about
Aurora kinase AIntegrator complex subunit 13Dynein cytoplasmic 1 light intermediate chain 2RAN binding protein 2Plexin A2Kinesin family member 5BBICD cargo adaptor 2Sad1 and UNC84 domain containing 2Sad1 and UNC84 domain containing 1NudE neurodevelopment protein 1Nucleotide binding protein 1Spectrin repeat containing nuclear envelope protein 2Intraflagellar transport 20NudE neurodevelopment protein 1 like 1Transmembrane protein 201Dynein, cytoplasmic 1, light intermediate chain 2, isoform CRA_aNineinNudE neurodevelopment protein 1 like 1BICD cargo adaptor 2Spectrin repeat containing, nuclear envelope 1Sad1 and UNC84 domain containing 1Integrator complex subunit 13Kinesin family member 5BDynein, cytoplasmic 1 light intermediate chain 2NudE neurodevelopment protein 1NineinIntraflagellar transport 20RAN binding protein 2Sema domain, transmembrane domain (TM), and cytoplasmic domain, (semaphorin) 6APlexin A2Par-3 family cell polarity regulatorNucleotide binding protein 1Sad1 and UNC84 domain containing 2Transmembrane protein 201Spectrin repeat containing, nuclear envelope 2Kinesin family member 5BDynein, cytoplasmic 1 light intermediate chain 2NudE neurodevelopment protein 1Nucleotide binding protein 1NudE neurodevelopment protein 1-like 1
P682
Linear arrays of nuclear envelope proteins harness retrograde actin flow for nuclear movement.SUMO-1 modification of centrosomal protein hNinein promotes hNinein nuclear localizationBicaudal D2, dynein, and kinesin-1 associate with nuclear pore complexes and regulate centrosome and nuclear positioning during mitotic entry
P921
Q14906052-5EDC7F6F-CC84-4E75-B97E-585A1BAD38F9Q21097554-8CA68640-3C2B-4675-B355-3CDEB5AEE071Q21110011-62871C96-E975-49F4-B448-64D699B97E13Q21112343-67B075C5-CDDC-44C4-9381-A56EA83A76B9Q21112420-CA427F0C-0582-4300-B0BB-BE8D30A937EFQ21115085-A546DFCA-8D88-4F91-854E-D0AA2D4829CCQ21115515-DD29BAFF-495C-4AC8-A106-61A4CDAA4401Q21117298-EE28E06A-4391-4796-ABCE-A27082E1C79DQ21117753-2A77AFCD-E032-4684-9C78-E0AEE34DCD3EQ21118843-CC8BE8E6-9B3D-414D-AA13-A9B63F4FB3EFQ21124906-EEDE74E6-BCB4-4386-AD71-B6E57F060598Q21130095-405F48D8-555C-4A62-91FA-6BC892C3FD2FQ21130481-9DD3F77F-8094-4018-9885-8F7D0FD4A8DBQ21130481-B5D8F80B-3815-411E-887A-035EDABFA386Q21130498-0FA48768-9ADB-4D0F-BD6D-7037228799F3Q21136293-98B45CBF-E9F2-4831-A553-F5D275986507Q21149620-2F772002-13DB-4406-A94D-A5CC4FA5C89FQ21170866-14204927-4B19-440D-BA41-AB0FB544E356Q21170866-846674D1-9CCF-466A-AF96-C42B6BEF9278Q21491063-5F0B9828-457C-43E0-A622-505244315310Q21491063-FF557E0B-92C6-4057-AE1F-394950274D32Q21493968-5A1F0489-8B68-425C-90BD-6F341E7E82CFQ21498156-7E340D6C-FE3D-4F8B-97DE-2C0E402F080BQ21498409-DD032DDF-57F7-4A31-B0FF-B3B9A6FF06EEQ21499112-B9329356-9408-4D6E-929C-B45B3F712736Q21982874-37952782-6A1A-491F-8291-9EB5824604DFQ21982875-2124B00F-C58F-4CCF-870A-7CCBBDC1E105Q21982880-C9A764BF-27FA-44B1-8291-87F858A3F573Q21985154-B4F951F1-9A3E-48AA-AD58-3CE03E882D2CQ21985154-E855C8A6-5DB0-4845-A162-42ECC93BF0E0Q21985482-C9242163-B0C9-4E00-B24B-B51256B9C6B5Q21985482-F0879956-4A9B-4BB1-8964-F9060B780789Q21986303-88B8C157-71F7-4D25-BD59-04E502B44E0EQ21986660-243EA3C1-6717-4E22-8DB2-ADDCAC3D49E0Q21986663-34065CD1-D0FF-45D2-9F18-F0265556C657Q21987386-B7FC5D22-AAD0-4077-A8EE-7DD3538D8528Q21987793-B0A61859-EE81-4F2B-823A-00086F7625B5Q21990197-BD5A48E7-63D2-4AE0-A46E-4C6BDDF0B5CCQ21991263-2F17AD4E-80C6-45E2-91B2-0D16F6983AD2Q21991768-E585B01D-CF14-4C71-896E-21FC214AFE62
P682
description
Any process in which a centros ...... ific location within the cell.
@en
biologisch proces
@nl
name
centrosome localization
@en
type
label
centrosome localization
@en
altLabel
GO:0051642
@en
centrosome localisation
@en
establishment and maintenance of centrosome localization
@en
prefLabel
centrosome localization
@en
P2888
P686
GO:0051642