis regulator BOK
P682
Identification of a novel testis-specific leucine-rich protein in humans and miceDevelopmental changes in human fetal testicular cell numbers and messenger ribonucleic acid levels during the second trimesterCharacterization of unr; a gene closely linked to N-rasHypogonadism in a male with an immunologically active, biologically inactive luteinizing hormone: characterization of the abnormal hormoneMutations in the DAX-1 gene give rise to both X-linked adrenal hypoplasia congenita and hypogonadotropic hypogonadismMale pseudohermaphroditism due to a homozygous missense mutation of the luteinizing hormone receptor geneCloning and characterization of a specific coactivator, ARA70, for the androgen receptor in human prostate cellsStructure and organization of the RBMY genes on the human Y chromosome: transposition and amplification of an ancestral autosomal hnRNPG geneDevelopmental evaluation of aldo-keto reductase 1C3 expression in the cryptorchid testisIsolation and expression of a human SRY-related cDNA hSOX20Male-enhanced antigen gene is phylogenetically conserved and expressed at late stages of spermatogenesis
P921
Q14860490-0489156D-ED1A-45AA-97CF-D587E39B6BE0Q14861557-7919AF19-A786-4959-9BAE-08117CAFC2A5Q14863366-FE525AE3-8C82-407A-B78E-0C22C4DE4087Q14863583-8528CF3D-E85C-4A3B-8CB9-9C5563972A3BQ14866248-E7A5DDCC-AE74-4C28-8BD0-13B13D57C8F6Q14873035-8C7A252E-DF74-4314-99BC-70E00F7B0A1FQ14877606-E9381E66-010B-432D-97B6-B0EE0F6C0EFCQ14902317-E4EE8303-8332-44BD-838D-D2173AB8D200Q14904159-7C17FDF8-A03C-465C-BB3B-ABE31F3E1A3CQ14905173-403BB8BE-92C1-4AC8-98A8-7E3C4232B6A3Q14905404-34F0C1DB-1B70-4B38-A78E-D05186F8065EQ14905774-BC5F3546-0191-49D7-860D-3C02E82821EBQ14908058-B1DEA435-193B-4BF9-A10C-AC7CEAD87E19Q14911575-323A20D8-F115-4A51-9FC6-7E6836712830Q14911603-F031B871-4A2D-4DD8-93C2-DCA6488629BFQ14911693-CBF0729C-CFCB-4882-8B01-1CB21141E34EQ14912447-2DD9D06B-5E49-4DF5-A42D-593880F8A0C0Q14913588-0100DB31-CED0-451E-ADED-A5298A7E7ACDQ14913600-17C27C8F-E79E-4D7C-85C8-E9140C23411DQ14914589-34880A05-9D80-448F-908D-70EC4052E8D5Q14916153-E6743F48-C7B8-4CD2-B8E5-C074761BE6D9Q15312559-EC4331F2-082C-4167-A630-463B17E88952Q15314643-A53B024A-C35F-4DF3-A38A-52DE909280CBQ15321552-2DFBF560-DF96-4734-B3F8-B813695CEB8DQ15321888-230E3EC7-2013-4394-A9FF-2B74A8C7B36FQ15330412-B4B2471B-4624-4676-A1AF-9D97D2BD7BB7Q15331321-3CDA60E9-16D3-4918-B71A-BB291BA40C93Q15332574-44015990-775A-43CC-9B2C-883F32FA8F29Q21097438-B17D15A8-09DF-4931-AC42-B083E934C7F2Q21100273-8735E63A-024A-4B43-A9F4-D25991F861A9Q21100487-A81A0150-7528-4806-96F2-5137EF33A854Q21100970-5D443550-B00A-497B-BCB4-75B8F08ECE85Q21101242-B6446C59-D5F8-4047-9C3A-99D1F1743209Q21101536-7546E65C-1976-4546-8CE6-FFB4FB3989CCQ21101542-AAA3349D-9D77-4E05-A8B5-909A0C1FCBAFQ21101548-ED43D101-000E-4B94-BD81-125D957005E5Q21104798-795945E3-04A0-40C2-85F7-3669AFB7205BQ21105060-62836C60-AAD9-42B6-856D-33B26AB101DCQ21105521-277EBC12-06C4-4F86-AC3A-A558F8D7233EQ21106726-9FF6B4F8-4C0D-4F23-9FCA-20376C49BECA
P682
Q22253946-87F7D566-921B-479C-BADE-6B1813F3B46CQ24293254-2006DCCD-B76D-442A-A421-C9DEF0F2F337Q24295073-ADB17049-6906-49C7-99BF-C31EBE1C7522Q24302004-2E03021B-E8F2-41E3-A4CF-764F1C86D85AQ24310558-4A5BA552-D76C-4D3F-B1EF-AA23DB1DC0D5Q24314422-1C020109-FAD8-4FBC-8F58-12A9F54BDD7BQ24314557-5140F52F-F4DA-4307-AB21-71C1A660AF81Q24318737-B5B95CC4-E7F9-4A98-B226-3124D10F1DC9Q24321887-790E51A0-3E1A-4BF8-8604-B6A630E5DD02Q24324121-201D7537-4EAA-4D8A-9ECD-E409817BE9FEQ24339619-F9C8D71F-082E-4AD6-BB63-915D0B87BEC3
P921
description
The process whose specific out ...... ation to the mature structure.
@en
biologisch proces
@nl
name
male gonad development
@en
type
label
male gonad development
@en
altLabel
GO:0008584
@en
testicular development
@en
testis development
@en
prefLabel
male gonad development
@en
P2888
P3827
testicular-development
P686
GO:0008584