Detail


Protein	Lipopolysaccharide-responsive and beige-like anchor protein
Gene	LRBA
Status	Reviewed
Source	Breast cancer xenografts; Liver; Plasma
Years	2014-2015

Site	Identified Peptides	Year(Publication ID)
163	nITVR	2014(33);
163	nLTVR	2014(33);
163	IEKVDNMIADLLVDMLGVLASYnLTVR	2015(8);
851	LFnNSR	2015(unpublished);
1217	ATnLTR	2015(unpublished);

Sequence

1	11	21	31	41	51	61	71	81	91
MASEDNRVPS	PPPTGDDGGG	GGREETPTEG	GALSLKPGLP	IRGIRMKFAV	LTGLVEVGEV	SNRDIVETVF	NLLVGGQFDL	EMNFIIQEGE	SINCMVDLLE
101	111	121	131	141	151	161	171	181	191
KCDITCQAEV	WSMFTAILKK	SIRNLQVCTE	VGLVEKVLGK	IEKVDNMIAD	LLVDMLGVLA	SYNLTVRELK	LFFSKLQGDK	GRWPPHAGKL	LSVLKHMPQK
201	211	221	231	241	251	261	271	281	291
YGPDAFFNFP	GKSAAAIALP	PIAKWPYQNG	FTFHTWLRMD	PVNNINVDKD	KPYLYCFRTS	KGLGYSAHFV	GGCLIVTSIK	SKGKGFQHCV	KFDFKPQKWY
301	311	321	331	341	351	361	371	381	391
MVTIVHIYNR	WKNSELRCYV	NGELASYGEI	TWFVNTSDTF	DKCFLGSSET	ADANRVFCGQ	MTAVYLFSEA	LNAAQIFAIY	QLGLGYKGTF	KFKAESDLFL
401	411	421	431	441	451	461	471	481	491
AEHHKLLLYD	GKLSSAIAFT	YNPRATDAQL	CLESSPKDNP	SIFVHSPHAL	MLQDVKAVLT	HSIQSAMHSI	GGVQVLFPLF	AQLDYRQYLS	DEIDLTICST
501	511	521	531	541	551	561	571	581	591
LLAFIMELLK	NSIAMQEQML	ACKGFLVIGY	SLEKSSKSHV	SRAVLELCLA	FSKYLSNLQN	GMPLLKQLCD	HVLLNPAIWI	HTPAKVQLML	YTYLSTEFIG
601	611	621	631	641	651	661	671	681	691
TVNIYNTIRR	VGTVLLIMHT	LKYYYWAVNP	QDRSGITPKG	LDGPRPNQKE	MLSLRAFLLM	FIKQLVMKDS	GVKEDELQAI	LNYLLTMHED	DNLMDVLQLL
701	711	721	731	741	751	761	771	781	791
VALMSEHPNS	MIPAFDQRNG	LRVIYKLLAS	KSEGIRVQAL	KAMGYFLKHL	APKRKAEVML	GHGLFSLLAE	RLMLQTNLIT	MTTYNVLFEI	LIEQIGTQVI
801	811	821	831	841	851	861	871	881	891
HKQHPDPDSS	VKIQNPQILK	VIATLLRNSP	QCPESMEVRR	AFLSDMIKLF	NNSRENRRSL	LQCSVWQEWM	LSLCYFNPKN	SDEQKITEMV	YAIFRILLYH
901	911	921	931	941	951	961	971	981	991
AVKYEWGGWR	VWVDTLSITH	SKVTFEIHKE	NLANIFREQQ	GKVDEEIGLC	SSTSVQAASG	IRRDINVSVG	SQQPDTKDSP	VCPHFTTNGN	ENSSIEKTSS
1001	1011	1021	1031	1041	1051	1061	1071	1081	1091
LESASNIELQ	TTNTSYEEMK	AEQENQELPD	EGTLEETLTN	ETRNADDLEV	SSDIIEAVAI	SSNSFITTGK	DSMTVSEVTA	SISSPSEEDA	SEMPEFLDKS
1101	1111	1121	1131	1141	1151	1161	1171	1181	1191
IVEEEEDDDY	VELKVEGSPT	EEANLPTELQ	DNSLSPAASE	AGEKLDMFGN	DDKLIFQEGK	PVTEKQTDTE	TQDSKDSGIQ	TMTASGSSAM	SPETTVSQIA
1201	1211	1221	1231	1241	1251	1261	1271	1281	1291
VESDLGQMLE	EGKKATNLTR	ETKLINDCHG	SVSEASSEQK	IAKLDVSNVA	TDTERLELKA	SPNVEAPQPH	RHVLEISRQH	EQPGQGIAPD	AVNGQRRDSR
1301	1311	1321	1331	1341	1351	1361	1371	1381	1391
STVFRIPEFN	WSQMHQRLLT	DLLFSIETDI	QMWRSHSTKT	VMDFVNSSDN	VIFVHNTIHL	ISQVMDNMVM	ACGGILPLLS	AATSATHELE	NIEPTQGLSI
1401	1411	1421	1431	1441	1451	1461	1471	1481	1491
EASVTFLQRL	ISLVDVLIFA	SSLGFTEIEA	EKSMSSGGIL	RQCLRLVCAV	AVRNCLECQQ	HSQLKTRGDK	ALKPMHSLIP	LGKSAAKSPV	DIVTGGISPV
1501	1511	1521	1531	1541	1551	1561	1571	1581	1591
RDLDRLLQDM	DINRLRAVVF	RDIEDSKQAQ	FLALAVVYFI	SVLMVSKYRD	ILEPQNERHS	QSCTETGSEN	ENVSLSEITP	AAFSTLTTAS	VEESESTSSA
1601	1611	1621	1631	1641	1651	1661	1671	1681	1691
RRRDSGIGEE	TATGLGSHVE	VTPHTAPPGV	SAGPDAISEV	LSTLSLEVNK	SPETKNDRGN	DLDTKATPSV	SVSKNVNVKD	ILRSLVNIPA	DGVTVDPALL
1701	1711	1721	1731	1741	1751	1761	1771	1781	1791
PPACLGALGD	LSVEQPVQFR	SFDRSVIVAA	KKSAVSPSTF	NTSIPTNAVS	VVSSVDSAQA	SDMGGESPGS	RSSNAKLPSV	PTVDSVSQDP	VSNMSITERL
1801	1811	1821	1831	1841	1851	1861	1871	1881	1891
EHALEKAAPL	LREIFVDFAP	FLSRTLLGSH	GQELLIEGTS	LVCMKSSSSV	VELVMLLCSQ	EWQNSIQKNA	GLAFIELVNE	GRLLSQTMKD	HLVRVANEAE
1901	1911	1921	1931	1941	1951	1961	1971	1981	1991
FILSRQRAED	IHRHAEFESL	CAQYSADKRE	DEKMCDHLIR	AAKYRDHVTA	TQLIQKIINI	LTDKHGAWGN	SAVSRPLEFW	RLDYWEDDLR	RRRRFVRNPL
2001	2011	2021	2031	2041	2051	2061	2071	2081	2091
GSTHPEATLK	TAVEHVCIFK	LRENSKATDE	DILAKGKQSI	RSQALGNQNS	ENEILLEGDD	DTLSSVDEKD	LENLAGPVSL	STPAQLVAPS	VVVKGTLSVT
2101	2111	2121	2131	2141	2151	2161	2171	2181	2191
SSELYFEVDE	EDPNFKKIDP	KILAYTEGLH	GKWLFTEIRS	IFSRRYLLQN	TALEIFMANR	VAVMFNFPDP	ATVKKVVNYL	PRVGVGTSFG	LPQTRRISLA
2201	2211	2221	2231	2241	2251	2261	2271	2281	2291
SPRQLFKASN	MTQRWQHREI	SNFEYLMFLN	TIAGRSYNDL	NQYPVFPWVI	TNYESEELDL	TLPTNFRDLS	KPIGALNPKR	AAFFAERYES	WEDDQVPKFH
2301	2311	2321	2331	2341	2351	2361	2371	2381	2391
YGTHYSTASF	VLAWLLRIEP	FTTYFLNLQG	GKFDHADRTF	SSISRAWRNS	QRDTSDIKEL	IPEFYYLPEM	FVNFNNYNLG	VMDDGTVVSD	VELPPWAKTS
2401	2411	2421	2431	2441	2451	2461	2471	2481	2491
EEFVHINRLA	LESEFVSCQL	HQWIDLIFGY	KQQGPEAVRA	LNVFYYLTYE	GAVNLNSITD	PVLREAVEAQ	IRSFGQTPSQ	LLIEPHPPRG	SAMQVSPLMF
2501	2511	2521	2531	2541	2551	2561	2571	2581	2591
TDKAQQDVIM	VLKFPSNSPV	THVAANTQPG	LATPAVITVT	ANRLFAVNKW	HNLPAHQGAV	QDQPYQLPVE	IDPLIASNTG	MHRRQITDLL	DQSIQVHSQC
2601	2611	2621	2631	2641	2651	2661	2671	2681	2691
FVITSDNRYI	LVCGFWDKSF	RVYSTDTGRL	IQVVFGHWDV	VTCLARSESY	IGGNCYILSG	SRDATLLLWY	WNGKCSGIGD	NPGSETAAPR	AILTGHDYEV
2701	2711	2721	2731	2741	2751	2761	2771	2781	2791
TCAAVCAELG	LVLSGSQEGP	CLIHSMNGDL	LRTLEGPENC	LKPKLIQASR	EGHCVIFYEN	GLFCTFSVNG	KLQATMETDD	NIRAIQLSRD	GQYLLTGGDR
2801	2811	2821	2831	2841	2851	2861
GVVVVRQVSD	LKQLFAYPGC	DAGIRAMALS	YDQRCIISGM	ASGSIVLFYN	DFNRWHHEYQ	TRY

UniProtKB-P50851

Glycosites

Sequence

Reference

ID	Publication
8	Ma C, Zhang Q, Qu JY, Zhao XY, Li X, Liu YP, Wang PG: A precise approach in large scale core-fucosylated glycoprotein identification with low- and high-normalized collision energy. Journal of Proteomics 2015, 114:61-70.
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.