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.


       human

► Hide Isoforms 		 
0 1   T9‑p VHFCGLLtLHREPVP
0 1   R12 CGLLtLHREPVPLKS
0 1   K72 EALVDGKKIVAELQD
0 1   K72‑ub EALVDGKkIVAELQD
0 1   K80‑ub IVAELQDkMKARTNY
0 1   Y87 kMKARTNYEkAIsQG
0 1   K89‑ub KARTNYEkAIsQGHQ
0 7   S92‑p TNYEkAIsQGHQAFL
0 1   S104‑p AFLLEGDsSsRDVFS
0 1   S105 FLLEGDsSsRDVFSC
0 1   S106‑p LLEGDsSsRDVFSCN
0 1   K122‑ub GNLQPGSkAAVTLkY
0 1   K128‑ub SkAAVTLkYVQELPL
0 2   K160‑ub YQFSGSSkDsCLNVK
0 1   S162‑p FSGSSkDsCLNVKTP
0 3   S202‑p VQSNCPLsPtEYLGE
0 1   T204‑p SNCPLsPtEYLGEDK
0 2   S289‑p FIFLMDRsGsMQSPM
0 1   S291‑p FLMDRsGsMQSPMSS
0 2   K310‑ub QLRIQAAkETLILLL
0 2   K358‑ub EEALGRVkLMQADLG
0 1   S381‑p QNIYRGPsIPGHPLQ
0 1   K447‑ub TSEFITGkDRMQSKA
0 1   S485‑p GLSAKMLsPEQtVIF
0 1   T489‑p KMLsPEQtVIFRGQR
0 1   K519 TTGEVCLKYTLQGkT
0 1   K525‑ub LKYTLQGkTFEDKVT
0 1   K538 VTFPLQPKPDVNLTI
0 1   K551 TIHRLAAKSLLQTKD
0 1   K557 AKSLLQTKDMGLRET
0 1   P565 DMGLRETPASDKKDA
0 1   K597 AINKELNKPVQGPLA
0 1   K597‑ub AINKELNkPVQGPLA
0 2   S617‑p RPILLGAsAPLkIkC
0 1   A618 PILLGAsAPLkIkCQ
0 2   K621‑ub LGAsAPLkIkCQSGF
0 2   I622 GAsAPLkIkCQSGFR
0 1   K623 AsAPLkIKCQSGFRk
0 1   K623‑ub AsAPLkIkCQSGFRk
0 3   C624 sAPLkIkCQSGFRkA
0 1   R629 IkCQSGFRkALHsDR
0 1   K630‑ub kCQSGFRkALHsDRP
0 3   S634‑p GFRkALHsDRPPsAS
0 4   S639‑p LHsDRPPsASQPRGE
0 1   G645 PsASQPRGELMCYKA
0 1   K653‑ub ELMCYKAktFQMDDy
0 1   T654‑p LMCYKAktFQMDDys
0 30   Y660‑p ktFQMDDysLCGLIS
0 3   S661‑p tFQMDDysLCGLISH
0 1   D670 CGLISHKDQHsPGFG
0 1   S673‑p ISHKDQHsPGFGENH
0 1   - gap
0 1   - gap
0 1   Y686 NHLVQLIYHQNANGS
0 1   K702 DLNEDLAKILGMSLE
  VWA5A iso2  
T9 VHFCGLLTLHREPVP
R12 CGLLTLHREPVPLKS
K72 EALVDGKKIVAELQD
K72 EALVDGKKIVAELQD
K80 IVAELQDKMKARTNY
Y87 KMKARTNYEKAISQG
K89 KARTNYEKAISQGHQ
S92 TNYEKAISQGHQAFL
S104 AFLLEGDSSSRDVFS
S105 FLLEGDSSSRDVFSC
S106 LLEGDSSSRDVFSCN
K122 GNLQPGSKAAVTLKY
K128 SKAAVTLKYVQELPL
K160 YQFSGSSKDSCLNVK
S162 FSGSSKDSCLNVKTP
S202 VQSNCPLSPTEYLGE
T204 SNCPLSPTEYLGEDK
S289 FIFLMDRSGSMQSPM
S291 FLMDRSGSMQSPMSS
K310 QLRIQAAKETLILLL
K358 EEALGRVKLMQADLG
S381 QNIYRGPSIPGHPLQ
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  mouse

 
T9 EHHCGLITSNKETVP
K12 CGLITSNKETVPLKN
K72 EALVDGKKIVAELQD
K72 EALVDGKKIVAELQD
K80 IVAELQDKMKAHSEy
Y87‑p KMKAHSEyEEALSQG
E89 KAHSEyEEALSQGHQ
S92 SEyEEALSQGHQAYL
D104 AYLLEEDDySRDVFS
Y105‑p YLLEEDDySRDVFSC
S106 LLEEDDySRDVFSCN
K122 GNLQPGAKVAVTLRY
R128 AKVAVTLRYVQELPL
A160 YQLSEQSANSCLNIQ
S162 LSEQSANSCLNIQKP
S202 VQSNCSLSPIQYLTD
I204 SNCSLSPIQYLTDDK
S289 FVFLMDRSGSMDSPM
S291 FLMDRSGSMDSPMST
K310‑ub QLRIEAAkETLLLLL
K358 EDAVKRVKALKANLG
S381 CNIYKASSIPGHPLQ
K447 TAVFITGKDRMQTKA
S485 GLSVKMLSPEQLTIF
L489 KMLSPEQLTIFRGQR
K519 STGAVCLKHILQGRS
R525 LKHILQGRSLENRVT
K538‑ub VTFSLQPkANDNFTI
K551‑ub TIHRLAAkSLIQTkD
K557‑ub AkSLIQTkDFGSQEA
S565‑p DFGSQEAsKEEKEDV
K597 AINKELNKPVQGPLA
K597 AINKELNKPVQGPLA
S617 RPVMAGSSsMRFyss
S618‑p PVMAGSSsMRFyssF
F621 AGSSsMRFyssFSGG
Y622‑p GSSsMRFyssFSGGF
S623‑p SSsMRFyssFSGGFk
S623 SSsMRFySsFSGGFk
S624‑p SsMRFyssFSGGFkG
K630‑ub ssFSGGFkGPQPRsL
- gap
G631 sFSGGFkGPQPRsLR
S636‑p FkGPQPRsLRVPAyD
Y642‑p RsLRVPAyDLCSAES
A650 DLCSAESANLVLKKS
N651 LCSAESANLVLKKSA
- gap
S657 ANLVLKKSACSAIQK
K666‑ac CSAIQKKkTNSSTNK
S669 IQKKkTNSSTNKSNL
K677‑ac STNKSNLkkEHKAFG
K678‑ac TNKSNLkkEHKAFGE
S693‑p NAVVQLIsLQKANGS
K709‑ac ELDEDLTkILGTKSK
  rat

 
T9 EHHWGLITGNkEKVP
K12‑ac WGLITGNkEKVPLKS
K72‑ac EALVDGKkIVAELQD
K72 EALVDGKKIVAELQD
K80 IVAELQDKTKAHSKY
Y87 KTKAHSKYEEALSQG
E89 KAHSKYEEALSQGHQ
S92 SKYEEALSQGHQAYL
D104 AYLLEEDDYSRDVFS
Y105 YLLEEDDYSRDVFSC
S106 LLEEDDYSRDVFSCN
K122 GNLQPGTKVAVTLRY
R128 TKVAVTLRYVQELPL
A160 YQLSEQSASSCLNVQ
S162 LSEQSASSCLNVQKP
S202 VQSNCSLSPIQYLTD
I204 SNCSLSPIQYLTDDK
S289 FVFLMDRSGSMQTPM
S291 FLMDRSGSMQTPMRT
K310 QLRIEAAKETLLLLL
K358 EEAVERVKRLDADLG
S381 RNIYKTSSIPGHPLQ
K447 TAEFITGKDRMQAKA
S485 GLSVNMLSPEQPTIF
P489 NMLSPEQPTIFRGQR
K519‑ac SRGAVCLkHTLQGKS
K525 LkHTLQGKSLENKVA
K538 VAFSLQPKENANFTI
K551 TIHRLAAKFLIQTKD
K557 AKFLIQTKDLGSHEV
S565 DLGSHEVSKEEKKDV
K597‑ac AINKELNkPVQGPLA
K597 AINKELNKPVQGPLA
T617 RPMIATSTSMFMRSC
S618 PMIATSTSMFMRSCS
M621 ATSTSMFMRSCSRLT
R622 TSTSMFMRSCSRLTG
S623 STSMFMRSCSRLTGP
S623 STSMFMRSCSRLTGP
C624 TSMFMRSCSRLTGPF
V646 RLCAADYVPYGHEST
P647 LCAADYVPYGHESTV
- gap
- gap
- gap
- gap
T653 VPYGHESTVYSSMPS
P659 STVYSSMPSPAPIEN
S660 TVYSSMPSPAPIENQ
V669 APIENQGVADSSNEK
S672 ENQGVADSSNEKSNS
Q680 SNEKSNSQNEHKAFG
N681 NEKSNSQNEHKAFGE
F696 NVVLQLIFLQNANGS
K712 KLDENLTKILGTTLE