about
MIS18 kinetochore protein ARB binding protein 4, chromatin remodeling factorRB binding protein 7, chromatin remodeling factorCentromere protein AIntegrin subunit beta 3 binding proteinKinetochore scaffold 1Centromere protein XOpa interacting protein 5Nucleophosmin 1MIS18 binding protein 1SWI/SNF related, matrix associated, actin dependent regulator of chromatin, subfamily a, member 5DNA polymerase epsilon 3, accessory subunitCentromere protein WNuclear autoantigenic sperm proteinRemodeling and spacing factor 1Centromere protein TCentromere protein CHolliday junction recognition proteinCentromere protein MCentromere protein OCentromere protein PCentromere protein QCentromere protein LCentromere protein NCentromere protein KCentromere protein HCentromere protein ICentromere protein UIntegrin beta 3 binding protein (beta3-endonexin)Centromere protein PRIKEN cDNA A730008H23 genePolymerase (DNA directed), epsilon 3 (p17 subunit)Opa interacting protein 5MIS18 kinetochore protein ANuclear autoantigenic sperm protein (histone-binding)H4 clustered histone 13Centromere protein SMIS18 kinetochore protein AIntegrin subunit beta 3 binding proteinDNA polymerase epsilon 3, accessory subunit
P682
Cancer-upregulated gene 2 (CUG2), a new component of centromere complex, is required for kinetochore functionA NASP (N1/N2)-related protein, Sim3, binds CENP-A and is required for its deposition at fission yeast centromeres.Fission yeast Scm3 mediates stable assembly of Cnp1/CENP-A into centromeric chromatin.
P921
Q21105105-900660E9-4C4E-485F-AD2C-2865DBD0DC4BQ21105772-E2838774-4668-4480-9E38-15446D25AD98Q21105777-C6D618E5-4B9F-4189-B61B-F0A6F03A87EFQ21109722-618844D6-DB95-4351-B1AE-46871F27E900Q21110423-790DD6A7-67A5-416F-AE37-9313D29F99C9Q21110557-EBFD7768-28B9-4745-953B-26566B81BF52Q21114075-0F2043B7-B0D9-4C1E-A9F8-A17AD7EA9B53Q21115036-48559617-6D82-4EDB-A7C0-76D6EC5BE318Q21117747-29135368-3165-4FF1-8C82-C0AB1344833CQ21119369-5E5746BF-581B-42E5-8AC4-C6A8A3F467F5Q21130558-BD14A583-1684-476E-9A52-3ACDAFED5944Q21130723-19DD5D5B-3781-4AB6-BEB9-872E4DA00D16Q21132588-3B8B3F1B-02FB-420D-A9DA-D5B52F9B973BQ21133307-3371547C-655A-4039-B546-E495897D6E13Q21135047-31A18774-8D12-4C22-9CC9-D9871AF27201Q21140730-95E95D34-60F1-4808-9B1E-3828477BC0C8Q21154958-B01DFE87-30FE-4BC7-BF2E-C04AF261B659Q21154959-57ABAC26-EB36-4136-A854-64A055B23B00Q21154960-E33C2E56-C76A-4E8B-A1C3-B6D189C8BC92Q21157116-96523925-BDF5-4A51-BBFE-6E99C9FCE1FCQ21173221-C709FE90-BF02-4565-B2A8-FDB18D57521CQ21173222-6C9FCCA6-76C7-46F7-B95F-7DA439660741Q21173223-DBBC0F04-AC24-46F8-8061-C437A85774F2Q21173224-5046D6B9-05B1-42D0-AF76-4C6BD3AEBD73Q21173225-DAE6EA87-2BC4-43B4-8208-4AC06765FCE9Q21173226-8A867B0D-4218-41DD-8831-A92582B30D56Q21201466-1344CCD8-2DE9-4301-A3B5-3AA3C92533FFQ21201806-0BC2FB53-2911-43F3-A8AF-E29A0F8A917BQ21494152-84884012-EF02-4FC0-9611-6B435AEAAAA1Q21494161-3EA737B4-156C-4EDC-B9E0-A5012F36F7DBQ21494539-03E84AC7-C0F8-472D-9653-777A50BFF4C2Q21497509-D919A304-CED5-413A-A2CC-D66F28839449Q21980019-70A7BBF4-C75E-4761-9B94-441D5C068406Q21980022-0DA5C6CE-E5C1-4979-B37A-70D7E4A14E08Q21980022-D5F7C30E-E406-457A-905B-2ED1CE54D234Q21985439-7E632F60-7CA8-41BE-A15E-6461626EDD09Q22676641-ABFAD866-A2E9-4C95-8B21-BA40F7E07724Q22676920-65D495BF-58D9-43FD-B3F4-A01EF993759EQ28556134-AF202399-35BD-4246-92D9-1E54A74824B4Q28556183-8EAAA165-1F9F-4445-9F7D-52542CFA0724
P682
description
The formation of nucleosomes c ...... l core in modular centromeres.
@en
biologisch proces
@nl
name
CENP-A containing nucleosome assembly
@en
type
label
CENP-A containing nucleosome assembly
@en
altLabel
CENP-A containing nucleosome assembly at centromere
@en
DNA replication-independent nucleosome assembly at centromere
@en
GO:0034080
@en
centromere-specific histone exchange
@en
centromeric DNA replication-independent nucleosome assembly
@en
prefLabel
CENP-A containing nucleosome assembly
@en
P279
P279
P2888
P686
GO:0034080