about
Fas death domain-associated proteinMinichromosome maintenance complex component 2H2A.X variant histoneBromodomain containing 2SNF2 histone linker PHD RING helicaseH2B.W histone 2H2B.W histone 1ATRX chromatin remodelerH4 clustered histone 7MacroH2A.1 histoneGlutamate rich WD repeat containing 1H1.0 linker histoneH1.3 linker histone, cluster memberH3 clustered histone 10Acidic nuclear phosphoprotein 32 family member CAcidic nuclear phosphoprotein 32 family member DAcidic nuclear phosphoprotein 32 family member BAcidic nuclear phosphoprotein 32 family member EH2B clustered histone 4Centromere protein ATSPY like 4H2B clustered histone 12H2B clustered histone 11H2A.B variant histone 2H2B clustered histone 5H3.4 histoneH2B clustered histone 9H2B clustered histone 15H2B clustered histone 14H2B clustered histone 13MacroH2A.2 histoneAnti-silencing function 1B histone chaperoneAnti-silencing function 1A histone chaperoneTestis specific protein Y-linked 1H3 clustered histone 14Chromatin assembly factor 1 subunit AChromatin assembly factor 1 subunit BHeterochromatin protein 1 binding protein 3Nucleophosmin 1H1.5 linker histone, cluster member
P682
Human Asf1 and CAF-1 interact and synergize in a repair-coupled nucleosome assembly pathwayStructure of human nucleosome containing the testis-specific histone variant TSH2BHuman spleen histone H2B. Isolation and amino acid sequenceThe primary structure and expression of four cloned human histone genesA human histone H2B.1 variant gene, located on chromosome 1, utilizes alternative 3' end processingStructures of human nucleosomes containing major histone H3 variantsStructural basis of instability of the nucleosome containing a testis-specific histone variant, human H3THuman tNASP promotes in vitro nucleosome assembly with histone H3.3Human histone gene organization: nonregular arrangement within a large clusterThe human histone gene cluster at the D6S105 locusIsolation of cDNA clones encoding human histone macroH2A1 subtypesH2A.X. a histone isoprotein with a conserved C-terminal sequence, is encoded by a novel mRNA with both DNA replication type and polyA 3' processing signalsA novel divergently transcribed human histone H2A/H2B gene pair
P921
Q14908180-4B4CF1FC-A663-4964-80C8-DAFC60205C0CQ14908180-EC4BB886-9E28-4FE1-8D13-7CEED89EA9D3Q15629734-7E56763E-2251-4069-B7B6-53D8D096791BQ1620739-63D3EB5C-0105-4EC6-B18E-FE82F2933CE2Q21100450-C9CA4BA1-F086-4289-B73F-49AFBF59927AQ21100915-5A677F86-EA7B-4637-82B8-B4AF556B9589Q21103300-ABD29D6F-D758-4BCB-8FC0-082FC66F1E2BQ21103301-3CFF64B9-B1A2-4DF0-9DAD-8C86506EFF23Q21105313-C0416D2F-11AC-457A-B963-6745433F1235Q21105378-FEB80A0D-0FEB-4CE7-8A95-9EEE5326C140Q21105911-65C7E180-1EEA-491B-BE11-D7F3A8020B5CQ21106249-11C21BDF-DD28-4F7F-8993-CC3C24DD6646Q21108707-B83BD593-BFB3-4286-8C7A-BADC368A5889Q21108708-548E2892-2FA6-4EE9-98E5-6B84E2D52AF3Q21109291-0E769AEE-2F6C-42AD-8948-CA4C8E635899Q21109291-561C6D85-2833-4AD0-9543-82AC536BE9FEQ21109411-0D5D04A9-64B1-4EC9-AD8E-AD0D695F326FQ21109412-0EAE1CE3-C079-4EEC-9435-FE04815AAC74Q21109423-4DBD3906-F57D-4FD2-9E67-0D184B32A4DDQ21109424-91159FA4-2403-421A-A379-ECC30F9428A7Q21109487-85D6003D-4DE8-414D-9F9E-23E28DB0619FQ21109722-F171C4A2-C1B3-4C79-B4E0-57FA845C1DB9Q21110715-C5532241-4A24-40F0-8728-5929E4A6E54AQ21110977-31C4B3CA-11D8-489F-A17D-2E65FC01E35EQ21110979-4E887A27-F725-4C2D-9033-C3F457B4BFACQ21110981-C5DFCDD6-47EE-48C7-9C7E-B0B6033D5FFFQ21110982-ED5EF9C9-08B9-404E-A720-C37C4406C836Q21110983-495FBCE0-E56C-4F43-95D7-AC6AF003CA10Q21110983-FAF8BC83-845C-4206-B3DB-2699D2810D38Q21110988-81C7CFA1-2F4B-4B0C-8F50-C0D6895E3669Q21110989-14665B2B-2664-4E30-A66B-057BC438B089Q21110990-8EA9449A-2B49-4482-94E3-C48AF4E12698Q21110991-F97ACD91-FA66-4205-B6C0-9499B2E4B363Q21110993-5E6010B5-08BA-4DA8-9177-9FA01B2A84B3Q21111632-E05517B1-4D4B-473E-9EAC-FFD48C40D916Q21111642-FFBEEBBF-3B3D-44CC-B8E1-0ACEE2FDFB4AQ21112281-3A51E67D-E502-4C35-A7AE-304DB4F21432Q21115552-4E73AC40-421A-4BE7-B662-98D4FB51B4BAQ21115552-F6427064-AE58-42F0-A20A-E2BCDE921FDEQ21116948-3D290ED2-35BA-4D6D-ADD5-934EDF9A53BE
P682
Q24292479-EA311593-A964-4680-A381-6EB2F9EBA8EBQ24293590-EBBC8E9D-D217-4C04-A17D-D8D2AB996839Q24300439-F0DED6B4-78E9-4075-92BF-51E8EA2D1597Q24301812-09C68025-1037-48FD-8FF6-897E42F25BA7Q24302708-013E60A7-60D4-4A64-BD41-5290C102577DQ24305314-689FCC1B-189B-4FC1-A695-00D3FDCB9DCEQ24314852-AE10A966-FF24-4F0A-A1C7-6EDAC57EFFC6Q24315987-B3E5F2F5-F80A-4EF5-A30D-816F2C4B62A9Q24316556-64DECFA5-86A2-4AB4-A139-6ABC28E06B81Q24322592-450068B6-4899-4D08-AB1A-AC3B7583901BQ24336472-477B8414-E5DD-4835-9B27-94837BF27421Q24336698-DBBC1974-E424-4970-861E-918035DBAD12Q24337065-22AF46EB-0E3C-4F7D-AAE5-E94A89389D3D
P921
description
The aggregation, arrangement a ...... composed of histones and DNA.
@en
biologisch proces
@nl
name
assemblage du nucléosome
@fr
nucleosome assembly
@en
type
label
assemblage du nucléosome
@fr
nucleosome assembly
@en
altLabel
GO:0006334
@en
nucleosome modeling
@en
prefLabel
assemblage du nucléosome
@fr
nucleosome assembly
@en
P2888
P686
GO:0006334