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Protein Page:
RICTOR (human)
rdtyret
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitylation
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
RICTOR a regulatory binding partner of the kinase mTOR. Part of a rapamycin-insensitive and raptor-independent pathway that regulates the cytoskeleton. Rictor interacts with Cullin1-Rbx1 to form an E3 ubiquitin ligase complex, and promotes ubiquitination and degradation of SGK1. Shares homology with pianissimo from D. discoidieum, STE20p from S. pombe, and AVO3p from S. cerevisiae. Note: This description may include information from UniProtKB.
Protein type: Cell cycle regulation; Ubiquitin conjugating system; Adaptor/scaffold
Chromosomal Location of Human Ortholog: 5p13.1
Cellular Component: cytosol; TORC2 complex
Molecular Function: enzyme activator activity; protein binding; protein kinase binding; ribosome binding
Biological Process: actin cytoskeleton reorganization; embryonic development; epidermal growth factor receptor signaling pathway; establishment and/or maintenance of actin cytoskeleton polarity; establishment of cell polarity; fibroblast growth factor receptor signaling pathway; innate immune response; nerve growth factor receptor signaling pathway; peptidyl-serine phosphorylation; phosphoinositide-mediated signaling; positive regulation of actin filament polymerization; positive regulation of catalytic activity; positive regulation of endothelial cell proliferation; positive regulation of peptidyl-tyrosine phosphorylation; positive regulation of protein kinase B signaling cascade; positive regulation of TOR signaling pathway; regulation of actin cytoskeleton organization and biogenesis; regulation of gene expression; regulation of GTPase activity; regulation of inflammatory response; regulation of peptidyl-serine phosphorylation; regulation of phosphorylation; regulation of protein kinase B signaling cascade; T cell costimulation; TOR signaling pathway; vascular endothelial growth factor receptor signaling pathway
Reference #:  Q6R327 (UniProtKB)
Alt. Names/Synonyms: AVO3 homolog; DKFZp686B11164; hAVO3; KIAA1999; mAVO3; MGC39830; PIA; pianissimo; Rapamycin-insensitive companion of mTOR; RICTOR; RICTR; RPTOR independent companion of MTOR, complex 2; TORC2-specific protein AVO3
Gene Symbols: RICTOR
Molecular weight: 192,218 Da
Basal Isoelectric point: 7.22  Predict pI for various phosphorylation states
CST Pathways:  Insulin Receptor Signaling  |  mTOR Signaling  |  PI3K/Akt Signaling  |  Translation: eIF4E and p70S6K
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

RICTOR

Protein Structure Not Found.


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Sites Implicated In
molecular association, regulation: T1135‑p
phosphorylation: T1135‑p
protein degradation: T1695‑p
ubiquitination: T1135‑p, T1695‑p

Modification Sites and Domains  
Click here to view other types of protein modifications

Modification Sites in Parent Protein, Orthologs, and Isoforms  
 

Show Multiple Sequence Alignment


 LTP 

LTP: 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.


 HTP 

HTP: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.


       human

► Hide Isoforms
 
1 79 S21‑p RVRGRNDsGEENVPL
0 1 S35‑p LDLTREPsDNLREIL
0 1 Y109‑p AGLRALRyLIQDSSI
0 3 K213‑ac GGLNTILkNVIDCQL
0 1 Y243‑p NHPKTRQyVRADVEL
0 3 S265‑p TDFHYRHsPDTAEGQ
0 2 K274‑ub DTAEGQLkEDREARF
0 1 S284‑p REARFLAsKMGIIAT
0 2 K374‑ub GFVAAEAkTILPHRA
0 1 S383‑p ILPHRARsRPDLMDN
0 5 T424‑p DHISVRAtILLGELL
0 1 K582‑ac RRLLYFYkPSSKLYA
0 1 T733‑p DACRLYAtKHLRVLL
0 1 Y835‑p LEKWHREyNsKYVDL
0 1 S837‑p KWHREyNsKYVDLIE
0 53 Y863‑p KPVDGDNyVRRSNQR
0 1 S1026‑p PSTLSLNsEsTssRH
0 1 S1028‑p TLSLNsEsTssRHNs
0 1 S1030‑p SLNsEsTssRHNsEs
0 1 S1031‑p LNsEsTssRHNsEsE
0 4 S1035‑p sTssRHNsEsESVPS
0 1 S1037‑p ssRHNsEsESVPSSM
0 3 Y1073‑p EDTEPTFyDRSGPIK
0 1 S1084 GPIKDKNSFPFFAsS
0 1 S1090‑p NSFPFFAsSkLVKNR
0 1 K1092‑ub FPFFAsSkLVKNRIL
0 3 S1101‑p VKNRILNsLtLPNkK
0 4 T1103‑p NRILNsLtLPNkKHR
0 1 K1107‑ub NsLtLPNkKHRSSSD
1 0 K1116‑ac HRSSSDPkGGkLSSE
1 0 K1119‑ac SSDPkGGkLSSESkT
1 0 K1125‑ac GkLSSESkTSNRRIR
0 39 T1133‑p TSNRRIRtLtEPsVD
8 183 T1135‑p NRRIRtLtEPsVDFN
1 27 S1138‑p IRtLtEPsVDFNHsD
0 4 S1144‑p PsVDFNHsDDFtPIS
0 2 T1148‑p FNHsDDFtPISTVQK
0 3 T1156 PISTVQKTLQLEtsF
0 1 T1161‑p QKTLQLEtsFMGNKH
0 4 S1162‑p KTLQLEtsFMGNKHI
0 2 T1172‑p GNKHIEDtGstPsIG
0 7 S1174‑p KHIEDtGstPsIGEN
0 11 T1175‑p HIEDtGstPsIGEND
1 15 S1177‑p EDtGstPsIGENDLk
0 1 K1184‑ub sIGENDLkFTkNFGT
0 1 K1187‑ub ENDLkFTkNFGTENH
0 1 N1188 NDLkFTkNFGTENHR
0 2 S1211‑p VVESSTSsHMKIRsQ
0 1 S1217‑p SsHMKIRsQsFNtDt
1 7 S1219‑p HMKIRsQsFNtDttt
0 2 T1222‑p IRsQsFNtDtttsGI
0 1 T1224‑p sQsFNtDtttsGIss
0 1 T1225‑p QsFNtDtttsGIssM
0 1 T1226‑p sFNtDtttsGIssMS
0 1 S1227‑p FNtDtttsGIssMSs
0 1 S1230‑p DtttsGIssMSssPS
0 2 S1231‑p tttsGIssMSssPSR
0 1 S1234‑p sGIssMSssPSRETV
2 6 S1235‑p GIssMSssPSRETVG
0 2 S1267‑p STKTIKTsHyLtPQs
0 55 Y1269‑p KTIKTsHyLtPQsNH
0 13 T1271‑p IKTsHyLtPQsNHLs
0 2 S1274‑p sHyLtPQsNHLsLSK
0 2 S1278‑p tPQsNHLsLSKsNsV
0 9 S1282‑p NHLsLSKsNsVsLVP
0 18 S1284‑p LsLSKsNsVsLVPPG
0 2 S1286‑p LSKsNsVsLVPPGss
0 3 S1292‑p VsLVPPGssHtLPRR
0 6 S1293‑p sLVPPGssHtLPRRA
0 10 T1295‑p VPPGssHtLPRRAQs
0 22 S1302‑p tLPRRAQsLKAPsIA
0 3 S1307‑p AQsLKAPsIATIksL
0 4 K1312‑ac APsIATIksLADCNF
0 6 S1313‑p PsIATIksLADCNFs
0 7 S1320‑p sLADCNFsyTSSRDA
0 7 Y1321‑p LADCNFsyTSSRDAF
0 80 Y1330‑p SSRDAFGyAtLkRLQ
0 19 T1332‑p RDAFGyAtLkRLQQQ
0 1 K1334‑ub AFGyAtLkRLQQQRM
0 1 S1344‑p QQQRMHPsLsHsEAL
0 3 S1346‑p QRMHPsLsHsEALAs
0 1 S1348‑p MHPsLsHsEALAsPA
0 7 S1353‑p sHsEALAsPAKDVLF
0 1 T1361‑p PAKDVLFtDTITMkA
0 1 K1367‑m1 FtDTITMkANsFEsR
0 6 S1370‑p TITMkANsFEsRLtP
0 1 S1373‑p MkANsFEsRLtPSRF
0 7 T1376‑p NsFEsRLtPSRFMKA
0 1 S1378 FEsRLtPSRFMKALs
0 1 K1382 LtPSRFMKALsyAsL
0 42 S1385‑p SRFMKALsyAsLDkE
0 26 Y1386‑p RFMKALsyAsLDkED
0 59 S1388‑p MKALsyAsLDkEDLL
0 2 K1391‑ub LsyAsLDkEDLLsPI
0 23 S1396‑p LDkEDLLsPINQNtL
0 3 T1402‑p LsPINQNtLQRssSV
0 1 S1406‑p NQNtLQRssSVRsMV
0 1 S1407‑p QNtLQRssSVRsMVs
0 1 S1411‑p QRssSVRsMVssAty
0 2 S1414‑p sSVRsMVssAtyGGs
0 2 S1415‑p SVRsMVssAtyGGsD
0 3 T1417‑p RsMVssAtyGGsDDY
0 1 Y1418‑p sMVssAtyGGsDDYI
0 1 S1421‑p ssAtyGGsDDYIGLA
0 1 Y1444‑p FQVKDIPyFQtKNIP
0 1 T1447‑p KDIPyFQtKNIPPHD
0 1 A1462 DRGARAFAHDAGGLP
0 1 P1469 AHDAGGLPsGtGGLV
0 3 S1470‑p HDAGGLPsGtGGLVk
0 1 T1472‑p AGGLPsGtGGLVkNs
0 1 K1477‑ub sGtGGLVkNsFHLLR
0 5 S1479‑p tGGLVkNsFHLLRQQ
0 1 S1571‑p EVVPSKFsGIsGCsD
0 1 S1574‑p PSKFsGIsGCsDGVs
0 6 S1577‑p FsGIsGCsDGVsQEG
0 2 S1581‑p sGCsDGVsQEGsASS
0 2 S1585‑p DGVsQEGsASSTKst
0 8 S1591‑p GsASSTKstELLLGV
0 4 T1592‑p sASSTKstELLLGVK
0 1 T1605‑p VKTIPDDtPMCRILL
0 1 S1626 LVINLSSSVSTKCHE
1 0 T1695‑p EAEAVLAtPPKQPIV
3806 : Phospho-Rictor (Thr1135) (D30A3) Rabbit mAb
  RICTOR iso3  
S21 RVRGRNDSGEENVPL
S35 LDLTREPSDNLREIL
Y109 AGLRALRYLIQDSSI
K213 GGLNTILKNVIDCQL
Y243 NHPKTRQYVRADVEL
S265 TDFHYRHSPDTAEGQ
K274 DTAEGQLKEDREARF
S284 REARFLASKMGIIAT
K374 GFVAAEAKTILPHRA
S383 ILPHRARSRPDLMDN
T424 DHISVRATILLGELL
K582 RRLLYFYKPSSKLYA
T733 DACRLYATKHLRVLL
Y835 LEKWHREYNSKYVDL
S837 KWHREYNSKYVDLIE
Y863 KPVDGDNYVRRSNQR
S1026 PSTLSLNSESTSSRH
S1028 TLSLNSESTSSRHNS
S1030 SLNSESTSSRHNSES
S1031 LNSESTSSRHNSESE
S1035 STSSRHNSESESVPS
S1037 SSRHNSESESVPSSM
Y1073 EDTEPTFYDRSGPIK
S1084 GPIKDKNSFPFFASS
S1090 NSFPFFASSKLVKNR
K1092 FPFFASSKLVKNRIL
S1101 VKNRILNSLTLPNKK
T1103 NRILNSLTLPNKKHR
K1107 NSLTLPNKKHRSSSD
K1116 HRSSSDPKGGKLSSE
K1119 SSDPKGGKLSSESKT
K1125 GKLSSESKTSNRRIR
T1133 TSNRRIRTLTEPSVD
T1135 NRRIRTLTEPSVDFN
S1138 IRTLTEPSVDFNHSD
S1144 PSVDFNHSDDFTPIS
T1148 FNHSDDFTPISTVQK
T1156 PISTVQKTLQLETSF
T1161 QKTLQLETSFMGNKH
S1162 KTLQLETSFMGNKHI
T1172 GNKHIEDTGSTPSIG
S1174 KHIEDTGSTPSIGEN
T1175 HIEDTGSTPSIGEND
S1177 EDTGSTPSIGENDLK
K1184 SIGENDLKFTKNFGT
K1187 ENDLKFTKNFGTENH
N1188 NDLKFTKNFGTENHR
S1211 VVESSTSSHMKIRSQ
S1217 SSHMKIRSQSFNTDT
S1219 HMKIRSQSFNTDTTT
T1222 IRSQSFNTDTTTSGI
T1224 SQSFNTDTTTSGISS
T1225 QSFNTDTTTSGISSM
T1226 SFNTDTTTSGISSMS
S1227 FNTDTTTSGISSMSS
S1230 DTTTSGISSMSSSPS
S1231 TTTSGISSMSSSPSR
S1234 SGISSMSSSPSRETV
S1235 GISSMSSSPSRETVG
S1267 STKTIKTSHYLTPQS
Y1269 KTIKTSHYLTPQSNH
T1271 IKTSHYLTPQSNHLS
S1274 SHYLTPQSNHLSLSK
S1278 TPQSNHLSLSKSNSV
S1282 NHLSLSKSNSVSLVP
S1284 LSLSKSNSVSLVPPG
S1286 LSKSNSVSLVPPGSS
S1292 VSLVPPGSSHTLPRR
S1293 SLVPPGSSHTLPRRA
T1295 VPPGSSHTLPRRAQS
S1302 TLPRRAQSLKAPSIA
S1307 AQSLKAPSIATIKSL
K1312 APSIATIKSLADCNF
S1313 PSIATIKSLADCNFS
S1320 SLADCNFSYTSSRDA
Y1321 LADCNFSYTSSRDAF
Y1330 SSRDAFGYATLKRLQ
T1332 RDAFGYATLKRLQQQ
K1334 AFGYATLKRLQQQRM
S1344 QQQRMHPSLSHSEAL
S1346 QRMHPSLSHSEALAS
S1348 MHPSLSHSEALASPA
S1353 SHSEALASPAKDVLF
T1361 PAKDVLFTDTITMKA
K1367 FTDTITMKANSFESR
S1370 TITMKANSFESRLTP
S1373 MKANSFESRLTPsRI
T1376 NSFESRLTPsRIDFK
S1378‑p FESRLTPsRIDFKKK
K1406 NNLFRFMKALSYASL
S1409 FRFMKALSYASLDKE
Y1410 RFMKALSYASLDKED
S1412 MKALSYASLDKEDLL
K1415 LSYASLDKEDLLSPI
S1420 LDKEDLLSPINQNTL
T1426 LSPINQNTLQRSSSV
S1430 NQNTLQRSSSVRSMV
S1431 QNTLQRSSSVRSMVS
S1435 QRSSSVRSMVSSATY
S1438 SSVRSMVSSATYGGS
S1439 SVRSMVSSATYGGSD
T1441 RSMVSSATYGGSDDY
Y1442 SMVSSATYGGSDDYI
S1445 SSATYGGSDDYIGLA
Y1468 FQVKDIPYFQTKNIP
T1471 KDIPYFQTKNIPPHD
A1486 DRGARAFAHDAGGLP
P1493 AHDAGGLPSGTGGLV
S1494 HDAGGLPSGTGGLVK
T1496 AGGLPSGTGGLVKNS
K1501 SGTGGLVKNSFHLLR
S1503 TGGLVKNSFHLLRQQ
S1595 EVVPSKFSGISGCSD
S1598 PSKFSGISGCSDGVS
S1601 FSGISGCSDGVSQEG
S1605 SGCSDGVSQEGSASS
S1609 DGVSQEGSASSTKST
S1615 GSASSTKSTELLLGV
T1616 SASSTKSTELLLGVK
T1629 VKTIPDDTPMCRILL
S1650 LVINLSSSVSTKCHE
T1719 EAEAVLATPPKQPIV
  RICTOR iso4  
S21 RVRGRNDSGEENVPL
S35 LDLTREPSDNLREIL
Y109 AGLRALRYLIQDSSI
K213 GGLNTILKNVIDCQL
Y243 NHPKTRQYVRADVEL
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  mouse

 
S21‑p RIRGRNDsGEENVPL
S35 LDLTREPSDNLREIL
Y109 AGLRALRYLIQDSSI
K213 GGLNTILKNVIDCQL
Y243 NHPKTRQYVRADVEL
S265 TDFHYRHSPDTAEGQ
K274 DTAEGQLKEDREARF
S284 REARFLASKMGIIAT
K374 GFVAAEAKTILPHRA
S383 ILPHRARSRPDLMDN
T424 DHISVRATILLGELL
K582 RRLLYFYKPSSKLYA
T733 DACRLYATKHLRVLL
Y835 LEKWHKEYNSKYVDL
S837 KWHKEYNSKYVDLIE
Y863‑p KPIDGDNyVRRSNQR
S1026 PSTLSLNSESTSSRH
S1028 TLSLNSESTSSRHNS
S1030 SLNSESTSSRHNSES
S1031 LNSESTSSRHNSESE
S1035 STSSRHNSESESAPS
S1037 SSRHNSESESAPSSM
Y1073 EDAEPAFYDRPGPIK
S1084‑p GPIKDKNsFPFFGSS
S1090 NsFPFFGSSKLVKNR
K1092 FPFFGSSKLVKNRIL
S1101 VKNRILNSLTLPTKK
T1103 NRILNSLTLPTKKHR
K1107 NSLTLPTKKHRSSSD
K1116 HRSSSDPKGGKLSSE
K1119 SSDPKGGKLSSENKT
K1125 GKLSSENKTSNRRIR
T1133‑p TSNRRIRtLtEPsVD
T1135‑p NRRIRtLtEPsVDLN
S1138‑p IRtLtEPsVDLNHSE
S1144 PsVDLNHSEDFTSSS
T1148 LNHSEDFTSSSAQKs
S1155‑p TSSSAQKsLQLEPSF
P1160 QKsLQLEPSFVGNKH
S1161 KsLQLEPSFVGNKHL
A1171 GNKHLEDAGstPsIG
S1173‑p KHLEDAGstPsIGEN
T1174‑p HLEDAGstPsIGEND
S1176‑p EDAGstPsIGENDLK
K1183 sIGENDLKFPKsFGT
K1186 ENDLKFPKsFGTETH
S1187‑p NDLKFPKsFGTETHR
S1210 VVEGSASSHIKIRSQ
S1216 SSHIKIRSQsFNTDT
S1218‑p HIKIRSQsFNTDTTT
T1221 IRSQsFNTDTTTSGI
T1223 SQsFNTDTTTSGISS
T1224 QsFNTDTTTSGISSM
T1225 sFNTDTTTSGISSMS
S1226 FNTDTTTSGISSMSS
S1229 DTTTSGISSMSSsPS
S1230 TTTSGISSMSSsPSR
S1233 SGISSMSSsPSRETV
S1234‑p GISSMSSsPSRETVA
S1266 STKTVKTSHYLTPQS
Y1268 KTVKTSHYLTPQSNH
T1270 VKTSHYLTPQSNHLS
S1273 SHYLTPQSNHLSLSK
S1277 TPQSNHLSLSKSNsV
S1281 NHLSLSKSNsVsLVP
S1283‑p LSLSKSNsVsLVPPG
S1285‑p LSKSNsVsLVPPGsS
S1291‑p VsLVPPGsSHTLPRR
S1292 sLVPPGsSHTLPRRA
T1294 VPPGsSHTLPRRAQs
S1301‑p TLPRRAQsLKAPSIA
S1306 AQsLKAPSIATIksL
K1311‑ac APSIATIksLADCNF
S1312‑p PSIATIksLADCNFS
S1319 sLADCNFSYTSSRDA
Y1320 LADCNFSYTSSRDAF
Y1329 SSRDAFGYAtLKRLQ
T1331‑p RDAFGYAtLKRLQQQ
K1333 AFGYAtLKRLQQQRM
S1343 QQQRMHPSLSHSEAL
S1345 QRMHPSLSHSEALAS
S1347 MHPSLSHSEALASPA
S1352 SHSEALASPAKDVLF
T1360 PAKDVLFTDTITMKA
K1366 FTDTITMKANSFESR
S1369 TITMKANSFESRLTP
S1372 MKANSFESRLTPSRF
T1375 NSFESRLTPSRFMkA
S1377 FESRLTPSRFMkALs
K1381‑ub LTPSRFMkALsyAsL
S1384‑p SRFMkALsyAsLDkE
Y1385‑p RFMkALsyAsLDkED
S1387‑p MkALsyAsLDkEDLL
K1390‑ub LsyAsLDkEDLLsPI
S1395‑p LDkEDLLsPINHNTL
T1401 LsPINHNTLQRSSSV
S1405 NHNTLQRSSSVRSMV
S1406 HNTLQRSSSVRSMVs
S1410 QRSSSVRSMVssAtY
S1413‑p SSVRSMVssAtYGGS
S1414‑p SVRSMVssAtYGGSD
T1416‑p RSMVssAtYGGSDDY
Y1417 SMVssAtYGGSDDYI
S1420 ssAtYGGSDDYIGLA
Y1443 FQIKDVPYFQSKHVP
S1446 KDVPYFQSKHVPPPD
S1461‑p DRGARMFsHDGAGLs
S1468‑p sHDGAGLssGAGGLV
S1469‑p HDGAGLssGAGGLVK
A1471 GAGLssGAGGLVKNs
K1476 sGAGGLVKNsFHLLR
S1478‑p AGGLVKNsFHLLRQQ
S1570 EVVPSKFSGISGCsD
S1573 PSKFSGISGCsDGAs
S1576‑p FSGISGCsDGAsQEE
S1580‑p SGCsDGAsQEEGsAS
S1585‑p GAsQEEGsASSTKst
S1591‑p GsASSTKstELLLGV
T1592‑p sASSTKstELLLGVK
T1605 VKTIPDDTPMCRILL
S1626‑p LVVNLSSsVSTKCHE
I1695 EAEAVLAIPPIQPIV
3806 : Phospho-Rictor (Thr1135) (D30A3) Rabbit mAb
  rat

 
S6‑p __MGRNDsGEENVPL
S20 LDLTREPSDNLREIL
Y94 AGLRALRYLIQDSSI
K198 GGLNTILKNVIDCQL
Y228 NHPKTRQYVRADVEL
S250 TDFHYRHSPDTAEGQ
K259 DTAEGQLKEDREARF
S269 REARFLASKMGIIAT
K359 GFVAAEAKTILPHRA
S368 ILPHRARSRPDLMDN
T409 DHISVRATILLGELL
K567 RRLLYFYKPSSKLYA
T718 DACRLYATKHLRVLL
Y820 LEKWHKEYNSKYVDL
S822 KWHKEYNSKYVDLIE
Y848 KPIDGDNYVRRSNQR
S1011 PSTLSLNSESTSSRH
S1013 TLSLNSESTSSRHNS
S1015 SLNSESTSSRHNSES
S1016 LNSESTSSRHNSESE
S1020 STSSRHNSESESAPS
S1022 SSRHNSESESAPSSM
Y1058 EDAEPAFYDRPGPIK
S1069 GPIKDKNSFPFFASS
S1075 NSFPFFASSKLVKNR
K1077 FPFFASSKLVKNRIL
S1086 VKNRILNSLTLPTKK
T1088 NRILNSLTLPTKKHR
K1092 NSLTLPTKKHRSSSD
K1101 HRSSSDPKGGKLSSE
K1104 SSDPKGGKLSSENKT
K1110 GKLSSENKTSNRRIR
T1118 TSNRRIRTFTEPSVD
T1120 NRRIRTFTEPSVDFN
S1123 IRTFTEPSVDFNHSD
S1129 PSVDFNHSDDFTNIS
T1133 FNHSDDFTNISPAQK
T1141 NISPAQKTLQLETSF
T1146 QKTLQLETSFVGNKH
S1147 KTLQLETSFVGNKHL
T1157 GNKHLEDTGSTPsIG
S1159 KHLEDTGSTPsIGDN
T1160 HLEDTGSTPsIGDND
S1162‑p EDTGSTPsIGDNDLK
K1169 sIGDNDLKFPKSFGP
K1172 DNDLKFPKSFGPENH
S1173 NDLKFPKSFGPENHR
S1196 VVESSAGSHMKIRSQ
S1202 GSHMKIRSQSFNTDT
S1204 HMKIRSQSFNTDTTT
T1207 IRSQSFNTDTTTSGI
T1209 SQSFNTDTTTSGISS
T1210 QSFNTDTTTSGISSM
T1211 SFNTDTTTSGISSMS
S1212 FNTDTTTSGISSMSS
S1215 DTTTSGISSMSSSPS
S1216 TTTSGISSMSSSPSR
S1219 SGISSMSSSPSRETV
S1220 GISSMSSSPSRETVA
S1252 STKTVKTSHYLTPQA
Y1254 KTVKTSHYLTPQANH
T1256 VKTSHYLTPQANHLS
A1259 SHYLTPQANHLSLSK
S1263 TPQANHLSLSKSNSV
S1267 NHLSLSKSNSVSLVP
S1269 LSLSKSNSVSLVPPG
S1271 LSKSNSVSLVPPGSS
S1277 VSLVPPGSSHTLPRR
S1278 SLVPPGSSHTLPRRA
T1280 VPPGSSHTLPRRAQS
S1287 TLPRRAQSLKAPSIA
S1292 AQSLKAPSIATIKSL
K1297 APSIATIKSLADCNF
S1298 PSIATIKSLADCNFS
S1305 SLADCNFSYTSSRDA
Y1306 LADCNFSYTSSRDAF
Y1315 SSRDAFGYATLKRLQ
T1317 RDAFGYATLKRLQQQ
K1319 AFGYATLKRLQQQRM
S1329 QQQRMHPSLSHSEAL
S1331 QRMHPSLSHSEALAS
S1333 MHPSLSHSEALASPA
S1338 SHSEALASPAKDVLF
T1346 PAKDVLFTDTITMKA
K1352 FTDTITMKANSFESR
S1355 TITMKANSFESRLTP
S1358 MKANSFESRLTPSRF
T1361 NSFESRLTPSRFMKA
S1363 FESRLTPSRFMKALs
K1367 LTPSRFMKALsYAsL
S1370‑p SRFMKALsYAsLDKE
Y1371 RFMKALsYAsLDKED
S1373‑p MKALsYAsLDKEDLL
K1376 LsYAsLDKEDLLSPI
S1381 LDKEDLLSPINQNTL
T1387 LSPINQNTLQRSSSV
S1391 NQNTLQRSSSVRSMV
S1392 QNTLQRSSSVRSMVS
S1396 QRSSSVRSMVSSATY
S1399 SSVRSMVSSATYGGS
S1400 SVRSMVSSATYGGSD
T1402 RSMVSSATYGGSDDY
Y1403 SMVSSATYGGSDDYI
S1406 SSATYGGSDDYIGLA
Y1429 FQVKDIPYFQSKHVP
S1432 KDIPYFQSKHVPPPD
S1447 DRGARTFSHDGGGLP
P1454 SHDGGGLPSGTGSLV
S1455 HDGGGLPSGTGSLVK
T1457 GGGLPSGTGSLVKNS
K1462 SGTGSLVKNSFHLLR
S1464 TGSLVKNSFHLLRQQ
S1556 EVVPSKFSGISGCSD
S1559 PSKFSGISGCSDGAS
S1562 FSGISGCSDGASQEE
S1566 SGCSDGASQEEGSAS
S1571 GASQEEGSASSTKsT
S1577‑p GSASSTKsTELLLGV
T1578 SASSTKsTELLLGVK
T1591 VKTIPDDTPMCRILL
S1612 LVVNLSSSVSTKCHE
I1681 EAEAVLAIPPNQPIV
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