about
Nanog homeoboxNuclear receptor subfamily 0, group B, member 1Brain abundant membrane attached signal protein 1McKusick-Kaufman syndromeAnti-Mullerian hormoneWT1 transcription factorIroquois homeobox 5Odd-skipped related transcription factor 1WD repeat domain 19Spalt like transcription factor 1Fibroblast growth factor 8Retinol dehydrogenase 10Glycoprotein hormones, alpha subunitFibroblast growth factor 8Iroquois homeobox 5Serine (or cysteine) peptidase inhibitor, clade B, member 6aMuellerian-inhibiting factorOdd-skipped related transcription factor 1Retinol dehydrogenase 10 (all-trans)WD repeat domain 19Wilms tumor protein homologGlycoprotein hormones, alpha polypeptideNuclear receptor subfamily 0, group B, member 1WT1 transcription factorAnti-Mullerian hormoneRetinol dehydrogenase 10Odd-skipped related transcription factor 1Fibroblast growth factor 8WD repeat domain 19Spalt-like transcription factor 1Anti-Mullerian hormoneSpalt like transcription factor 1NADH dehydrogenase [ubiquinone] flavoprotein 1, mitochondrial CELE_C09H10.3HP1 Like (heterochromatin protein) CELE_K08H2.6Serine/threonine-protein kinase VRK1 CELE_F28B12.3Protein lag-2 CELE_Y73C8B.4MOG interacting and ectopic P-granules protein 1 CELE_M04B2.1High mobility group protein 1.2 CELE_F47D12.4Spindle apparatus protein lin-5 CELE_T09A5.10POLG (mitochondrial DNA POLymerase Gamma) CELE_Y57A10A.15
P682
Mutation of a gene encoding a putative chaperonin causes McKusick-Kaufman syndromeHsal 1 is related to kidney and gonad development and is expressed in Wilms tumorMen homozygous for an inactivating mutation of the follicle-stimulating hormone (FSH) receptor gene present variable suppression of spermatogenesis and fertilityTranscriptome profiling reveals male- and female-specific gene expression pattern and novel gene candidates for the control of sex determination and gonad development in Xenopus laevis
P921
Q14874557-C005D873-A2F0-4F2B-9529-75D0A396E6E3Q15314643-95174D53-DF91-49D8-8C45-9D47CC5DAEF8Q21100348-0B48C6D1-2EF3-44D3-994C-4C981C7936F4Q21105444-DBE0A488-81E6-4278-B070-E3A26414D0FFQ21108939-65830915-644C-4BBA-AA0B-5A60FACD0A03Q21118512-F47858A7-28F6-4457-BE4C-65B59C06489AQ21119161-21BC1D59-DD94-448C-9517-C0A2674C156AQ21119647-1D00643F-F49B-417A-8043-514B7E7DF58FQ21122960-E42BCE7E-9428-404A-8D57-B6B83A087407Q21125156-697C41E6-6E78-45D6-93B6-5847F7FFEA50Q21157895-243841E2-2D5C-4360-8EBB-5B740D73D925Q21173926-0120CB88-2CAE-4788-B35F-4DB7849F65F1Q21984262-EE7D3988-53D3-4466-BFCA-44E9226FFF59Q21985352-1973D356-CB55-4682-97AC-A60624ABC71BQ21986038-F8FF942D-929A-4957-A6C9-2186509CBA79Q21986879-4A6311DE-D63E-4D55-93AE-02C6F5C2B96DQ21987235-709F4E68-16D4-4F45-B6EB-B72A4AAE5C05Q21987354-2125F00F-14CB-4241-8B4E-EBDD161660F5Q21987488-30D2A5E2-A7F5-4184-A42F-CC53AC0AEEB4Q21990311-52E7CD44-BB16-48F0-A161-2680D9B8B772Q21992816-A4F48B37-66FE-466F-967E-F32B30C99254Q28556391-AC238FEB-1E09-4F91-9CA1-8E9933BEB964Q28557476-60C5CFCC-6EB8-45A2-B132-BE2BF741AE89Q28558320-1D93DAF6-9CE1-4C46-A42D-DBB9C2E2DB1CQ28560766-D2EF5BD1-220A-4B2C-B69C-170933EB601BQ28561100-D7E4AFBC-BF47-448E-B623-B60CFCD932AFQ28563198-E6131AD1-DB0B-4FEC-8B25-16E31DA19165Q29521594-9F138A37-B279-4A83-80C6-DA2EF8FE795EQ29526492-9E1BD79F-2BE7-4ED4-B31F-465E3C770201Q29527354-75CAB5B7-D292-4616-905D-F6D31D1F02C4Q29529362-4BD9F905-A557-411C-8DD8-11C9687C728EQ29531167-C10C6884-6564-49B9-9212-66F62A36DD78Q29791738-CD94582D-1DC0-4E60-92F5-C7EC8FC083FBQ29792828-68195F8D-EF6F-4411-8AFD-97B92A09BC06Q29793337-187BA269-236B-4E33-A34F-1136D0866411Q29794347-EB89411F-BA07-4B7D-9673-12B0C2F920A1Q29794950-F4728940-6B1B-4F08-A073-ED8F6D0B4899Q29795064-AA8D063B-ECA4-4201-9896-BE33E9BD9627Q29795105-33F2997E-05E1-4B8C-A1CB-8E2974880A91Q29795350-EE960873-E745-4424-90C9-5E60B968D3BD
P682
description
The process whose specific out ...... ies it also produces hormones.
@en
biologisch proces
@nl
name
gonad development
@en
развитие гонады
@ru
type
label
gonad development
@en
развитие гонады
@ru
altLabel
GO:0008406
@en
gonadogenesis
@en
prefLabel
gonad development
@en
развитие гонады
@ru
P2888
P686
GO:0008406