about
CalreticulinForkhead box P2Androgen receptorFas death domain-associated proteinForkhead box P1Catenin beta 1BRCA1 DNA repair associatedForkhead box H1Parkinsonism associated deglycaseRing finger protein 14Ring finger protein 6AT-rich interaction domain 5ACyclin E1Transforming growth factor beta 1 induced transcript 1SWI/SNF related, matrix associated, actin dependent regulator of chromatin, subfamily a, member 4Protein inhibitor of activated STAT 1Glutamate receptor interacting protein 1Lysine demethylase 1ARB transcriptional corepressor 1Nuclear receptor interacting protein 1Protein kinase N1Lysine acetyltransferase 5SNW domain containing 1Lysine demethylase 5DLysine demethylase 4CLysine demethylase 3AProtein kinase C betaProtein inhibitor of activated STAT 2Pre-mRNA processing factor 6Four and a half LIM domains 2PPARG coactivator 1 alphaZinc finger and BTB domain containing 7ANuclear receptor binding SET domain protein 1Tripartite motif containing 68RAN, member RAS oncogene familyProtein arginine methyltransferase 2Nuclear receptor coactivator 4Transcription factor 21WD repeat domain, phosphoinositide interacting 1DEAD-box helicase 5
P680
Cloning and characterization of androgen receptor coactivator, ARA55, in human prostateIdentification and characterization of a novel androgen receptor coregulator ARA267-alpha in prostate cancer cellsCooperative demethylation by JMJD2C and LSD1 promotes androgen receptor-dependent gene expressionIdentification of the functional domains of ANT-1, a novel coactivator of the androgen receptorLSD1 demethylates repressive histone marks to promote androgen-receptor-dependent transcriptionJHDM2A, a JmjC-containing H3K9 demethylase, facilitates transcription activation by androgen receptorNegative modulation of androgen receptor transcriptional activity by DaxxWIPI-1alpha (WIPI49), a member of the novel 7-bladed WIPI protein family, is aberrantly expressed in human cancer and is linked to starvation-induced autophagyInhibition of nuclear hormone receptor activity by calreticulinA novel inducible transactivation domain in the androgen receptor: implications for PRK in prostate cancerSki-interacting protein (SKIP) interacts with androgen receptor in the nucleus and modulates androgen-dependent transcription.
P921
Q14633944-EBF91407-63A4-4397-8FB3-AB27680FC870Q14820079-1C56D56F-A150-46D0-9A98-CDE60B07CF59Q14873035-8C68727E-D02C-41AA-9C70-FB9E870CC46AQ14908180-563EECCA-F80A-41E5-99EB-CE4FC36C3A37Q15318932-E9CCFB96-B814-4F02-A344-E297E10F21C8Q1634046-3F076C28-E01B-42E7-BF51-5AA5EC9066D2Q17487737-EF71B534-606B-43F0-BA23-BB415F1E8C3AQ21097188-F9581804-A15A-488E-B461-A82EBE805460Q21097342-866D4857-B1C3-48A3-9C93-43366A51B932Q21097359-5D98DA75-15C4-47B9-82FD-AF5BBC2FDC5EQ21097370-D1E3526C-BFF8-4B05-BEEE-8CBE2D1D7A0DQ21097428-0B057FE6-CA4C-48B2-8B02-26A472E48093Q21100448-04357B4A-36D8-4DEC-9AB5-E3FD7EE338BDQ21101245-A5F3246C-53BC-4E35-8B09-948C6327ADEEQ21101932-BEB678F2-F955-4902-9DF0-BA5E92DB1E85Q21105489-48214971-C592-4083-B339-E5283F118F1DQ21107322-857B6E3C-B5FB-4219-B446-B3D391161FB6Q21108161-7E8F8E05-803D-49FB-A542-7ACB7143D601Q21111463-60C70D45-962B-48EC-90EA-D72C71E598EFQ21111465-41934D7C-1D62-4C0C-8730-2C8EFF4CF5D5Q21112525-28639F12-6526-47BB-8F02-5A4FCD6651B5Q21112551-4FAB57C6-C454-4100-862A-07AEABB94940Q21114222-98253979-E087-4530-85FF-998C177C75D1Q21114817-70E2B38F-339D-406B-A037-F85D477E4195Q21114818-29B85F5A-370B-4F19-877C-8C2C8FC20C50Q21114823-29090D6F-DC31-415F-B4CA-BFD2DD9F805CQ21114850-B4E1F070-8F15-45E6-BC8C-9779E6D9AC2BQ21115153-F9A45F3A-202E-42D3-B218-1DD38CF955C2Q21116639-D9FB24B6-5860-413D-8769-F1A45BE0F633Q21116824-B5F86CD7-3DB1-45B0-9D97-D9936431B89AQ21118081-486CB364-5BDB-4A41-BF9C-6F1DD249F0BEQ21118320-BF36B58A-8159-4220-B1EA-B788CF90B530Q21121755-CD1EA6F4-D621-4309-93D5-630748F394A7Q21124661-A016C5A3-035C-4D8F-9FB3-78A7010780C4Q21130500-461B16BB-D03C-4025-AC1C-EE2B76A6554BQ21131670-A521E020-1929-48B4-BC8D-02881ECC449BQ21133483-E7F15B86-8FB9-4E75-AEFD-4DF3E238B149Q21135081-ADD5D481-58C5-4EE7-AFCE-54332EC631C3Q21136604-15E8F182-684E-43EA-BAB2-290F0C3404A6Q21170314-0D98B3D2-7289-4F69-830B-BD6247D8E90B
P680
Q22009024-75649115-25C4-49EE-B7C0-51004F62891AQ24291571-900E6F42-4ED7-4779-B72B-5E5807B9055BQ24295287-118C5271-AF0A-4C6E-B9A3-699DABC5F67FQ24301221-0993FF88-2AD6-4363-BAB0-0A1F393D1892Q24312958-13DF975D-2651-42C4-8CFC-9DE55CE72BDCQ24315882-3B3B7533-D00A-40BD-866A-6FCC23EBDED4Q24318233-C10BC3A1-6041-462A-BEC9-2D5B5D841E0FQ24322858-3063ED97-E077-4E07-BDE4-F479308BC72EQ24323251-CE47B2BC-67FF-463C-B02B-E7F48B514598Q24338270-0CF21553-50EC-4177-B865-A7F60A6B4CD1Q28910351-3A40692E-F782-4F94-AF01-F7CF905BA4B0
P921
description
Interacting selectively and non-covalently with an androgen receptor.
@en
moleculaire functie
@nl
name
androgen receptor binding
@en
type
label
androgen receptor binding
@en
altLabel
AR binding
@en
GO:0050681
@en
prefLabel
androgen receptor binding
@en
P2888
P686
GO:0050681