about
positive regulation of neuron projection developmentpositive regulation of photoreceptor cell differentiationpositive regulation of neuron maturationpositive regulation of forebrain neuron differentiationpositive regulation of spinal cord association neuron differentiationpositive regulation of amacrine cell differentiationpositive regulation of mechanoreceptor differentiationpositive regulation of dopaminergic neuron differentiationpositive regulation of cerebellar neuron developmentpositive regulation of glutamatergic neuron differentiation
P279
ErythropoietinSonic hedgehogBrain derived neurotrophic factorDystrophin, muscular dystrophyChemokine (C-C motif) receptor 5Interleukin 6Nerve growth factorPhosphatase and tensin homologGLI-Kruppel family member GLI2Bone morphogenetic protein 7Bone morphogenetic protein 2Bone morphogenetic protein 4Bone morphogenetic protein 6Paired-like homeobox 2bGrowth differentiation factor 5Growth differentiation factor 6Integrin beta 1 (fibronectin receptor beta)Growth differentiation factor 7Transcription factor 4Fibroblast growth factor receptor 1Transient receptor potential cation channel, subfamily C, member 6Nuclear receptor coactivator 1Chemokine (C-C motif) ligand 5Disabled 1DNA methyltransferase 3BTransient receptor potential cation channel, subfamily C, member 5Ras homolog family member ABone morphogenetic protein 7 (Osteogenic protein 1), isoform CRA_bHigh mobility group 20BForkhead box G1Glycerophosphodiester phosphodiesterase domain containing 5G protein-coupled receptor class C group 5 member BTripartite motif containing 32FEZ family zinc finger 1FEZ family zinc finger 2Atonal bHLH transcription factor 1GATA binding protein 2Forkhead box A1Lysine demethylase 4APre-mRNA processing factor 19
P682
Brorin, a novel secreted bone morphogenetic protein antagonist, promotes neurogenesis in mouse neural precursor cellsThe Down syndrome critical region protein TTC3 inhibits neuronal differentiation via RhoA and Citron kinaseCSX/Nkx2.5 modulates differentiation of skeletal myoblasts and promotes differentiation into neuronal cells in vitroZC4H2, an XLID gene, is required for the generation of a specific subset of CNS interneurons.
P921
Q14330979-29C97024-5AF9-41B7-9119-9C6EA08B9FE7Q14860193-4D7AC186-80F8-4977-ADC3-EDE7311C04B4Q14863394-DEA9DA0B-6417-4578-BE85-ED22AAC55C7CQ21114236-71BCF626-F732-4DE1-9FCC-65A2EFF6C6A4Q22255150-229C3A4D-D562-45CE-99CD-1627ACEA7DF5Q22300628-812E96EC-5288-43F8-9950-4ECE10F523A0Q22302258-C74AAD4A-8290-48AD-9CA3-92F4A9DE86A2Q22302273-46970BFF-4E5C-43D5-B1AA-E8508AD5E470Q24495456-E94F4E3A-92B4-413C-8CFB-9102E4426713Q29572995-EC5EBFBD-2FFE-490F-8270-C17767C84B38
P279
Q14852044-8D43E5A9-131E-4D2E-9CCF-6C8E3913F4A5Q14860215-BE7BAB94-FB0D-4160-B947-A2EC0D2B4B81Q14863333-C19F6557-9020-4BAF-B16F-9C53EC424551Q14864296-FCBC0E0D-04D1-46D2-BC8C-4229681712D9Q14865187-FFEE0DF8-915D-4F21-9DD1-B83D10FD5BC2Q14865240-62B1EBA1-74F6-42B4-8B1D-032337671668Q14873936-4E22AF64-4B70-480A-8525-69FFA13052DEQ14878408-9D3CF666-B222-485B-833C-E3DC6BF3E290Q14886550-850E7B5C-A0C5-4D86-9363-6319B0E8B012Q14903113-2F7C331F-6ADF-45DD-B2D2-ECAF3991AEFBQ14903156-E4134842-7420-436B-B422-84F7B7770AFEQ14903410-16D431A6-8432-4A34-83AC-6F14973F743EQ14903751-DB3D847B-1D1A-4808-9C2F-F78C2E247C8BQ14905597-973AF5CC-2005-4866-979D-A43007BAB85AQ14912051-2C7F514A-E7CB-4D28-BA23-341D1ACD1D36Q14912065-5915A39A-E544-4D9A-8043-629F8DBEF153Q14912087-16EF4052-5D8B-4C0F-A93D-58365BAA9966Q14912121-8CAD0075-CD65-4875-9AA7-204182709254Q14913984-74CCF623-16DF-4220-BC09-6AAD09FC1E9BQ14913984-A865544D-3DFB-4ACF-B1F6-951FDBE4810FQ14914262-98A304A6-2150-4CDE-9FA1-CA100E351DF3Q14914580-435742DF-4DD1-41AC-B0B8-10D732283516Q14914589-BC16762C-272D-4116-BBD1-BA41BAE66EE7Q14916107-6374A8AA-DBCB-4848-A06A-D60212E475CFQ14916490-3E54CB75-D126-46DD-B5A2-0F071745BF1EQ15313478-42EBCC84-4DAE-47F8-B260-89B1E27631A2Q15323071-8DBE30D1-F0AD-40B8-AC62-02145F774A87Q15331521-83A06384-7C6C-483D-94DB-47D71EC0461DQ15331521-A8D95920-942D-4323-AA22-3E4DD6ED8460Q21096346-07A3D035-26FC-46C0-8D2F-836EB10201B0Q21100495-DEF509E5-ED74-46FA-868F-0B657BF80F2EQ21101486-954E44BC-67BA-4E1E-AB7E-8AAF91C6A7D5Q21103125-1CAAD7CD-446B-4E70-9715-207A9F082A61Q21103212-5CA59AFB-7F02-481D-94E6-F2387A73A549Q21104807-4AAC2DFF-B08B-4D3D-9C69-5C06FA5D938AQ21106099-7EF2897C-03EF-4286-BCAA-8BD9EDDF599CQ21106107-E2BC9382-A2D6-4B5E-AF4C-D79FBFBE8F6CQ21106551-3B2A3D21-80FE-48D4-AFF2-E445F432C3A3Q21106576-A5D654A7-2946-4DBC-909E-ED6BE955EF29Q21107407-8C3849EB-5965-423C-A83E-2EF8471277D0
P682
description
Any process that activates or ...... ent of neuron differentiation.
@en
biologisch proces
@nl
name
positive regulation o neuron differentiation
@sco
positive regulation of neuron differentiation
@en
type
label
positive regulation o neuron differentiation
@sco
positive regulation of neuron differentiation
@en
altLabel
GO:0045666
@en
up regulation of neuron differentiation
@en
up-regulation of neuron differentiation
@en
upregulation of neuron differentiation
@en
prefLabel
positive regulation o neuron differentiation
@sco
positive regulation of neuron differentiation
@en
P2888
P686
GO:0045666