LTP 

LTP (Low Throughput Papers) : The number of records in which this modification site was determined using methods other than discovery mass spectrometry.


  HTP 

HTP (High Throughput Papers): The number of records in which this modification site was assigned using ONLY proteomic discovery mass spectrometry.


       mouse

 
0 2   S7‑p _MFARKQsGAAPFGA
0 2   S32‑p SEKNSSLsPGLNTSN
0 1   S43 NTSNGDGSETETTSA
0 1   T66‑p ELQFERLtRELEAER
0 1   T106‑gl GEQFHWQtQDGQKDI
0 1   S192‑p PSQLPARstQARAAG
0 1   T193‑p SQLPARstQARAAGQ
0 4   S201‑p QARAAGQsFsQGTTG
0 1   S203‑p RAAGQsFsQGTTGrA
0 3   R209‑m1 FsQGTTGrAGHLAGs
0 1   S216‑p rAGHLAGsEPAPPPP
0 5   R261‑m1 STLPAPPrGGsPLTT
0 19   S264‑p PAPPrGGsPLTTtQG
0 1   T269‑p GGsPLTTtQGGsPTK
0 14   S273‑p LTTtQGGsPTKLQrG
0 5   R279‑m1 GsPTKLQrGGsAPEG
0 7   S282‑p TKLQrGGsAPEGAAy
0 73   Y289‑p sAPEGAAyAAPrGss
0 7   R293‑m1 GAAyAAPrGssPKQs
0 2   S295‑p AyAAPrGssPKQsPs
0 2   S296‑p yAAPrGssPKQsPsR
1 2   S300‑p rGssPKQsPsRLAKS
0 2   S302‑p ssPKQsPsRLAKSYs
0 1   S309‑p sRLAKSYsTSsPINI
0 2   S312‑p AKSYsTSsPINIVVs
0 2   S319‑gl sPINIVVssAGLsPI
0 2   S320‑gl PINIVVssAGLsPIR
0 3   S324‑p VVssAGLsPIRVtsP
0 1   T329‑p GLsPIRVtsPPTVQS
0 1   T329‑gl GLsPIRVtsPPTVQS
0 1   S330‑p LsPIRVtsPPTVQSt
0 1   T337‑gl sPPTVQStIsssPIH
0 1   S339‑p PTVQStIsssPIHQL
0 1   S340‑p TVQStIsssPIHQLS
0 1   S340‑gl TVQStIsssPIHQLS
0 1   S341‑p VQStIsssPIHQLSS
0 1   T349‑p PIHQLSStIGTyATL
0 1   Y353‑p LSStIGTyATLsPtK
1 1   S357‑p IGTyATLsPtKRLVH
0 1   T359‑p TyATLsPtKRLVHAS
0 2   Y369‑p LVHASEQysKHSQEL
0 1   S370‑gl VHASEQysKHSQELY
0 4   Y377 sKHSQELYATATLQR
0 4   S395‑p LAAGSRAsYSsQHGH
0 5   Y396 AAGSRAsYSsQHGHL
0 3   S398‑p GSRAsYSsQHGHLAP
0 28   S412‑p PELRALQsPEHHIDP
0 18   Y421‑p EHHIDPIyEDRVYQK
0 6   Y426 PIyEDRVYQKPPMRS
0 3   S435‑p KPPMRSLsQsQGDPL
0 1   S437‑gl PMRSLsQsQGDPLPP
0 3   T447‑gl DPLPPAHtGTFRtst
0 1   T452‑p AHtGTFRtstAPssP
0 1   S453‑p HtGTFRtstAPssPG
0 2   S453‑gl HtGTFRtstAPssPG
2 2   T454‑p tGTFRtstAPssPGV
0 1   T454‑gl tGTFRtstAPssPGV
0 1   S457‑p FRtstAPssPGVDsV
0 1   S457‑gl FRtstAPssPGVDsV
1 10   S458‑p RtstAPssPGVDsVP
0 1   S458‑gl RtstAPssPGVDsVP
0 1   S463‑gl PssPGVDsVPLQRTG
0 6   S471‑p VPLQRTGsQHGPQNA
0 3   S487‑p AATFQRAsYAAGPAS
0 2   S494 sYAAGPASNyADPYR
0 58   Y496‑p AAGPASNyADPYRQL
0 10   Y500 ASNyADPYRQLQYCA
0 1   Y505 DPYRQLQYCAsVDsP
0 8   S508‑p RQLQYCAsVDsPYSK
0 13   S511‑p QYCAsVDsPYSKSGP
0 20   Y513 CAsVDsPYSKSGPAL
0 1   S514 AsVDsPYSKSGPALP
0 1   T525‑p PALPPEGtLARsPsI
0 8   S529‑p PEGtLARsPsIDsIQ
0 15   S531‑p GtLARsPsIDsIQkD
0 11   S534‑p ARsPsIDsIQkDPRE
0 31   K537‑ub PsIDsIQkDPREFGW
0 2   S608‑p RMTEVHRsACGALRN
0 1   T645‑p LVRLLRKttDLEIRE
0 1   T646‑p VRLLRKttDLEIREL
0 1   K700‑ub SPLQDDRkIQLHSSQ
0 1   T713‑p SQVLRNAtGCLRNVS
0 1   S755‑p LGSSEIDsKTVENCV
0 1   S769‑p VCILRNLsYRLAAET
0 1   Y887 EDVAGMAYALRSLPE
0 2   K953‑ub RNKELIGkYAMRDLV
0 1   Y954 NKELIGkYAMRDLVH
0 1   K1011‑ac RDAGGIEkLVGIsKs
0 1   S1016‑p IEkLVGIsKskGDKH
0 1   S1018‑p kLVGIsKskGDKHSP
0 1   K1019‑ac LVGIsKskGDKHSPK
0 1   S1024 KskGDKHSPKVVkAA
0 1   K1029‑ub KHSPKVVkAAsQVLN
0 1   S1032‑p PKVVkAAsQVLNsMW
0 1   S1037‑p AAsQVLNsMWQYRDL
0 1   S1046‑p WQYRDLRsLYKKDGW
0 4   T1064‑p HFVASSStIERDRQR
1 0   Y1073‑p ERDRQRPySSSRtPs
1 4   T1078‑p RPySSSRtPsIsPVR
0 5   S1080‑p ySSSRtPsIsPVRVs
0 9   S1082‑p SSRtPsIsPVRVsPN
0 7   S1087‑p sIsPVRVsPNNRSAs
0 8   S1094‑p sPNNRSAsAPAsPRE
0 9   S1098‑p RSAsAPAsPREMISL
1 6   Y1112‑p LKERKTDyEsAGNNA
0 1   S1114‑p ERKTDyEsAGNNATY
0 3   N1118 DyEsAGNNATYHGTK
0 2   T1120 EsAGNNATYHGTKGE
0 5   Y1121 sAGNNATYHGTKGEH
0 1   T1124 NNATYHGTKGEHTSR
0 1   K1132‑ub KGEHTSRkDtMTAQN
0 1   T1134‑p EHTSRkDtMTAQNTG
0 1   S1143 TAQNTGVSTLyRNsy
0 1   T1144 AQNTGVSTLyRNsyG
0 3   Y1146‑p NTGVSTLyRNsyGAP
0 7   S1149‑p VSTLyRNsyGAPAED
0 1   Y1150‑p STLyRNsyGAPAEDI
0 1   S1172 QPVPQEPSRkDyETy
0 1   K1174‑ub VPQEPSRkDyETyQP
1 4   Y1176‑p QEPSRkDyETyQPFP
0 1   T1178 PSRkDyETyQPFPNS
1 18   Y1179‑p SRkDyETyQPFPNST
1 0   Y1189‑p FPNSTRNyDESFFED
0 1   S1215 TMHLGLKSTGNyVDF
0 10   Y1219‑p GLKSTGNyVDFYSAA
0 1   Y1223 TGNyVDFYSAARPYS
0 1   Y1229 FYSAARPYSELNYET
0 1   Y1239 LNYETSHYPAsPDsW
0 4   S1242‑p ETSHYPAsPDsWV__
0 3   S1245‑p HYPAsPDsWV_____
  human

► Hide Isoforms 		 
P7 _MFARKPPGAAPLGA
S32 SEKTSSLSPGLNTSN
S43‑p NTSNGDGsETETTSA
T66 ELQFERLTRELEAER
S106 EEQFQWQSQDGQKDI
G192 PSQLPARGTQARATG
T193 SQLPARGTQARATGQ
S201‑p QARATGQsFSQGTTS
S203 RATGQsFSQGTTSRA
R209 FSQGTTSRAGHLAGP
P216 RAGHLAGPEPAPPPP
R264 STLPAPPRGGsPLAA
S267‑p PAPPRGGsPLAAPQG
P272 GGsPLAAPQGGsPTK
S276‑p LAAPQGGsPTKLQRG
R282 GsPTKLQRGGsAPEG
S285‑p TKLQRGGsAPEGATy
Y292‑p sAPEGATyAAPRGsS
R296 GATyAAPRGsSPKQs
S298‑p TyAAPRGsSPKQsPs
S299 yAAPRGsSPKQsPsR
S303‑p RGsSPKQsPsRLAKS
S305‑p sSPKQsPsRLAKSYS
S312 sRLAKSYSTSSPINI
S315 AKSYSTSSPINIVVS
S322 SPINIVVSSAGLSPI
S323 PINIVVSSAGLSPIR
S327 VVSSAGLSPIRVTSP
T332 GLSPIRVTSPPTVQS
T332 GLSPIRVTSPPTVQS
S333 LSPIRVTSPPTVQST
T340 SPPTVQSTISSSPIH
S342 PTVQSTISSSPIHQL
S343 TVQSTISSSPIHQLS
S343 TVQSTISSSPIHQLS
S344 VQSTISSSPIHQLSS
T352 PIHQLSSTIGTYATL
Y356 LSSTIGTYATLSPTK
S360 IGTYATLSPTKRLVH
T362 TYATLSPTKRLVHAS
Y372‑p LVHASEQySKHSQEL
S373 VHASEQySKHSQELy
Y380‑p SKHSQELyATATLQR
S398 LAAGSRASySSQHGH
Y399‑p AAGSRASySSQHGHL
S401 GSRASySSQHGHLGP
S415‑p PELRALQsPEHHIDP
Y424‑p EHHIDPIyEDRVYQK
Y429 PIyEDRVYQKPPMRS
S438 KPPMRSLSQSQGDPL
S440 PMRSLSQSQGDPLPP
T450 DPLPPAHTGTYRTSt
T455 AHTGTYRTStAPSsP
S456 HTGTYRTStAPSsPG
S456 HTGTYRTStAPSsPG
T457‑p TGTYRTStAPSsPGV
T457 TGTYRTSTAPSsPGV
S460 YRTStAPSsPGVDSV
S460 YRTStAPSsPGVDSV
S461‑p RTStAPSsPGVDSVP
S461 RTStAPSSPGVDSVP
S466 PSsPGVDSVPLQRTG
S474‑p VPLQRTGsQHGPQNA
S490‑p AATFQRAsYAAGPAs
S497‑p sYAAGPAsNyADPyR
Y499‑p AAGPAsNyADPyRQL
Y503‑p AsNyADPyRQLQyCP
Y508‑p DPyRQLQyCPsVEsP
S511‑p RQLQyCPsVEsPysK
S514‑p QyCPsVEsPysKSGP
Y516‑p CPsVEsPysKSGPAL
S517‑p PsVEsPysKSGPALP
T528 PALPPEGTLARsPsI
S532‑p PEGTLARsPsIDsIQ
S534‑p GTLARsPsIDsIQkD
S537‑p ARsPsIDsIQkDPRE
K540‑ub PsIDsIQkDPREFGW
S611 RMTEVHRSACGALRN
T648 LVRLLRKTTDLEIRE
T649 VRLLRKTTDLEIREL
K703 SPLQDDRKIQLHSSQ
T716 SQVLRNATGCLRNVS
S758 LGSSEIDSKTVENCV
S772 VCILRNLSYRLAAET
- gap
K931‑ub RNKELIGkyAMRDLV
Y932‑p NKELIGkyAMRDLVH
K989 RDAGGIEKLVGISKS
S994 IEKLVGISKSKGDKH
S996 KLVGISKSKGDKHsP
K997 LVGISKSKGDKHsPK
S1002‑p KSKGDKHsPKVVKAA
K1007 KHsPKVVKAASQVLN
S1010 PKVVKAASQVLNSMW
S1015 AASQVLNSMWQYRDL
S1024 WQYRDLRSLYKKDGW
T1042‑p HFVASSStIERDRQR
Y1051 ERDRQRPYSSSRTPS
T1056 RPYSSSRTPSIsPVR
S1058 YSSSRTPSIsPVRVs
S1060‑p SSRTPSIsPVRVsPN
S1065‑p SIsPVRVsPNNRSAs
S1072‑p sPNNRSAsAPASPRE
S1076 RSAsAPASPREMISL
Y1090‑p LKERKTDyECTGSNA
C1092 ERKTDyECTGSNATy
N1096 DyECTGSNATyHGAK
T1098 ECTGSNATyHGAKGE
Y1099‑p CTGSNATyHGAKGEH
A1102 SNATyHGAKGEHTSR
K1110 KGEHTSRKDAMTAQN
A1112 EHTSRKDAMTAQNTG
S1121 TAQNTGIStLYRNsY
T1122‑p AQNTGIStLYRNsYG
Y1124 NTGIStLYRNsYGAP
S1127‑p IStLYRNsYGAPAED
Y1128 StLYRNsYGAPAEDI
S1150 QPVPQEPSRKDyETy
K1152 VPQEPSRKDyETyQP
Y1154‑p QEPSRKDyETyQPFQ
T1156 PSRKDyETyQPFQNS
Y1157‑p SRKDyETyQPFQNST
Y1167 FQNSTRNYDESFFED
S1193‑p TMHLGLKsTGNyVDF
Y1197‑p GLKsTGNyVDFySAA
Y1201‑p TGNyVDFySAARPyS
Y1207‑p FySAARPySELNYET
Y1217‑p LNYETSHyPASPDSW
S1220 ETSHyPASPDSWV__
S1223 HyPASPDSWV_____
  CTNND2 iso2  
P7 _MFARKPPGAAPLGA
S32 SEKTSSLSPGLNTSN
S43 NTSNGDGSETETTSA
T66 ELQFERLTRELEAER
S106 EEQFQWQSQDGQKDI
G192 PSQLPARGTQARATG
T193 SQLPARGTQARATGQ
S201 QARATGQSFSQGTTS
S203 RATGQSFSQGTTSRA
R209 FSQGTTSRAGHLAGP
P216 RAGHLAGPEPAPPPP
R264 STLPAPPRGGSPLAA
S267 PAPPRGGSPLAAPQG
P272 GGSPLAAPQGGSPTK
S276 LAAPQGGSPTKLQRG
R282 GSPTKLQRGGSAPEG
S285 TKLQRGGSAPEGATY
Y292 SAPEGATYAAPRGSS
R296 GATYAAPRGSSPKQS
S298 TYAAPRGSSPKQSPS
S299 YAAPRGSSPKQSPSR
S303 RGSSPKQSPSRLAKS
S305 SSPKQSPSRLAKSYS
S312 SRLAKSYSTSSPINI
S315 AKSYSTSSPINIVVS
S322 SPINIVVSSAGLSPI
S323 PINIVVSSAGLSPIR
S327 VVSSAGLSPIRVTSP
T332 GLSPIRVTSPPTVQS
T332 GLSPIRVTSPPTVQS
S333 LSPIRVTSPPTVQST
T340 SPPTVQSTISSSPIH
S342 PTVQSTISSSPIHQL
S343 TVQSTISSSPIHQLS
S343 TVQSTISSSPIHQLS
S344 VQSTISSSPIHQLSS
T352 PIHQLSSTIGTYATL
Y356 LSSTIGTYATLSPTK
S360 IGTYATLSPTKRLVH
T362 TYATLSPTKRLVHAS
Y372 LVHASEQYSKHSQEL
S373 VHASEQYSKHSQELY
Y380 SKHSQELYATATLQR
S398 LAAGSRASYSSQHGH
Y399 AAGSRASYSSQHGHL
S401 GSRASYSSQHGHLGP
S415 PELRALQSPEHHIDP
Y424 EHHIDPIYEDRVYQK
Y429 PIYEDRVYQKPPMRS
S438 KPPMRSLSQSQGDPL
S440 PMRSLSQSQGDPLPP
T450 DPLPPAHTGTYRTST
T455 AHTGTYRTSTAPSSP
S456 HTGTYRTSTAPSSPG
S456 HTGTYRTSTAPSSPG
T457 TGTYRTSTAPSSPGV
T457 TGTYRTSTAPSSPGV
S460 YRTSTAPSSPGVDSV
S460 YRTSTAPSSPGVDSV
S461 RTSTAPSSPGVDSVP
S461 RTSTAPSSPGVDSVP
S466 PSSPGVDSVPLQRTG
S474 VPLQRTGSQHGPQNA
S490 AATFQRASYAAGPAS
S497 SYAAGPASNYADPYR
Y499 AAGPASNYADPYRQL
Y503 ASNYADPYRQLQYCP
Y508 DPYRQLQYCPSVESP
S511 RQLQYCPSVESPYSK
S514 QYCPSVESPYSKSGP
Y516 CPSVESPYSKSGPAL
S517 PSVESPYSKSGPALP
T528 PALPPEGTLARSPSI
S532 PEGTLARSPSIDSIQ
S534 GTLARSPSIDSIQKD
S537 ARSPSIDSIQKDPRE
K540 PSIDSIQKDPREFGW
S611 RMTEVHRSACGALRN
T648 LVRLLRKTTDLEIRE
T649 VRLLRKTTDLEIREL
K703 SPLQDDRKIQLHSSQ
T716 SQVLRNATGCLRNVS
S758 LGSSEIDSKTVENCV
S772 VCILRNLSYRLAAET
- gap
K873 RNKELIGKYAMRDLV
Y874 NKELIGKYAMRDLVH
K931 RDAGGIEKLVGISKS
S936 IEKLVGISKSKGDKH
S938 KLVGISKSKGDKHSP
K939 LVGISKSKGDKHSPK
S944 KSKGDKHSPKVVKAA
K949 KHSPKVVKAASQVLN
S952 PKVVKAASQVLNSMW
S957 AASQVLNSMWQYRDL
S966 WQYRDLRSLYKKDGW
T984 HFVASSSTIERDRQR
Y993 ERDRQRPYSSSRTPS
T998 RPYSSSRTPSISPVR
S1000 YSSSRTPSISPVRVS
S1002 SSRTPSISPVRVSPN
S1007 SISPVRVSPNNRSAS
S1014 SPNNRSASAPASPRE
S1018 RSASAPASPREMISL
Y1032 LKERKTDYECTGSNA
C1034 ERKTDYECTGSNATY
N1038 DYECTGSNATYHGAK
T1040 ECTGSNATYHGAKGE
Y1041 CTGSNATYHGAKGEH
A1044 SNATYHGAKGEHTSR
K1052 KGEHTSRKDAMTAQN
A1054 EHTSRKDAMTAQNTG
S1063 TAQNTGISTLYRNSY
T1064 AQNTGISTLYRNSYG
Y1066 NTGISTLYRNSYGAP
S1069 ISTLYRNSYGAPAED
Y1070 STLYRNSYGAPAEDI
S1092 QPVPQEPSRKDYETY
K1094 VPQEPSRKDYETYQP
Y1096 QEPSRKDYETYQPFQ
T1098 PSRKDYETYQPFQNS
Y1099 SRKDYETYQPFQNST
Y1109 FQNSTRNYDESFFED
S1135 TMHLGLKSTGNYVDF
Y1139 GLKSTGNYVDFYSAA
Y1143 TGNYVDFYSAARPYS
Y1149 FYSAARPYSELNYET
Y1159 LNYETSHYPASPDSW
S1162 ETSHYPASPDSWV__
S1165 HYPASPDSWV_____
  rat

 
- gap
S18 SEKNSSLSPGLNTSN
S29 NTSNGDGSETETTSA
T52 ELQFERLTRELEAER
T92 GEQFHWQTQDGQKDI
S178 PSQLPARSTQARAAG
T179 SQLPARSTQARAAGQ
S187 QARAAGQSFSQGTTG
S189 RAAGQSFSQGTTGRS
R195 FSQGTTGRSGHLAGS
S202 RSGHLAGSEPAPPPP
R247 STLPAPPRGGsPLTT
S250‑p PAPPRGGsPLTTTQG
T255 GGsPLTTTQGGsPTK
S259‑p LTTTQGGsPTKLQRG
R265 GsPTKLQRGGSAPEG
S268 TKLQRGGSAPEGAAy
Y275‑p SAPEGAAyAAPRGSS
R279 GAAyAAPRGSSPKQS
S281 AyAAPRGSSPKQSPS
S282 yAAPRGSSPKQSPSR
S286 RGSSPKQSPSRLAKS
S288 SSPKQSPSRLAKSYS
S295 SRLAKSYSTSSPINI
S298 AKSYSTSSPINIVVS
S305 SPINIVVSSAGLSPI
S306 PINIVVSSAGLSPIR
S310 VVSSAGLSPIRVTSP
T315 GLSPIRVTSPPTVQS
T315 GLSPIRVTSPPTVQS
S316 LSPIRVTSPPTVQST
T323 SPPTVQSTISSSPIH
S325 PTVQSTISSSPIHQL
S326 TVQSTISSSPIHQLS
S326 TVQSTISSSPIHQLS
S327 VQSTISSSPIHQLSS
T335 PIHQLSSTIGTYATL
Y339 LSSTIGTYATLSPTK
S343 IGTYATLSPTKRLVH
T345 TYATLSPTKRLVHAS
Y355 LVHASEQYSKHSQEL
S356 VHASEQYSKHSQELy
Y363‑p SKHSQELyATATLQR
S381‑p LAAGSRAsySSQHGH
Y382‑p AAGSRAsySSQHGHL
S384 GSRAsySSQHGHLAP
S398‑p PELRALQsPEHHIDP
Y407‑p EHHIDPIyEDRVyQK
Y412‑p PIyEDRVyQKPPMRS
S421 KPPMRSLSQSQGDPL
S423 PMRSLSQSQGDPLPP
T433 DPLPPAHTGTFRTST
T438 AHTGTFRTSTAPSsP
S439 HTGTFRTSTAPSsPG
S439 HTGTFRTSTAPSsPG
T440 TGTFRTSTAPSsPGV
T440 TGTFRTSTAPSsPGV
S443 FRTSTAPSsPGVDSV
S443 FRTSTAPSsPGVDSV
S444‑p RTSTAPSsPGVDSVP
S444 RTSTAPSSPGVDSVP
S449 PSsPGVDSVPLQRTG
S457 VPLQRTGSQHGPQNA
S473 AATFQRASYAAGPAS
S480 SYAAGPASNyADPyR
Y482‑p AAGPASNyADPyRQL
Y486‑p ASNyADPyRQLQYCA
Y491 DPyRQLQYCAsADSP
S494‑p RQLQYCAsADSPySK
S497 QYCAsADSPySKSGP
Y499‑p CAsADSPySKSGPAL
S500 AsADSPySKSGPALP
T511 PALPPEGTLARsPsI
S515‑p PEGTLARsPsIDsIQ
S517‑p GTLARsPsIDsIQKD
S520‑p ARsPsIDsIQKDPRE
K523 PsIDsIQKDPREFGW
S594 RMTEVHRSACGALRN
T631 LVRLLRKTTDLEIRE
T632 VRLLRKTTDLEIREL
K686 SPLQDDRKIQLHSSQ
T699 SQVLRNATGCLRNVS
S741 LGSSEIDSKTVENCV
S755 VCILRNLSYRLAAET
Y873‑p EDVAGMAyALRSLPE
K939 RNKELIGKYAMRDLV
Y940 NKELIGKYAMRDLVH
K997 RDAGGIEKLVGISKS
S1002 IEKLVGISKSKGDKH
S1004 KLVGISKSKGDKHSP
K1005 LVGISKSKGDKHSPK
S1010 KSKGDKHSPKVVKAA
K1015 KHSPKVVKAASQVLN
S1018 PKVVKAASQVLNSMW
S1023 AASQVLNSMWQYRDL
S1032 WQYRDLRSLYKKDGW
T1050 HFVASSSTIERDRQR
Y1059 ERDRQRPYSSSRtPs
T1064‑p RPYSSSRtPsIsPVR
S1066‑p YSSSRtPsIsPVRVs
S1068‑p SSRtPsIsPVRVsPN
S1073‑p sIsPVRVsPNNRSAs
S1080‑p sPNNRSAsAPAsPRE
S1084‑p RSAsAPAsPREMISL
Y1098‑p LKERKTDyESAGNsA
S1100 ERKTDyESAGNsAty
S1104‑p DyESAGNsAtyHGtK
T1106‑p ESAGNsAtyHGtKGE
Y1107‑p SAGNsAtyHGtKGEH
T1110‑p NsAtyHGtKGEHTSR
K1118 KGEHTSRKDTMTAQN
T1120 EHTSRKDTMTAQNTG
S1129‑p TAQNTGVsTLyRNsY
T1130 AQNTGVsTLyRNsYG
Y1132‑p NTGVsTLyRNsYGAP
S1135‑p VsTLyRNsYGAPAED
Y1136 sTLyRNsYGAPAEDI
S1158‑p QPVPQEPsRKDyEty
K1160 VPQEPsRKDyEtyQP
Y1162‑p QEPsRKDyEtyQPFQ
T1164‑p PsRKDyEtyQPFQNS
Y1165‑p sRKDyEtyQPFQNST
Y1175 FQNSTRNYDESFFED
S1201 TMHLGLKSTGNYVDF
Y1205 GLKSTGNYVDFYSAA
Y1209 TGNYVDFYSAARPYS
Y1215 FYSAARPYSELNYET
Y1225 LNYETSHYPAsPDsW
S1228‑p ETSHYPAsPDsWV__
S1231‑p HYPAsPDsWV_____