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TRIM29 (human)

Overview TRIM29 It is able to complement the radiosensitivity defect of an ataxia telangiectasia (AT) fibroblast cell line. Interacts with VIM and HINT1. Expressed in placenta, prostate and thymus. 2 isoforms of the human protein are produced by alternative splicing. Note: This description may include information from UniProtKB. Protein type: Transcription factor Cellular Component: cytoplasm Molecular Function: protein binding; zinc ion binding; transcription factor activity Biological Process: transcription from RNA polymerase II promoter; regulation of transcription, DNA-dependent Reference #:  Q14134 (UniProtKB) Alt. Names/Synonyms: Ataxia telangiectasia group D-associated protein; ataxia-telangiectasia group D-associated protein; ATDC; FLJ36085; TRI29; TRIM29; tripartite motif protein TRIM29; tripartite motif-containing 29; Tripartite motif-containing protein 29 Gene Symbols: TRIM29 Molecular weight: 65,835 Da Basal Isoelectric point: 6.73  Predict pI for various phosphorylation states Protein-Specific Antibodies or siRNAs from Cell Signaling Technology®

Select Structure to View Below TRIM29 2CSV - A=212-270 (human)

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	Modification Sites and Domains	Show Modification Legend
Click here to view phosphorylation modifications only

	Modification Sites in Parent Protein, Orthologs, and Isoforms	Show Modification Legend

SS  SS: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.	MS  MS: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.			human
0	1		S7-p	_MEAADAsRsNGssP
0	3		S9-p	EAADAsRsNGssPEA
0	1		S12-p	DAsRsNGssPEARDA
0	3		S13-p	AsRsNGssPEARDAR
0	5		S21-p	PEARDARsPsGPSGS
0	2		S23-p	ARDARsPsGPSGSLE
0	1		S26	ARsPsGPSGSLENGt
0	1		T33-p	SGSLENGtkADGkDA
0	1		K34-a	GSLENGtkADGkDAK
0	1		K38-a	NGtkADGkDAKTTNG
0	1		S85	PIIQFVESGDDKNsN
0	2		S91-p	ESGDDKNsNyFsMDS
0	38		Y93-p	GDDKNsNyFsMDSME
0	5		S95-p	DKNsNyFsMDSMEGk
1	0		K102-a	sMDSMEGkRsPyAGL
0	6		S104-p	DSMEGkRsPyAGLQL
0	26		Y106-p	MEGkRsPyAGLQLGA
0	1		K115-u	GLQLGAAkkPPVTFA
1	0		K116-a	LQLGAAkkPPVTFAE
0	1		K116-u	LQLGAAkkPPVTFAE
0	1		T139-p	FSESRKPtVsIMEPG
0	1		S141-p	ESRKPtVsIMEPGET
0	1		S152-p	PGETRRNsYPRADTG
1	0		K275-a	ETELSLQkEQLQLKI
1	0		K291-a	EIEDEAEkWQKEKDR
1	0		K300-a	QKEKDRIkSFTTNEK
1	0		K361-a	AKVLHEDkQTREQLH
0	1		Y454-p	DHRYVNNyTNSFGGE
0	4		Y471-p	APDTMKRySMyLtPk
0	45		Y474-p	TMKRySMyLtPkGGV
0	3		T476-p	KRySMyLtPkGGVRT
1	0		K478-a	ySMyLtPkGGVRTSy
0	1		Y485-p	kGGVRTSyQPssPGR
0	1		S488-p	VRTSyQPssPGRFTk
0	9		S489-p	RTSyQPssPGRFTkE
1	0		K495-a	ssPGRFTkETTQKNF
0	8		Y506-p	QKNFNNLyGtKGNYT
0	4		T508-p	NFNNLyGtKGNYTSR
0	1		S538-p	PVVQGSSsFsLKGyP
0	2		S540-p	VQGSSsFsLKGyPSL
0	10		Y544-p	SsFsLKGyPSLMRSQ
1	0		K554-a	LMRSQSPkAQPQTWK
0	1		Y575-p	LSHYRPFyVNKGNGI

	mouse
C7	_MEGADACRsNGAsP
S9-p	EGADACRsNGAsPEA
A12	DACRsNGAsPEARDT
S13-p	ACRsNGAsPEARDTR
S21-p	PEARDTRsPPGPsGS
P23	ARDTRsPPGPsGSLE
S26-p	TRsPPGPsGSLENGT
T33	sGSLENGTKADSKDT
K34	GSLENGTKADSKDTK
K38	NGTKADSKDTKTTNG
S85-p	PIIQFVEsVDDKGSS
S91	EsVDDKGSSYFSMDS
Y93	VDDKGSSYFSMDSAE
S95	DKGSSYFSMDSAEGR
R102	SMDSAEGRRsPYAGL
S104-p	DSAEGRRsPYAGLQL
Y106	AEGRRsPYAGLQLGA
K115	GLQLGASKKPPVTFA
K116	LQLGASKKPPVTFAE
K116	LQLGASKKPPVTFAE
T139	FSEPRKPTVTIVEPG
T141	EPRKPTVTIVEPGEV
S152-p	PGEVRRNsYPRADSS
K275	ETELSLQKEQLQLKI
K291	EIEDDVEKWQKEKDR
K300	QKEKDRIKSFTTNEK
K361	AKVLHEDKQTREQLH
Y454	DHRYMNSYTSSYGNE
Y471	TPDTMKRYSMYLTPK
Y474	TMKRYSMYLTPKGGG
T476	KRYSMYLTPKGGGRT
K478	YSMYLTPKGGGRTSY
Y485	KGGGRTSYQPSsPSR
S488	GRTSYQPSsPSRLSK
S489-p	RTSYQPSsPSRLSKE
K495	SsPSRLSKETNQKNF
Y506	QKNFNNLYGTKGNYT
T508	NFNNLYGTKGNYTSR
S537	PTVQGNSSFSLKGFP
S539	VQGNSSFSLKGFPSL
F543	SSFSLKGFPSLLRSQ
K553	LLRSQVPKAQPQTWK
Y574	LSHYRPFYVNKGSGI

	rat
S7	_MEGADASRSNGASP
S9	EGADASRSNGASPEA
A12	DASRSNGASPEARDA
S13	ASRSNGASPEARDAR
S21	PEARDARSPPGPNGS
P23	ARDARSPPGPNGSLE
N26	ARSPPGPNGSLENGT
T33	NGSLENGTKADSKDT
K34	GSLENGTKADSKDTK
K38	NGTKADSKDTKTTNG
S85	PIIQFVESVDDKGSS
S91	ESVDDKGSSYFSMDS
Y93	VDDKGSSYFSMDSAE
S95	DKGSSYFSMDSAEGR
R102	SMDSAEGRRSPYAGL
S104	DSAEGRRSPYAGLQL
Y106	AEGRRSPYAGLQLGA
K115	GLQLGASKKPPVTFA
K116	LQLGASKKPPVTFAE
K116	LQLGASKKPPVTFAE
T139	FSEPRKPTVTIVEPG
T141	EPRKPTVTIVEPGEA
S152	PGEARRNSYPRADSS
K275	ETELSLQKEQLQLKI
K291	EIEDEAEKWQKEKDR
K300	QKEKDRIKSFTTNEK
K361	AKVLHEDKQTREQLH
Y454	DHRYMNNYTSSYGNE
Y471	TPDTMKRYSMYLTPK
Y474	TMKRYSMYLTPKGGG
T476	KRYSMYLTPKGGGRT
K478	YSMYLTPKGGGRTSY
Y485	KGGGRTSYQPSSPNR
S488	GRTSYQPSSPNRLSK
S489	RTSYQPSSPNRLSKE
K495	SSPNRLSKETNLKNF
Y506	LKNFNNLYGTKGNYT
T508	NFNNLYGTKGNYTSR
S537	PTVQGNSSFSLKGYP
S539	VQGNSSFSLKGYPSL
Y543	SSFSLKGYPSLLRSQ
K553	LLRSQVPKAQPQTWK
Y574	LSHYRPFYVNKGSGI

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