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Protein Page:
BSN (human)
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
BSN involved in the organization of the cytomatrix at the nerve terminals active zone (CAZ) which regulates neurotransmitter release. Essential in regulated neurotransmitter release from a subset of brain glutamatergic synapses. Involved in the formation of the retinal photoreceptor ribbon synapses. Interacts with CAST1, RIMS1 and UNC13A. Part of a complex consisting of ERC2, RIMS1 and BSN. Localized to the active zone of presynaptic density. Mice lacking functional BSN showed a reduced excitability attributed to inactivation of a fraction of brain glutamatergic synapses. At these synapses, vesicles are clustered and docked in normal numbers, but are unable to fuse. In retina, mutants lacking functional BSN showed normal retinal anatomy, but synapses lacked anchoring of the photoreceptor ribbon to the presynaptic active zone resulting in impaired photoreceptor synaptic transmission. Two alternatively spliced isoforms have been reported. Note: This description may include information from UniProtKB.
Protein type: Cytoskeletal
Chromosomal Location of Human Ortholog: 3p21.31
Cellular Component: axon; cell junction; cell soma; cell surface; dendrite; excitatory synapse; nucleus; presynaptic active zone; trans-Golgi network
Molecular Function: metal ion binding
Biological Process: synaptic transmission; synaptogenesis
Reference #:  Q9UPA5 (UniProtKB)
Gene Symbols: BSN
Molecular weight: 416,469 Da
Basal Isoelectric point: 7.28  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

BSN

Protein Structure Not Found.


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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
 

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

 
0 1 S6 __MGNEVSLEGGAGD
0 1 T55 AAGAARSTAVPPVPG
0 1 N88 DPKEPLGNQRAASPT
0 5 S108‑p ATTPGHEsPRETRAQ
0 1 A118 ETRAQGPAGQEADGP
0 3 G124 PAGQEADGPRRTLQV
0 1 S138‑p VDSRTQRsGRSPsVS
0 3 S143‑p QRsGRSPsVSPDRGS
0 6 S145 sGRSPsVSPDRGSTP
0 1 R148 SPsVSPDRGSTPTSP
0 1 S150 sVSPDRGSTPTSPYS
0 1 T151 VSPDRGSTPTSPYSV
0 4 T153 PDRGSTPTSPYSVPQ
0 3 S154 DRGSTPTSPYSVPQI
0 1 T181 KTSDLTSTPSQPNFN
0 1 S183 SDLTSTPSQPNFNTC
0 1 S236‑p DMTTAPRsKSQQQLH
0 2 S244 KSQQQLHSPALsPAH
0 3 S248‑p QLHSPALsPAHsPAK
0 2 S252‑p PALsPAHsPAKQPLG
0 1 S286 AETARATSVPGPAQA
0 1 A294 VPGPAQAAAPPEVGR
0 1 N389 GTPKIVFNDASKEAG
0 1 K398‑ub ASKEAGPkPLGSGPG
0 1 T414 GPAPGAKTEPGARMG
0 1 S580 SPLSTKASPLPSKAS
0 1 - gap
0 1 - gap
0 1 S596 QAKPLRASEPSKTPS
0 1 T627 PKPPPETTPTPATPK
0 2 K650 EPATPVVKAVPEAPK
0 2 K667 EAEDLVGKPYSQDAS
0 1 S670 DLVGKPYSQDASRSP
0 1 S679 DASRSPQSLSDTGYS
0 1 S687 LSDTGYSSDGISSSQ
0 1 T714 QLDSAGVTGPHPPSP
0 2 S729‑p SEIHKVGsSMRPLLQ
0 6 S743‑p QAQGLAPsERSKPLS
0 2 S765‑p KQRPHSLsItPEAFD
0 1 T767‑p RPHSLsItPEAFDSD
0 2 S773 ItPEAFDSDEELEDI
0 1 S802 EQQDTAESSDDFGSQ
0 2 S803 QQDTAESSDDFGSQL
0 2 S851 RRQILEMSAEEDNLE
0 1 R867 DDTATSGRGLAKHGT
0 2 T933‑p GGLRRFKtIELNSTG
0 6 S970 EMESLTGSPEDRSRG
0 1 T997 YTSGTSPTSLSSLEE
0 1 S1006 LSSLEEDSDSSPsRR
0 1 S1008 SLEEDSDSSPsRRQR
0 2 S1009 LEEDSDSSPsRRQRL
0 2 S1011‑p EDSDSSPsRRQRLEE
0 6 S1040‑p LLPTIEDssEEEELR
0 7 S1041‑p LPTIEDssEEEELRE
0 3 S1069‑p VEQQRIRsTARKtRR
0 1 T1074‑p IRsTARKtRRDKEEL
0 4 S1090 AQRRRERSKTPPSNL
0 7 T1092 RRRERSKTPPSNLsP
0 6 S1095 ERSKTPPSNLsPIED
0 12 S1098‑p KTPPSNLsPIEDAsP
0 12 S1104‑p LsPIEDAsPTEELRQ
0 6 T1106 PIEDAsPTEELRQAA
0 1 Y1126 HRSSCSEYSPSPSLD
0 1 S1127 RSSCSEYSPSPSLDS
0 1 S1149 GPSRLYKSGSEYNLP
0 1 S1163 PTFMSLYSPTETPSG
0 1 G1223 SQPTGPRGLGSFEYQ
0 4 S1226 TGPRGLGSFEYQDTT
0 1 Y1257 ASLGAAVYEEILQtS
0 1 T1263‑p VYEEILQtSQSIVRM
0 1 T1309‑p KQNGGPLtPGTSPTQ
0 1 T1343 VIPDVRVTQHFAKET
0 1 S1358‑p QDPLKLHssPASPSS
0 1 S1359‑p DPLKLHssPASPSSA
0 2 S1362 KLHssPASPSSASKE
0 2 P1363 LHssPASPSSASKEI
0 2 S1364 HssPASPSSASKEIG
0 2 S1367 PASPSSASKEIGMPF
0 1 P1373 ASKEIGMPFSQGPGT
0 2 S1375 KEIGMPFSQGPGTPA
0 2 T1380 PFSQGPGTPATTAVA
0 1 T1380 PFSQGPGTPATTAVA
0 3 T1383 QGPGTPATTAVAPCP
0 3 T1384 GPGTPATTAVAPCPA
0 1 V1386 GTPATTAVAPCPAGL
0 1 P1394 APCPAGLPRGYMTPA
0 1 Y1397 PAGLPRGYMTPASPA
0 3 T1399 GLPRGYMTPASPAGS
0 1 A1401 PRGYMTPASPAGSER
0 5 S1402 RGYMTPASPAGSERS
0 1 S1402 RGYMTPASPAGSERS
0 2 S1406 TPASPAGSERSPSPS
0 1 S1409 SPAGSERSPSPSSTA
0 1 S1411 AGSERSPSPSSTAHS
0 1 P1412 GSERSPSPSSTAHSY
0 2 S1413 SERSPSPSSTAHSYG
0 1 S1414 ERSPSPSSTAHSYGH
0 1 S1418 SPSSTAHSYGHSPTT
0 1 S1440 EDLPQAPSGLAAAGR
0 1 S1455 AAREKPLSASDGEGG
0 1 G1459 KPLSASDGEGGTPQP
0 1 S1467 EGGTPQPSRAYSYFA
0 2 Y1470 TPQPSRAYSYFASSS
0 1 A1474 SRAYSYFASSSPPLS
0 4 S1476 AYSYFASSSPPLSPS
0 11 S1477 YSYFASSSPPLSPSs
0 7 S1481 ASSSPPLSPSsPSES
0 5 S1483 SSPPLSPSsPSESPT
0 6 S1484‑p SPPLSPSsPSESPTF
0 3 S1486 PLSPSsPSESPTFSP
0 4 S1488 SPSsPSESPTFSPGK
0 3 T1490 SsPSESPTFSPGKMG
0 4 S1492 PSESPTFSPGKMGPR
0 2 T1501 GKMGPRATAEFSTQT
0 1 S1505 PRATAEFSTQTPSPA
0 1 S1505 PRATAEFSTQTPSPA
0 1 T1506 RATAEFSTQTPSPAP
0 1 T1508 TAEFSTQTPSPAPAS
0 1 S1510 EFSTQTPSPAPASDM
0 3 A1512 STQTPSPAPASDMPR
0 1 A1514 QTPSPAPASDMPRSP
0 1 S1515 TPSPAPASDMPRSPG
0 1 S1520 PASDMPRSPGAPTPS
0 2 T1534 SPMVAQGTQTPHRPS
0 1 S1541 TQTPHRPSTPRLVWQ
0 1 T1542 QTPHRPSTPRLVWQE
0 1 S1550 PRLVWQESSQEAPFM
0 1 S1551 RLVWQESSQEAPFMV
0 1 T1560‑p EAPFMVItLASDASS
0 1 T1560 EAPFMVITLASDASS
0 1 S1563 FMVItLASDASSQTR
0 1 S1620 PGFPRVPSAGADGPL
0 1 S1641 ALPAENISLCRISSV
0 1 S1646 NISLCRISSVPGtsR
0 1 S1647 ISLCRISSVPGtsRV
0 1 S1647 ISLCRISSVPGtsRV
0 1 T1651‑p RISSVPGtsRVEPGP
0 2 T1651 RISSVPGTsRVEPGP
0 1 S1652‑p ISSVPGtsRVEPGPR
0 3 S1652 ISSVPGtSRVEPGPR
0 1 T1663 PGPRTPGTAVVDLRT
0 1 T1670 TAVVDLRTAVKPTPI
0 4 K1673 VDLRTAVKPTPIILT
0 1 T1675 LRTAVKPTPIILTDQ
0 1 T1680 KPTPIILTDQGMDLT
0 1 T1680 KPTPIILTDQGMDLT
0 1 T1687 TDQGMDLTSLAVEAR
0 2 P1704 GLALDPIPGRQSTAV
0 1 S1767 DFGQGGGSPVCLAQV
0 1 S1767 DFGQGGGSPVCLAQV
0 2 R1787 AVQTAPYRSGPRGRP
0 2 R1791 APYRSGPRGRPREAK
0 1 R1793 YRSGPRGRPREAKFA
0 1 R1801 PREAKFARYNLPNQV
0 1 R1801 PREAKFARYNLPNQV
0 1 R1813 NQVAPLARRDVLITQ
0 1 T1819 ARRDVLITQMGTAQS
0 1 T1877‑p GTAGTVTtLLPEEPA
0 1 S1912 YKLPFGSSCTGTFHP
0 1 T1914 LPFGSSCTGTFHPAP
0 1 S1922 GTFHPAPSVPEKSMA
0 2 S1927 APSVPEKSMADAAPP
0 2 A1929 SVPEKSMADAAPPGQ
0 1 S1937 DAAPPGQSSSPFYGP
0 1 S1938 AAPPGQSSSPFYGPR
0 1 G1943 QSSSPFYGPRDPEPP
0 1 G1943 QSSSPFYGPRDPEPP
0 2 A1957 PEPPTYRAQGVVGPG
0 1 Y1972‑p PHEEQRPyPQGLPGR
0 1 Y1981‑p QGLPGRLySSMsDtN
0 1 S1982 GLPGRLySSMsDtNL
0 1 S1983 LPGRLySSMsDtNLA
0 4 S1985‑p GRLySSMsDtNLAEA
0 1 T1987‑p LySSMsDtNLAEAGL
0 1 Y1996‑p LAEAGLNyHAQRIGQ
0 1 S2012 FQGPGRDSAMDLSSL
0 1 S2012 FQGPGRDSAMDLSSL
0 4 K2020 AMDLSSLKHSYSLGF
0 3 S2022 DLSSLKHSYSLGFAD
0 5 S2024 SSLKHSYSLGFADGR
0 3 S2024 SSLKHSYSLGFADGR
0 1 Y2039 YLGQGLQYGSVTDLR
0 9 S2041 GQGLQYGSVTDLRHP
0 1 S2041 GQGLQYGSVTDLRHP
0 1 R2046 YGSVTDLRHPTDLLA
0 1 R2046 YGSVTDLRHPTDLLA
0 1 T2049 VTDLRHPTDLLAHPL
0 3 A2053 RHPTDLLAHPLPMRR
0 1 R2059 LAHPLPMRRYSsVSN
0 1 R2060 AHPLPMRRYSsVSNI
0 1 Y2061 HPLPMRRYSsVSNIY
0 1 S2062 PLPMRRYSsVSNIYS
0 2 S2062 PLPMRRYSsVSNIYS
0 8 S2063‑p LPMRRYSsVSNIYSD
0 2 S2063 LPMRRYSSVSNIYSD
0 3 S2065 MRRYSsVSNIYSDHR
0 3 Y2068 YSsVSNIYSDHRYGP
0 1 S2069 SsVSNIYSDHRYGPR
0 1 R2076 SDHRYGPRGDAVGFQ
0 3 S2086 AVGFQEASLAQysAT
0 2 Y2090‑p QEASLAQysATTARE
0 1 S2091‑p EASLAQysATTAREI
0 2 S2091 EASLAQySATTAREI
0 2 T2093 SLAQysATTAREISR
0 2 T2094 LAQysATTAREISRM
0 1 S2117 QYGGRHGSGGGGPDL
0 1 S2117 QYGGRHGSGGGGPDL
0 1 G2119 GGRHGSGGGGPDLVQ
0 1 G2119 GGRHGSGGGGPDLVQ
0 3 S2136 PQHGPGLSAPQSLVP
0 1 G2172 AQYGPAAGQGTAVRQ
0 3 S2183 AVRQLLPSTATVRAA
0 2 T2184 VRQLLPSTATVRAAD
0 1 T2186 QLLPSTATVRAADGM
0 1 S2230 GMYRPYASGGITAVP
0 1 R2250 RVPMIAPRVPLGPTG
0 1 R2260 LGPTGLYRYPAPSRF
0 1 R2266 YRYPAPSRFPIASSV
0 1 P2291 KPAAAKAPGAGGPSR
0 2 P2312 AAREEPLPtttPAAI
1 3 T2313‑gl AREEPLPtttPAAIK
1 3 T2314‑gl REEPLPtttPAAIKE
1 0 T2315‑gl EEPLPtttPAAIKEA
0 1 F2354 GALSRPGFEKEEASQ
0 1 A2480 QKAPFPAACEAPGRG
0 1 P2516 AFIAMAGPEGLGQPR
0 1 T2542 ASDMSLQTEEQWEAS
0 1 S2551‑p EQWEASRsGIkKRHS
0 1 K2554‑ac EASRsGIkKRHSMPR
0 6 S2570 RDACELESGTEPCVV
0 1 S2583 VVRRIADSsVQtDDE
0 4 S2584‑p VRRIADSsVQtDDED
0 15 T2587‑p IADSsVQtDDEDGES
0 2 S2611 ARRSADCSVQTDDED
0 8 T2614 SADCSVQTDDEDSAE
0 1 S2637 RSRLPRHSDSGSDSK
0 2 S2639 RLPRHSDSGSDSKHD
0 2 S2641 PRHSDSGSDSKHDAT
0 2 S2643 HSDSGSDSKHDATAS
0 1 - gap
0 1 S2653 DATASSSSAAATVRA
0 1 T2657 SSSSAAATVRAMSSV
0 1 T2676 ISDCSVQTEPDQLPR
0 2 S2685 PDQLPRVSPAIHITA
0 2 S2685 PDQLPRVSPAIHITA
0 3 T2691 VSPAIHITAAtDPKV
0 2 T2694‑p AIHITAAtDPKVEIV
0 2 T2694 AIHITAATDPKVEIV
0 1 Y2703‑p PKVEIVRyISAPEKT
0 1 T2710 yISAPEKTGRGESLA
0 1 Y2770‑p PDPLEIGyQAHLPPE
0 1 S2784‑p ESLSQLVsRQPPKSP
0 2 S2790 VsRQPPKSPQVLYsP
0 3 S2796‑p KSPQVLYsPVsPLsP
0 5 S2799‑p QVLYsPVsPLsPHRL
0 9 S2802‑p YsPVsPLsPHRLLDT
0 1 T2809 sPHRLLDTSFASSER
0 2 S2810 PHRLLDTSFASSERL
0 4 S2813 LLDTSFASSERLNKA
0 1 S2813 LLDTSFASSERLNKA
0 1 S2814 LDTSFASSERLNKAH
0 1 S2823‑p RLNKAHVsPQKHFTA
0 1 K2826 KAHVsPQKHFTADSA
0 1 T2838‑p DSALRQQtLPRPMKT
0 7 S2849 PMKTLQRSLsDPKPL
2 15 S2851‑p KTLQRSLsDPKPLsP
1 14 S2857‑p LsDPKPLsPTAEESA
0 1 T2859 DPKPLsPTAEESAKE
0 1 S2863 LsPTAEESAKERFSL
0 1 T2896 LVRKVKRTLPSPPPE
0 4 S2899 KVKRTLPSPPPEEAH
0 1 P2915 PLAGQASPQLYAASL
0 1 Y2918 GQASPQLYAASLLQR
1 2 T2932‑gl RGLTGPTtVPATKAS
0 3 T2936 GPTtVPATKASLLRE
0 1 K2970‑ac AELDEEEkEIDAKLK
0 1 Y2978 EIDAKLKYLELGITQ
0 1 T2984 KYLELGITQRKESLA
0 14 Y3011 GLGEHRDYLSDSELN
0 12 S3013 GEHRDYLSDSELNQL
0 1 S3015 HRDYLSDSELNQLRL
0 1 Y3118‑p AFRPTGHyAGQTPMP
0 2 S3149 LQKPRQTSLADLEQK
0 1 G3204 VPRAGDRGSVSQSPA
0 1 S3205 PRAGDRGSVSQSPAP
0 1 S3207 AGDRGSVSQSPAPTY
0 1 S3209 DRGSVSQSPAPTYPS
0 1 S3209 DRGSVSQSPAPTYPS
0 1 T3213 VSQSPAPTYPSDSHY
0 1 S3216 SPAPTYPSDSHYTSL
0 2 S3218 APTYPSDSHYTSLEQ
0 1 S3218 APTYPSDSHYTSLEQ
0 2 Y3220 TYPSDSHYTSLEQNV
0 1 S3222 PSDSHYTSLEQNVPR
0 1 T3245 SELTKDSTStAPDsQ
0 1 T3247‑p LTKDSTStAPDsQRL
0 1 S3251‑p STStAPDsQRLEPLG
0 1 S3261‑p LEPLGPGssGRPGKE
0 1 S3262‑p EPLGPGssGRPGKEP
0 8 S3291‑p YARGEEEsEEDsyDP
0 2 S3295‑p EEEsEEDsyDPRGKG
0 2 Y3296‑p EEsEEDsyDPRGKGG
0 1 S3345‑p PMGPKHPsKSLAPAA
0 9 S3373‑p EQKISKFsPIEEAKD
0 1 S3383 EEAKDVESDLASYPP
0 1 A3392 LASYPPPAVSSSLVS
0 1 K3413 DEITYGLKkNVYEQQ
0 1 K3414‑ac EITYGLKkNVYEQQK
0 1 K3414 EITYGLKKNVYEQQK
0 1 Y3422 NVYEQQKYYGMSSRD
0 1 Y3423 VYEQQKYYGMSSRDA
0 1 Y3449 RSRAPSAYSGEKLSS
0 2 S3450 SRAPSAYSGEKLSSH
0 1 W3462 SSHDFSGWGKGYERE
0 1 P3481 ERLQKAGPKPSSLSM
0 1 S3484 QKAGPKPSSLSMAHS
0 1 R3492 SLSMAHSRVRPPMRS
0 1 S3502 PPMRSQASEEESPVS
0 1 S3506 SQASEEESPVSPLGR
0 1 S3509 SEEESPVSPLGRPRP
0 10 Y3620 ARHSYHDYDEPPEEG
0 1 S3706 YPSSAEYSQPSRASS
0 1 S3719‑p SSAYHHAsDsKKGSR
0 1 S3721‑p AYHHAsDsKKGSRQA
0 1 S3803 QARLQQQSQPTTRGS
0 1 T3806 LQQQSQPTTRGSAPA
0 2 T3807 QQQSQPTTRGSAPAA
0 1 R3808 QQSQPTTRGSAPAAS
0 1 T3912 AEQAGKLTEAVSAFG
  mouse

 
S6‑p __MGNEAsLEGGAGE
T55‑p ARAAGPPtPGLGPVP
S85‑p DPKEPLGsQRTTSPT
S105‑p ATAPGREsPRETRAQ
S115‑p ETRAQGPsGQEAEsP
S121‑p PsGQEAEsPRRTLQV
S135 VDSRTQRSGRSPsVs
S140‑p QRSGRSPsVsPDrGs
S142‑p SGRSPsVsPDrGstP
R145‑m1 SPsVsPDrGstPtsP
S147‑p sVsPDrGstPtsPYS
T148‑p VsPDrGstPtsPYSV
T150‑p PDrGstPtsPYSVPQ
S151‑p DrGstPtsPYSVPQI
T178‑p KTSDLTStPsQPNFN
S180‑p SDLTStPsQPNFNTC
S233 DMTTAPRSKSQQQLH
S241‑p KSQQQLHsPALsPAH
S245‑p QLHsPALsPAHsPAK
S249‑p PALsPAHsPAKQPLG
S284‑gl AEAARATsVPGPTQA
T292‑gl VPGPTQAtAPPEVGR
S387‑gl GQPKIVFsDASKEAG
R396 ASKEAGPRPPGSGPG
T412‑gl GPTPGAKtEPGARMG
S579‑p SPQATKAsPQATKAS
S593‑p SPQATKAsPQTTKAs
S600‑p sPQTTKAsPQAKPLR
T609‑gl QAKPLRAtEPSKTSS
T640‑gl PKPPPETtVPPGTPK
K663 DPATPVVKPVPEAPK
K680 EAEEPVPKPYsQDLS
S683‑p EPVPKPYsQDLSRSP
S692‑p DLSRSPQsLSDTGYS
S700‑p LSDTGYSsDGVSSSQ
T727‑p QLDSAGVtGPRPPSP
S742 SELHKVGSSLRPSLE
S756 EAQAVAPSAEWSKPP
S781‑p KRRPHSLsITPEAFD
T783 RPHSLsITPEAFDsD
S789‑p ITPEAFDsDEELGDI
S817‑p EQQDTAEssDDFGSQ
S818‑p QQDTAEssDDFGSQL
S865‑p RRQILEMsAEEDNLE
R881‑m1 DDTAVSGrGLAKHSA
T943‑p GGLRRFKtIELNSTG
S980‑p EMESLTGsPEDRSRG
T1007‑p YTSGTSPtSLSSLEE
S1016‑p LSSLEEDsDssPsRR
S1018‑p SLEEDsDssPsRRQR
S1019‑p LEEDsDssPsRRQRL
S1021‑p EDsDssPsRRQRLEE
S1050‑p LLPTIEDssEEEELR
S1051‑p LPTIEDssEEEELRE
S1079‑p VEQQRIRsTARKTRR
T1084 IRsTARKTRRDKEEL
S1100‑p AQRRRERsKtPPsNL
T1102‑p RRRERsKtPPsNLsP
S1105‑p ERsKtPPsNLsPIED
S1108‑p KtPPsNLsPIEDAsP
S1114‑p LsPIEDAsPtEELRQ
T1116‑p PIEDAsPtEELRQAA
Y1136‑p HRSSCSEysPSPSLD
S1137‑p RSSCSEysPSPSLDS
S1159‑p GPTRLYKsGSEYNLP
S1173‑p PAFMSLYsPTETPSG
S1233‑p SQPTGPRsQGsFEYQ
S1236‑p TGPRsQGsFEYQDTQ
Y1268 AGLGAAVYEEILQTS
T1274 VYEEILQTSQSIARM
T1320 KQNGGPLTPGTSPTQ
T1354‑gl VIPDVRVtQHFAKEP
S1369 QDPLKLHSSPVsstL
S1370 DPLKLHSSPVsstLT
S1373‑gl KLHSSPVsstLTsKE
S1374‑gl LHSSPVsstLTsKEV
T1375‑gl HSSPVsstLTsKEVG
S1378‑gl PVsstLTsKEVGMtF
T1384‑gl TsKEVGMtFsQGPGs
S1386‑gl KEVGMtFsQGPGsPA
S1391‑gl tFsQGPGsPAttAsP
S1391‑p tFsQGPGsPAttAsP
T1394‑gl QGPGsPAttAsPtRG
T1395‑gl GPGsPAttAsPtRGy
S1397‑gl GsPAttAsPtRGyMt
T1399‑gl PAttAsPtRGyMtPt
Y1402‑p tAsPtRGyMtPtsPA
T1404‑p sPtRGyMtPtsPAGs
T1406‑p tRGyMtPtsPAGsER
S1407‑p RGyMtPtsPAGsERs
S1407‑gl RGyMtPtsPAGsERs
S1411‑gl tPtsPAGsERsPsts
S1414‑gl sPAGsERsPstssTI
S1416‑gl AGsERsPstssTIHs
T1417‑gl GsERsPstssTIHsY
S1418‑gl sERsPstssTIHsYG
S1419‑gl ERsPstssTIHsYGQ
S1423‑gl stssTIHsYGQPPTT
S1445‑gl EELPHAPsGPPGSGR
S1460‑gl APREKPLsGGDsEVG
S1464‑p KPLsGGDsEVGAPQP
S1472‑gl EVGAPQPsRGySYFt
Y1475‑p APQPsRGySYFtGss
T1479‑p sRGySYFtGssPPLs
S1481‑p GySYFtGssPPLsPs
S1482‑p ySYFtGssPPLsPst
S1486‑p tGssPPLsPstPsEs
S1488‑p ssPPLsPstPsEsPt
T1489‑p sPPLsPstPsEsPtF
S1491‑p PLsPstPsEsPtFsP
S1493‑p sPstPsEsPtFsPGK
T1495‑p stPsEsPtFsPGKLG
S1497‑p PsEsPtFsPGKLGPR
T1506‑gl GKLGPRAtAEFstQt
S1510‑p PRAtAEFstQtPsLt
S1510‑gl PRAtAEFstQtPsLt
T1511‑gl RAtAEFstQtPsLtL
T1513‑gl tAEFstQtPsLtLss
S1515‑gl EFstQtPsLtLssDI
T1517‑gl stQtPsLtLssDIPR
S1519‑gl QtPsLtLssDIPRsP
S1520‑gl tPsLtLssDIPRsPG
S1525‑gl LssDIPRsPGPPSPM
T1537‑gl SPMVAQGtQTPHRPs
S1544‑p tQTPHRPstPRLVWQ
T1545‑p QTPHRPstPRLVWQQ
S1553‑p PRLVWQQssQEAPIM
S1554‑p RLVWQQssQEAPIMV
T1563 EAPIMVITLAsDASS
T1563‑gl EAPIMVItLAsDASS
S1566‑gl IMVItLAsDASSQTR
S1623‑p PGFPRAPsAGTDGPL
S1644‑gl ALPAENIsLCRIssV
S1649‑gl NIsLCRIssVPGtsR
S1650‑p IsLCRIssVPGtsRV
S1650‑gl IsLCRIssVPGtsRV
T1654 RIssVPGTsRVEPGP
T1654‑gl RIssVPGtsRVEPGP
S1655 IssVPGtSRVEPGPR
S1655‑gl IssVPGtsRVEPGPR
T1666‑gl PGPRPPGtAVVDLRT
T1673 tAVVDLRTAVKPTPI
K1676 VDLRTAVKPTPIILt
T1678 LRTAVKPTPIILtDQ
T1683 KPTPIILTDQGMDLT
T1683‑gl KPTPIILtDQGMDLT
T1690 tDQGMDLTSLAVEAR
S1707‑gl GLALDPVsGRQSTAV
S1772‑gl DFGQGSGsPVCLAQV
S1772‑p DFGQGSGsPVCLAQV
R1792‑m1 AVQTAPYrGGPrGrP
R1796‑m1 APYrGGPrGrPREAK
R1798‑m1 YrGGPrGrPREAKFA
R1806‑m2 PREAKFArYNLPNQV
R1806‑m1 PREAKFArYNLPNQV
R1818‑m1 NQVTPLArRDILItQ
T1824‑gl ArRDILItQMGTAQG
T1882 GTAGTVTTLLPEEPA
S1917‑gl YKFPFGSsCtGTFHP
T1919‑gl FPFGSsCtGTFHPAP
S1927‑gl GTFHPAPsAPDKsVt
S1932‑gl APsAPDKsVtDTALP
T1934‑gl sAPDKsVtDTALPGQ
S1942‑gl DTALPGQssGPFYsP
S1943‑gl TALPGQssGPFYsPR
S1948‑gl QssGPFYsPRDPEPP
S1948‑p QssGPFYsPRDPEPP
T1962‑gl PEPLTFRtQGVVGPG
Y1977 PHEEQRPYPQGLPGR
Y1986 QGLPGRLYssMsDTN
S1987‑gl GLPGRLYssMsDTNL
S1988‑gl LPGRLYssMsDTNLA
S1990‑p GRLYssMsDTNLAEA
T1992 LYssMsDTNLAEAGL
Y2001 LAEAGLNYHAQRLGQ
S2017‑gl FQGPGRDsAVDLSSL
S2017‑p FQGPGRDsAVDLSSL
K2025 AVDLSSLKHsYsLGF
S2027‑gl DLSSLKHsYsLGFAD
S2029‑p SSLKHsYsLGFADGR
S2029‑gl SSLKHsYsLGFADGR
Y2044‑p YLGQGLQyGsFTDLr
S2046‑p GQGLQyGsFTDLrHP
S2046‑gl GQGLQyGsFTDLrHP
R2051‑m2 yGsFTDLrHPtDLLs
R2051‑m1 yGsFTDLrHPtDLLs
T2054‑gl FTDLrHPtDLLsHPL
S2058‑gl rHPtDLLsHPLPLrr
R2064‑m1 LsHPLPLrryssVsN
R2065‑m2 sHPLPLrryssVsNI
Y2066‑p HPLPLrryssVsNIY
S2067‑p PLPLrryssVsNIYs
S2067‑gl PLPLrryssVsNIYs
S2068‑p LPLrryssVsNIYsD
S2068‑gl LPLrryssVsNIYsD
S2070‑gl LrryssVsNIYsDHR
Y2073 yssVsNIYsDHRYGP
S2074‑gl ssVsNIYsDHRYGPr
R2081‑m1 sDHRYGPrGDAVGFQ
S2091‑gl AVGFQEAsLAQysAt
Y2095‑p QEAsLAQysAttARE
S2096 EAsLAQySAttAREI
S2096‑gl EAsLAQysAttAREI
T2098‑gl sLAQysAttAREISR
T2099‑gl LAQysAttAREISRM
S2122‑p QYGGRHGsGsGGPDL
S2122‑gl QYGGRHGsGsGGPDL
S2124‑p GGRHGsGsGGPDLVQ
S2124‑gl GGRHGsGsGGPDLVQ
S2141‑gl PQHGPGLsAPQGLAP
S2177‑gl AQYGPAAsQATAVRQ
S2188‑gl AVRQLLPstAtVRAA
T2189‑gl VRQLLPstAtVRAAD
T2191‑gl QLLPstAtVRAADGM
S2235‑gl GMYRPYVsGGVTAVP
R2255‑m2 RVPMIAPrVPLGPAG
R2265‑m2 LGPAGLYrYPAPrFP
R2270‑m2 LYrYPAPrFPIASSV
S2295‑gl KPAAAKAsGAGGPPR
S2316‑gl VAREEPFsttAPAVI
T2317‑gl AREEPFsttAPAVIK
T2318‑gl REEPFsttAPAVIKE
A2319 EEPFsttAPAVIKEA
S2362‑p GVLSRPAsEKEEASQ
T2488‑gl QKAPFPAtCEAPSRG
T2524‑gl AFIAVAGtEGPGQPR
T2550‑gl ASDMSLQtEEQWEAG
S2559 EQWEAGRSGIKKRHS
K2562 EAGRSGIKKRHSMPR
S2578‑p RDACEPEsGPDPSTV
S2591‑p TVRRIADssVQtDDE
S2592‑p VRRIADssVQtDDEE
T2595‑p IADssVQtDDEEGEG
S2619‑p TRRSADCsVQtDDED
T2622‑p SADCsVQtDDEDNAD
S2645‑p RSRLSRHsDsGsDsK
S2647‑p RLSRHsDsGsDsKHD
S2649‑p SRHsDsGsDsKHDAT
S2651‑p HsDsGsDsKHDATAS
T2661‑gl DATASSSttAAAtAR
T2662‑gl ATASSSttAAAtARA
T2666‑gl SSttAAAtARAMSSV
T2685‑gl ISDCSVQtEPEQLPR
S2694‑p PEQLPRVsPAIHItA
S2694‑gl PEQLPRVsPAIHItA
T2700‑gl VsPAIHItAAtDPKV
T2703‑p AIHItAAtDPKVEIV
T2703‑gl AIHItAAtDPKVEIV
Y2712 PKVEIVRYISAPEKt
T2719‑gl YISAPEKtGRGESLA
Y2779 PDPLEIGYQAHLPPE
S2793 ESLSQLVSRQPPKsP
S2799‑p VSRQPPKsPQVLYsP
S2805‑p KsPQVLYsPVsPLsP
S2808‑p QVLYsPVsPLsPHRL
S2811‑p YsPVsPLsPHRLLDt
T2818‑gl sPHRLLDtsFAssER
S2819‑gl PHRLLDtsFAssERL
S2822‑p LLDtsFAssERLNKA
S2822‑gl LLDtsFAssERLNKA
S2823‑gl LDtsFAssERLNKAH
S2832 RLNKAHVSPQKQFIA
K2835 KAHVSPQKQFIADST
T2847 DSTLRQQTLPRPMKT
S2858‑p PMKTLQRsLsDPKPL
S2860‑p KTLQRsLsDPKPLsP
S2866‑p LsDPKPLsPtAEEsA
T2868‑p DPKPLsPtAEEsAKE
S2872‑p LsPtAEEsAKERFSL
T2905‑gl LVRKVKRtLPsPPPE
S2908‑p KVKRtLPsPPPEEAH
S2924‑gl PLAGQVPsQLyAASL
Y2927‑p GQVPsQLyAASLLQR
T2941‑gl RGLAGPTtVPAtKAS
T2945‑gl GPTtVPAtKASLLRE
K2979 AELDEEEKEIDAKLK
Y2987‑p EIDAKLKyLELGItQ
T2993‑p KyLELGItQRKESLA
Y3020 GLGEHRDYLsDsELN
S3022‑p GEHRDYLsDsELNQL
S3024‑p HRDYLsDsELNQLRL
Y3127 AFHPTGHYAAPTPMP
S3158‑p HQKPRQTsLADLEQK
S3213‑gl HPRGSDRssVsQsPA
S3214‑gl PRGSDRssVsQsPAP
S3216‑gl GSDRssVsQsPAPtY
S3218‑gl DRssVsQsPAPtYPs
S3218‑p DRssVsQsPAPtYPs
T3222‑gl VsQsPAPtYPsDsHY
S3225‑gl sPAPtYPsDsHYTsL
S3227‑p APtYPsDsHYTsLEQ
S3227‑gl APtYPsDsHYTsLEQ
Y3229 tYPsDsHYTsLEQNV
S3231‑gl PsDsHYTsLEQNVPR
T3254‑p SELTKDStPTASESQ
T3256 LTKDStPTASESQRL
S3260 StPTASESQRLEPLG
V3271 EPLGPGGVSGRPGKD
S3272 PLGPGGVSGRPGKDP
S3301‑p YGRGEEEsEEDsyDP
S3305‑p EEEsEEDsyDPRGKS
Y3306‑p EEsEEDsyDPRGKSG
S3354 PMGPKHPSKSLAPAA
S3382‑p EQKISKFsPIEEAKD
S3392‑p EEAKDVEsDLASYPP
T3401‑gl LASYPPPtVSSSLTS
K3422‑m1 DEITYGLkkNVYEQQ
K3423 EITYGLkKNVYEQQR
K3423‑m1 EITYGLkkNVYEQQR
Y3431‑p NVYEQQRyyGVSSRD
Y3432‑p VYEQQRyyGVSSRDA
Y3459‑p RSRMASAysGEKLSS
S3460‑p SRMASAysGEKLSSH
R3472‑m1 SSHDYSSrGKGYERE
S3491‑gl ERLQKAGsKPsSLSM
S3494‑p QKAGsKPsSLSMAHG
R3502‑m1 SLSMAHGrARPPMRS
S3512‑p PPMRSQAsEEEsPVs
S3516‑p SQAsEEEsPVsPLGR
S3519‑p sEEEsPVsPLGRPRP
Y3628 ARHSYHDYDEPPEEG
S3715‑gl YPSSADYsQSSRAPS
S3728 PSAYHHASESKKGSR
S3730 AYHHASESKKGSRQA
S3818‑gl QARLQPQsQPttrGT
T3821‑gl LQPQsQPttrGTAPA
T3822‑gl QPQsQPttrGTAPAA
R3823‑m1 PQsQPttrGTAPAAS
T3928‑gl AEQAGKLtEAVSAFG