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Protein Page:
albumin (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
albumin Serum albumin, the main protein of plasma, has a good binding capacity for water, Ca(2+), Na(+), K(+), fatty acids, hormones, bilirubin and drugs. Its main function is the regulation of the colloidal osmotic pressure of blood. Major zinc transporter in plasma, typically binds about 80% of all plasma zinc. Plasma. Belongs to the ALB/AFP/VDB family. 2 isoforms of the human protein are produced by alternative splicing. Note: This description may include information from UniProtKB.
Protein type: Carrier; Secreted; Secreted, signal peptide
Chromosomal Location of Human Ortholog: 4q13.3
Cellular Component: endoplasmic reticulum; extracellular region; extracellular space; Golgi apparatus; nucleus; protein complex
Molecular Function: chaperone binding; DNA binding; drug binding; fatty acid binding; identical protein binding; oxygen binding; protein binding; pyridoxal phosphate binding; toxin binding
Biological Process: bile acid and bile salt transport; cellular response to starvation; hemolysis by symbiont of host red blood cells; lipoprotein metabolic process; maintenance of mitochondrion localization; negative regulation of apoptosis; platelet degranulation; receptor-mediated endocytosis; retinal homeostasis; sodium-independent organic anion transport; transport
Disease: Analbuminemia; Hyperthyroxinemia, Familial Dysalbuminemic
Reference #:  P02768 (UniProtKB)
Alt. Names/Synonyms: ALB; ALBU; albumin; cell growth inhibiting protein 42; DKFZp779N1935; growth-inhibiting protein 20; PRO0883; PRO0903; PRO1341; Serum albumin
Gene Symbols: ALB
Molecular weight: 69,367 Da
Basal Isoelectric point: 5.92  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

albumin

Protein Structure Not Found.
Download PyMol Script
Download ChimeraX Script


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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 S14‑p ISLLFLFsSAysRGV
0 1 S15 SLLFLFsSAysRGVF
0 1 Y17‑p LFLFsSAysRGVFRR
0 2 S18‑p FLFsSAysRGVFRRD
0 1 K28 VFRRDAHKSEVAHRF
0 1 S29 FRRDAHKSEVAHRFK
0 1 K36 SEVAHRFKDLGEENF
0 47 K44‑ac DLGEENFkALVLIAF
0 11 Y54‑p VLIAFAQyLQQCPFE
0 1 Q57 AFAQyLQQCPFEDHV
0 1 F60 QyLQQCPFEDHVkLV
0 4 K65‑ac CPFEDHVkLVNEVtE
0 1 K65 CPFEDHVKLVNEVtE
0 1 T71‑p VkLVNEVtEFAkTCV
0 6 K75‑ac NEVtEFAkTCVADEs
0 1 K75‑m1 NEVtEFAkTCVADEs
0 16 S82‑p kTCVADEsAENCDKs
0 1 K88 EsAENCDKsLHtLFG
0 1 K88 EsAENCDKsLHtLFG
0 2 S89‑p sAENCDKsLHtLFGD
0 9 T92‑p NCDKsLHtLFGDKLC
0 1 K97 LHtLFGDKLCTVATL
0 1 K97 LHtLFGDKLCTVATL
0 3 T103 DKLCTVATLREtyGE
0 2 T107‑p TVATLREtyGEMADC
0 104 Y108‑p VATLREtyGEMADCC
0 1 K117‑ac EMADCCAkQEPERNE
0 9 K130‑ac NECFLQHkDDNPNLP
0 60 K160‑ac DNEETFLkkyLyEIA
0 5 K161‑ac NEETFLkkyLyEIAr
0 25 Y162‑p EETFLkkyLyEIArR
0 343 Y164‑p TFLkkyLyEIArRHP
0 1 R168‑m1 kyLyEIArRHPyFyA
0 20 Y172‑p EIArRHPyFyAPELL
0 36 Y174‑p ArRHPyFyAPELLFF
0 27 K183‑ac PELLFFAkRYkAAFt
0 3 K186‑ac LFFAkRYkAAFtECC
0 1 T190‑p kRYkAAFtECCQAAD
0 1 K198‑ac ECCQAADkAACLLPK
0 1 L203 ADkAACLLPKLDELR
0 1 K205 kAACLLPKLDELRDE
0 1 K205 kAACLLPKLDELRDE
0 1 R210 LPKLDELRDEGkASs
0 1 R210 LPKLDELRDEGkASs
0 1 E212 KLDELRDEGkASsAk
0 1 E212 KLDELRDEGkASsAk
0 1 E212 KLDELRDEGkASsAk
0 32 K214‑ac DELRDEGkASsAkQR
0 2 S217‑p RDEGkASsAkQRLkC
0 7 K219‑ac EGkASsAkQRLkCAS
1 7 K223‑ac SsAkQRLkCASLQkF
0 57 K229‑ac LkCASLQkFGERAFK
0 2 K229‑ub LkCASLQkFGERAFK
0 2 K236 kFGERAFKAWAVARL
0 1 K236 kFGERAFKAWAVARL
0 1 K236 kFGERAFKAWAVARL
0 3 K249‑ac RLSQRFPkAEFAEVs
0 1 S256‑p kAEFAEVskLVtDLt
0 2 K257‑ac AEFAEVskLVtDLtk
0 1 K257 AEFAEVsKLVtDLtk
0 3 T260‑p AEVskLVtDLtkVHT
0 1 T263‑p skLVtDLtkVHTECC
0 3 K264‑ac kLVtDLtkVHTECCH
0 1 K264 kLVtDLtKVHTECCH
0 1 K264 kLVtDLtKVHTECCH
0 2 K286‑ac DDRADLAkyICENQD
0 17 Y287‑p DRADLAkyICENQDs
0 4 S294‑p yICENQDsISskLkE
0 2 S297‑p ENQDsISskLkECCE
0 10 K298‑ac NQDsISskLkECCEk
0 4 K298‑ub NQDsISskLkECCEk
0 3 K300‑ac DsISskLkECCEkPL
0 1 E301 sISskLkECCEkPLL
0 9 K305‑ac kLkECCEkPLLEKSH
0 1 K305 kLkECCEKPLLEKSH
0 6 E309 CCEkPLLEKSHCIAE
0 1 A315 LEKSHCIAEVENDEM
0 2 S328‑p EMPADLPsLAADFVE
0 2 S336‑p LAADFVEsKDVCKNy
0 1 K341 VEsKDVCKNyAEAkD
0 15 Y343‑p sKDVCKNyAEAkDVF
0 1 K347‑ac CKNyAEAkDVFLGMF
0 1 R360 MFLYEYARRHPDysV
0 1 R361 FLYEYARRHPDysVV
0 60 Y365‑p YARRHPDysVVLLLR
0 5 S366‑p ARRHPDysVVLLLRL
0 7 V368 RHPDysVVLLLRLAK
0 1 K375 VLLLRLAKtyEttLE
0 12 T376‑p LLLRLAKtyEttLEK
0 2 T376 LLLRLAKTyEttLEK
0 1 T376 LLLRLAKTyEttLEK
0 69 Y377‑p LLRLAKtyEttLEKC
0 4 T379‑p RLAKtyEttLEKCCA
0 1 T380‑p LAKtyEttLEKCCAA
0 178 Y394‑p AADPHECyAkVFDEF
0 11 K396‑ac DPHECyAkVFDEFkP
0 1 K402‑ac AkVFDEFkPLVEEPQ
0 1 K413 EEPQNLIKQNCELFE
0 2 K413 EEPQNLIKQNCELFE
0 2 Q421 QNCELFEQLGEykFQ
0 60 Y425‑p LFEQLGEykFQNALL
0 35 K426‑ac FEQLGEykFQNALLV
0 22 K438‑ac LLVRYTKkVPQVstP
0 1 K438 LLVRYTKKVPQVstP
0 1 K438 LLVRYTKKVPQVstP
0 15 S443‑p TKkVPQVstPtLVEV
0 12 T444‑p KkVPQVstPtLVEVs
0 1 T444‑ga KkVPQVstPtLVEVs
0 3 T446‑p VPQVstPtLVEVsRN
0 2 S451‑p tPtLVEVsRNLGkVG
0 1 K456‑ac EVsRNLGkVGSKCCK
0 1 K460 NLGkVGSKCCKHPEA
0 23 K468‑ac CCKHPEAkRMPCAED
0 2 Y476‑p RMPCAEDyLSVVLNQ
0 3 K490 QLCVLHEKTPVSDRV
0 2 K490 QLCVLHEKTPVSDRV
0 1 R496 EKTPVSDRVTkCCtE
0 7 K499‑ac PVSDRVTkCCtEsLV
0 1 K499 PVSDRVTKCCtEsLV
0 1 T502‑p DRVTkCCtEsLVNRR
0 1 S504‑p VTkCCtEsLVNRRPC
0 1 S513‑p VNRRPCFsALEVDEt
0 2 T520‑p sALEVDEtyVPkEFN
0 15 Y521‑p ALEVDEtyVPkEFNA
0 5 K524‑ac VDEtyVPkEFNAETF
0 1 A535 AETFTFHADICTLSE
0 1 K543 DICTLSEKERQIKkQ
0 2 K549‑ac EKERQIKkQtALVEL
0 1 K549 EKERQIKKQtALVEL
0 2 T551‑p ERQIKkQtALVELVk
0 2 K558‑ac tALVELVkHKPkAtK
0 6 K558‑m1 tALVELVkHKPkAtK
0 1 K562‑ac ELVkHKPkAtKEQLK
0 1 T564‑p VkHKPkAtKEQLKAV
0 1 K569 kAtKEQLKAVMDDFA
0 1 A570 AtKEQLKAVMDDFAA
0 1 K588 KCCKADDKEtCFAEE
0 1 T590‑p CKADDKEtCFAEEGk
0 2 A593 DDKEtCFAEEGkkLV
0 1 E594 DKEtCFAEEGkkLVA
0 63 K597‑ac tCFAEEGkkLVAAsQ
0 19 K598‑ac CFAEEGkkLVAAsQA
0 3 S603‑p GkkLVAAsQAALGL_
  mouse

 
G14 LLLLFVSGsAFsRGV
S15‑p LLLFVSGsAFsRGVF
F17 LFVSGsAFsRGVFRR
S18‑p FVSGsAFsRGVFRRE
K28 VFRREAHKsEIAHRY
S29‑p FRREAHKsEIAHRYN
N36 sEIAHRYNDLGEQHF
K44‑ac DLGEQHFkGLVLIAF
Y54 VLIAFSQYLQKCSyD
K57 AFSQYLQKCSyDEHA
Y60‑p QYLQKCSyDEHAkLV
K65 CSyDEHAKLVQEVTD
K65‑ub CSyDEHAkLVQEVTD
T71 AkLVQEVTDFAkTCV
K75‑ac QEVTDFAkTCVADES
K75 QEVTDFAKTCVADES
S82 kTCVADESAANCDkS
K88‑ac ESAANCDkSLHTLFG
K88‑ub ESAANCDkSLHTLFG
S89 SAANCDkSLHTLFGD
T92 NCDkSLHTLFGDkLC
K97 LHTLFGDKLCAIPNL
K97‑ub LHTLFGDkLCAIPNL
N103 DkLCAIPNLRENYGE
N107 AIPNLRENYGELADC
Y108 IPNLRENYGELADCC
K117 ELADCCTKQEPERNE
K130 NECFLQHKDDNPSLP
G160 ENPTTFMGHYLHEVA
H161 NPTTFMGHYLHEVAR
Y162 PTTFMGHYLHEVARR
H164 TFMGHYLHEVARRHP
R168 HYLHEVARRHPYFYA
Y172 EVARRHPYFYAPELL
Y174 ARRHPYFYAPELLYY
E183 PELLYYAEQYNEILT
N186 LYYAEQYNEILTQCC
T190 EQYNEILTQCCAEAD
K198 QCCAEADKESCLtPk
T203‑p ADKESCLtPkLDGVk
K205 KESCLtPKLDGVkEk
K205‑ub KESCLtPkLDGVkEk
K210 tPkLDGVKEkALVSS
K210‑sc tPkLDGVkEkALVSS
K212 kLDGVkEKALVSSVR
K212‑ub kLDGVkEkALVSSVR
K212‑sc kLDGVkEkALVSSVR
L214 DGVkEkALVSSVRQR
S217 kEkALVSSVRQRMKC
R219 kALVSSVRQRMKCSS
K223 SSVRQRMKCSSMQkF
K229‑ac MKCSSMQkFGERAFk
K229 MKCSSMQKFGERAFk
K236‑ac kFGERAFkAWAVARL
K236‑ub kFGERAFkAWAVARL
K236‑sc kFGERAFkAWAVARL
N249 RLSQTFPNADFAEIT
T256 NADFAEITkLATDLT
K257 ADFAEITKLATDLTk
K257‑ub ADFAEITkLATDLTk
T260 AEITkLATDLTkVNK
T263 TkLATDLTkVNKECC
K264‑ac kLATDLTkVNKECCH
K264‑ub kLATDLTkVNKECCH
K264‑sc kLATDLTkVNKECCH
K286 DDRAELAKYMCENQA
Y287 DRAELAKYMCENQAt
T294‑p YMCENQAtISsKLQt
S297‑p ENQAtISsKLQtCCD
K298 NQAtISsKLQtCCDk
K298 NQAtISsKLQtCCDk
Q300 AtISsKLQtCCDkPL
T301‑p tISsKLQtCCDkPLL
K305‑ac KLQtCCDkPLLkKAH
K305‑ub KLQtCCDkPLLkKAH
K309‑ac CCDkPLLkKAHCLsE
S315‑p LkKAHCLsEVEHDTM
A328 TMPADLPAIAADFVE
D336 IAADFVEDQEVCKNY
K341 VEDQEVCKNYAEAKD
Y343 DQEVCKNYAEAKDVF
K347 CKNYAEAKDVFLGTF
R360‑m2 TFLYEYSrrHPDYSV
R361‑m2 FLYEYSrrHPDYSVs
Y365 YSrrHPDYSVsLLLR
S366 SrrHPDYSVsLLLRL
S368‑p rHPDYSVsLLLRLAK
K375 sLLLRLAKkYEATLE
K376 LLLRLAKKYEATLEK
K376‑ac LLLRLAKkYEATLEK
K376‑ub LLLRLAKkYEATLEK
Y377 LLRLAKkYEATLEKC
A379 RLAKkYEATLEKCCA
T380 LAKkYEATLEKCCAE
Y394 EANPPACYGTVLAEF
T396 NPPACYGTVLAEFQP
Q402 GTVLAEFQPLVEEPK
K413 EEPKNLVKTNCDLYE
K413‑ub EEPKNLVkTNCDLYE
K421‑ac TNCDLYEkLGEyGFQ
Y425‑p LYEkLGEyGFQNAIL
G426 YEkLGEyGFQNAILV
K438 ILVRYTQKAPQVstP
K438‑ub ILVRYTQkAPQVstP
K438‑sc ILVRYTQkAPQVstP
S443‑p TQkAPQVstPTLVEA
T444‑p QkAPQVstPTLVEAA
T444 QkAPQVsTPTLVEAA
T446 APQVstPTLVEAARN
A451 tPTLVEAARNLGRVG
R456 EAARNLGRVGTkCCT
K460‑ub NLGRVGTkCCTLPED
Q468 CCTLPEDQRLPCVED
Y476 RLPCVEDYLSAILNR
K490‑ac RVCLLHEkTPVSEHV
K490‑ub RVCLLHEkTPVSEHV
H496 EkTPVSEHVTkCCSG
K499‑ac PVSEHVTkCCSGSLV
K499‑ub PVSEHVTkCCSGSLV
S502 EHVTkCCSGSLVERR
S504 VTkCCSGSLVERRPC
S513 VERRPCFSALTVDET
T520 SALTVDETYVPkEFK
Y521 ALTVDETYVPkEFKA
K524‑ac VDETYVPkEFKAETF
S535‑p AETFTFHsDICTLPE
K543 DICTLPEKEKQIKkQ
K549 EKEKQIKKQTALAEL
K549‑ub EKEKQIKkQTALAEL
T551 EKQIKkQTALAELVk
K558‑ac TALAELVkHKPKATA
K558 TALAELVKHKPKATA
K562 ELVkHKPKATAEQLK
T564 VkHKPKATAEQLKTV
K569 KATAEQLKTVMDDFA
T570 ATAEQLKTVMDDFAQ
K588 TCCKAADKDTCFstE
T590 CKAADKDTCFstEGP
S593‑p ADKDTCFstEGPNLV
T594‑p DKDTCFstEGPNLVT
P597 TCFstEGPNLVTRCK
N598 CFstEGPNLVTRCKD
C603 GPNLVTRCKDALA__
  rat

 
G14 LLLLFISGSAFSRGV
S15 LLLFISGSAFSRGVF
F17 LFISGSAFSRGVFRR
S18 FISGSAFSRGVFRRE
K28‑ac VFRREAHkSEIAHRF
S29 FRREAHkSEIAHRFk
K36‑ac SEIAHRFkDLGEQHF
K44 DLGEQHFKGLVLIAF
Y54 VLIAFSQYLQkCPYE
K57‑ac AFSQYLQkCPYEEHI
Y60 QYLQkCPYEEHIkLV
K65‑ac CPYEEHIkLVQEVTD
K65 CPYEEHIKLVQEVTD
T71 IkLVQEVTDFAKTCV
K75 QEVTDFAKTCVADEN
K75 QEVTDFAKTCVADEN
N82 KTCVADENAENCDKS
K88 ENAENCDKSIHTLFG
K88 ENAENCDKSIHTLFG
S89 NAENCDKSIHTLFGD
T92 NCDKSIHTLFGDkLC
K97‑ac IHTLFGDkLCAIPkL
K97 IHTLFGDKLCAIPkL
K103‑ac DkLCAIPkLRDNYGE
N107 AIPkLRDNYGELADC
Y108 IPkLRDNYGELADCC
K117 ELADCCAKQEPERNE
K130 NECFLQHKDDNPNLP
G160 ENPTSFLGHYLHEVA
H161 NPTSFLGHYLHEVAR
Y162 PTSFLGHYLHEVARR
H164 SFLGHYLHEVARRHP
R168 HYLHEVARRHPYFYA
Y172 EVARRHPYFYAPELL
Y174 ARRHPYFYAPELLYY
E183 PELLYYAEKYNEVLT
N186 LYYAEKYNEVLTQCC
T190 EKYNEVLTQCCTESD
K198 QCCTESDKAACLTPk
T203 SDKAACLTPkLDAVk
K205‑ac KAACLTPkLDAVkEk
K205 KAACLTPKLDAVkEk
K210‑ac TPkLDAVkEkALVAA
K210 TPkLDAVKEkALVAA
K212‑ac kLDAVkEkALVAAVR
K212 kLDAVkEKALVAAVR
K212 kLDAVkEKALVAAVR
L214 DAVkEkALVAAVRQR
A217 kEkALVAAVRQRMkC
R219 kALVAAVRQRMkCSS
K223‑ac AAVRQRMkCSSMQRF
R229 MkCSSMQRFGERAFk
R229 MkCSSMQRFGERAFk
K236‑ac RFGERAFkAWAVARM
K236 RFGERAFKAWAVARM
K236 RFGERAFKAWAVARM
N249 RMSQRFPNAEFAEIT
T256 NAEFAEITkLATDVT
K257‑ac AEFAEITkLATDVTk
K257 AEFAEITKLATDVTk
T260 AEITkLATDVTkINK
T263 TkLATDVTkINKECC
K264‑ac kLATDVTkINKECCH
K264 kLATDVTKINKECCH
K264 kLATDVTKINKECCH
K286 DDRAELAKYMCENQA
Y287 DRAELAKYMCENQAT
T294 YMCENQATISSKLQA
S297 ENQATISSKLQACCD
K298 NQATISSKLQACCDk
K298 NQATISSKLQACCDk
Q300 ATISSKLQACCDkPV
A301 TISSKLQACCDkPVL
K305‑ac KLQACCDkPVLQKSQ
K305 KLQACCDKPVLQKSQ
Q309 CCDkPVLQKSQCLAE
A315 LQKSQCLAEIEHDNI
S328 NIPADLPSIAADFVE
D336 IAADFVEDKEVCkNY
K341‑ac VEDKEVCkNYAEAKD
Y343 DKEVCkNYAEAKDVF
K347 CkNYAEAKDVFLGTF
R360 TFLYEYSRRHPDYSV
R361 FLYEYSRRHPDYSVS
Y365 YSRRHPDYSVSLLLR
S366 SRRHPDYSVSLLLRL
S368 RHPDYSVSLLLRLAk
K375‑ac SLLLRLAkkYEATLE
K376 LLLRLAkKYEATLEK
K376‑ac LLLRLAkkYEATLEK
K376 LLLRLAkKYEATLEK
Y377 LLRLAkkYEATLEKC
A379 RLAkkYEATLEKCCA
T380 LAkkYEATLEKCCAE
Y394 EGDPPACYGTVLAEF
T396 DPPACYGTVLAEFQP
Q402 GTVLAEFQPLVEEPK
K413‑ac EEPKNLVkTNCELYE
K413 EEPKNLVKTNCELYE
K421‑ac TNCELYEkLGEyGFQ
Y425‑p LYEkLGEyGFQNAVL
G426 YEkLGEyGFQNAVLV
K438‑ac VLVRYTQkAPQVsTP
K438 VLVRYTQKAPQVsTP
K438 VLVRYTQKAPQVsTP
S443‑p TQkAPQVsTPTLVEA
T444 QkAPQVsTPTLVEAA
T444 QkAPQVsTPTLVEAA
T446 APQVsTPTLVEAARN
A451 TPTLVEAARNLGRVG
R456 EAARNLGRVGTKCCT
K460 NLGRVGTKCCTLPEA
Q468 CCTLPEAQRLPCVED
Y476 RLPCVEDYLSAILNR
K490‑ac RLCVLHEkTPVSEkV
K490 RLCVLHEKTPVSEkV
K496‑ac EkTPVSEkVTKCCSG
K499 PVSEkVTKCCSGSLV
K499 PVSEkVTKCCSGSLV
S502 EkVTKCCSGSLVERR
S504 VTKCCSGSLVERRPC
S513 VERRPCFSALTVDET
T520 SALTVDETYVPKEFK
Y521 ALTVDETYVPKEFKA
K524 VDETYVPKEFKAETF
S535 AETFTFHSDICTLPD
K543‑ac DICTLPDkEKQIKKQ
K549 DkEKQIKKQTALAEL
K549 DkEKQIKKQTALAEL
T551 EKQIKKQTALAELVK
K558 TALAELVKHKPKATE
K558 TALAELVKHKPKATE
K562 ELVKHKPKATEDQLk
T564 VKHKPKATEDQLktV
K569‑ac KATEDQLktVMGDFA
T570‑p ATEDQLktVMGDFAQ
K588‑ac KCCKAADkDNCFATE
N590 CKAADkDNCFATEGP
A593 ADkDNCFATEGPNLV
T594 DkDNCFATEGPNLVA
P597 NCFATEGPNLVARSK
N598 CFATEGPNLVARSKE
S603 GPNLVARSKEALA__
  cow

 
S14 ISLLLLFSSAYSRGV
S15 SLLLLFSSAYSRGVF
Y17 LLLFSSAYSRGVFRR
S18 LLFSSAYSRGVFRRD
K28 VFRRDTHKSEIAHRF
S29 FRRDTHKSEIAHRFK
K36 SEIAHRFKDLGEEHF
K44 DLGEEHFKGLVLIAF
Y54 VLIAFSQYLQQCPFD
Q57 AFSQYLQQCPFDEHV
F60 QYLQQCPFDEHVKLV
K65 CPFDEHVKLVNELTE
K65 CPFDEHVKLVNELTE
T71 VKLVNELTEFAKTCV
K75 NELTEFAKTCVADES
K75 NELTEFAKTCVADES
S82 KTCVADESHAGCEKS
K88 ESHAGCEKSLHTLFG
K88 ESHAGCEKSLHTLFG
S89 SHAGCEKSLHTLFGD
T92 GCEKSLHTLFGDELC
E97 LHTLFGDELCKVASL
E97 LHTLFGDELCKVASL
S103 DELCKVASLRETYGD
T107 KVASLRETYGDMADC