Detail

UniProtKB-Q9NR16


Protein	Scavenger receptor cysteine-rich type 1 protein M160
Gene	CD163L1
Status	Reviewed
Source	Colorectal tumor; Liver; Urine
Years	2007-2014

Glycosites

Site	Identified Peptides	Year(Publication ID)
120	IWLDDVSCYGnESALWECQHR	2014(33);
161	LVDGnNSCSGR	2014(22); 2014(33);
377	LADGSNnCSGR	2014(22);
377	DGADLELRLADGSNnCSGR	2007(unpublished);
637	AAAVVCSQLDCPSSIIGMGLGnASTGYGK	2014(22);
1161	VFYnGTWGSVGR	2014(33);
1161	LEVFYnGTWGSVGR	2009(64); 2014(33);

Sequence

1	11	21	31	41	51	61	71	81	91
MMLPQNSWHI	DFGRCCCHQN	LFSAVVTCIL	LLNSCFLISS	FNGTDLELRL	VNGDGPCSGT	VEVKFQGQWG	TVCDDGWNTT	ASTVVCKQLG	CPFSFAMFRF
101	111	121	131	141	151	161	171	181	191
GQAVTRHGKI	WLDDVSCYGN	ESALWECQHR	EWGSHNCYHG	EDVGVNCYGE	ANLGLRLVDG	NNSCSGRVEV	KFQERWGTIC	DDGWNLNTAA	VVCRQLGCPS
201	211	221	231	241	251	261	271	281	291
SFISSGVVNS	PAVLRPIWLD	DILCQGNELA	LWNCRHRGWG	NHDCSHNEDV	TLTCYDSSDL	ELRLVGGTNR	CMGRVELKIQ	GRWGTVCHHK	WNNAAADVVC
301	311	321	331	341	351	361	371	381	391
KQLGCGTALH	FAGLPHLQSG	SDVVWLDGVS	CSGNESFLWD	CRHSGTVNFD	CLHQNDVSVI	CSDGADLELR	LADGSNNCSG	RVEVRIHEQW	WTICDQNWKN
401	411	421	431	441	451	461	471	481	491
EQALVVCKQL	GCPFSVFGSR	RAKPSNEARD	IWINSISCTG	NESALWDCTY	DGKAKRTCFR	RSDAGVICSD	KADLDLRLVG	AHSPCYGRLE	VKYQGEWGTV
501	511	521	531	541	551	561	571	581	591
CHDRWSTRNA	AVVCKQLGCG	KPLHVFGMTY	FKEASGPIWL	DDVSCIGNES	NIWDCEHSGW	GKHNCVHRED	VIVTCSGDAT	WGLRLVGGSN	RCSGRLEVYF
601	611	621	631	641	651	661	671	681	691
QGRWGTVCDD	GWNSKAAAVV	CSQLDCPSSI	IGMGLGNAST	GYGKIWLDDV	SCDGDESDLW	SCRNSGWGNN	DCSHSEDVGV	ICSDASDMEL	RLVGGSSRCA
701	711	721	731	741	751	761	771	781	791
GKVEVNVQGA	VGILCANGWG	MNIAEVVCRQ	LECGSAIRVS	REPHFTERTL	HILMSNSGCT	GGEASLWDCI	RWEWKQTACH	LNMEASLICS	AHRQPRLVGA
801	811	821	831	841	851	861	871	881	891
DMPCSGRVEV	KHADTWRSVC	DSDFSLHAAN	VLCRELNCGD	AISLSVGDHF	GKGNGLTWAE	KFQCEGSETH	LALCPIVQHP	EDTCIHSREV	GVVCSRYTDV
901	911	921	931	941	951	961	971	981	991
RLVNGKSQCD	GQVEINVLGH	WGSLCDTHWD	PEDARVLCRQ	LSCGTALSTT	GGKYIGERSV	RVWGHRFHCL	GNESLLDNCQ	MTVLGAPPCI	HGNTVSVICT
1001	1011	1021	1031	1041	1051	1061	1071	1081	1091
GSLTQPLFPC	LANVSDPYLS	AVPEGSALIC	LEDKRLRLVD	GDSRCAGRVE	IYHDGFWGTI	CDDGWDLSDA	HVVCQKLGCG	VAFNATVSAH	FGEGSGPIWL
1101	1111	1121	1131	1141	1151	1161	1171	1181	1191
DDLNCTGMES	HLWQCPSRGW	GQHDCRHKED	AGVICSEFTA	LRLYSETETE	SCAGRLEVFY	NGTWGSVGRR	NITTAIAGIV	CRQLGCGENG	VVSLAPLSKT
1201	1211	1221	1231	1241	1251	1261	1271	1281	1291
GSGFMWVDDI	QCPKTHISIW	QCLSAPWERR	ISSPAEETWI	TCEDRIRVRG	GDTECSGRVE	IWHAGSWGTV	CDDSWDLAEA	EVVCQQLGCG	SALAALRDAS
1301	1311	1321	1331	1341	1351	1361	1371	1381	1391
FGQGTGTIWL	DDMRCKGNES	FLWDCHAKPW	GQSDCGHKED	AGVRCSGQSL	KSLNASSGHL	ALILSSIFGL	LLLVLFILFL	TWCRVQKQKH	LPLRVSTRRR
1401	1411	1421	1431	1441	1451
GSLEENLFHE	METCLKREDP	HGTRTSDDTP	NHGCEDASDT	SLLGVLPASE	ATK

Reference

ID	Publication
22	Nicastri A, Gaspari M, Sacco R, Elia L, Gabriele C, Romano R, Rizzuto A, Cuda G: N-Glycoprotein Analysis Discovers New Up-Regulated Glycoproteins in Colorectal Cancer Tissue. Journal of Proteome Research 2014, 13:4932-4941.
33	Zhu J, Sun Z, Cheng K, Chen R, Ye M, Xu B, Sun D, Wang L, Liu J, Wang F, Zou H: Comprehensive Mapping of Protein N-Glycosylation in Human Liver by Combining Hydrophilic Interaction Chromatography and Hydrazide Chemistry. Journal of Proteome Research 2014, 13:1713-1721.
64	Chen R, Jiang X, Sun D, Han G, Wang F, Ye M, Wang L, Zou H: Glycoproteomics analysis of human liver tissue by combination of multiple enzyme digestion and hydrazide chemistry. J Proteome Res 2009, 8:651-661.