Other Species / Isoforms
  VTN (human)      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.

 
T69-p
VTRGDVFtMPEDEyt
Upstream
1 2
Kinase, in vitro:
  • CK2A1 (human)
VTN (human) VTRGDVFtMPEDEyt T69-p
VTN (mouse) VTRGDVFTMPEDDYW T69
VTN (rat) VTRGDVFTMPEDEYW T69
Y75-p
FtMPEDEytVYDDGE
0 1
VTN (human) FtMPEDEytVYDDGE Y75-p
VTN (mouse) FTMPEDDYWSYDYVE Y75
VTN (rat) FTMPEDEYWSYDYPE Y75
T76-p
tMPEDEytVYDDGEE
Upstream
1 2
Kinase, in vitro:
  • CK2A1 (human)
VTN (human) tMPEDEytVYDDGEE T76-p
VTN (mouse) TMPEDDYWSYDYVEE W76
VTN (rat) TMPEDEYWSYDYPEE W76
N85
YDDGEEKNNATVHEQ
0 1
VTN (human) YDDGEEKNNATVHEQ N85
VTN (mouse) DYVEEPKnNTNTGVQ N86-ng
VTN (rat) DYPEETKNSTSTGVQ N86
S106-p
TSDLQAQsKGNPEQT
0 1
VTN (human) TSDLQAQsKGNPEQT S106-p
VTN (mouse) PGDLNPRTDGTLKPT T107
VTN (rat) HFNLKPRAEETIKPT A107
S130-p
PAPEVGAsKPEGIDs
0 1
VTN (human) PAPEVGAsKPEGIDs S130-p
VTN (mouse) STPAPKVEQQEEILR E131
VTN (rat) gap -
S137-p
sKPEGIDsRPEtLHP
0 1
VTN (human) sKPEGIDsRPEtLHP S137-p
VTN (mouse) VEQQEEILRPDTTDQ L137
VTN (rat) VGQQGVAPRPDTTDE P136
T141-p
GIDsRPEtLHPGRPQ
0 1
VTN (human) GIDsRPEtLHPGRPQ T141-p
VTN (mouse) EEILRPDTTDQGTPE T141
VTN (rat) GVAPRPDTTDEGTSE T140
N169
DAFTDLKNGSLFAFR
0 1
VTN (human) DAFTDLKNGSLFAFR N169
VTN (mouse) DAFTDLKnGSLFAFR N168-ng
VTN (rat) DAFTDLKNGSLFAFR N167
Y179-p
LFAFRGQyCYELDEK
0 1
VTN (human) LFAFRGQyCYELDEK Y179-p
VTN (mouse) LFAFRGQYCYELDET Y178
VTN (rat) LFAFRGEYCYELDET Y177
Y192-p
EKAVRPGyPkLIRDV
0 1
VTN (human) EKAVRPGyPkLIRDV Y192-p
VTN (mouse) ETAVRPGYPKLIQDV Y191
VTN (rat) ETAVRPGYPKLIQDV Y190
K194-ac
AVRPGyPkLIRDVWG
0 3
VTN (human) AVRPGyPkLIRDVWG K194-ac
VTN (mouse) AVRPGYPKLIQDVWG K193
VTN (rat) AVRPGYPKLIQDVWG K192
K218-ac
TRINCQGktYLFKGS
0 1
VTN (human) TRINCQGktYLFKGS K218-ac
VTN (mouse) TRINCQGKTYLFkGS K217
VTN (rat) TRINCQGKTYLFKGS K216
T219-p
RINCQGktYLFKGSQ
0 1
VTN (human) RINCQGktYLFKGSQ T219-p
VTN (mouse) RINCQGKTYLFkGSQ T218
VTN (rat) RINCQGKTYLFKGSQ T217
K223
QGktYLFKGSQYWRF
0 1
VTN (human) QGktYLFKGSQYWRF K223
VTN (mouse) QGKTYLFkGSQYWRF K222-ub
VTN (rat) QGKTYLFKGSQYWRF K221
N242
LDPDYPRNISDGFDG
0 1
VTN (human) LDPDYPRNISDGFDG N242
VTN (mouse) LDPGYPRnISEGFSG N241-ng
VTN (rat) LDPDYPRNISEGFSG N240
S312-p
FAMMQRDsWEDIFEL
1 4
VTN (human) FAMMQRDsWEDIFEL S312-p
VTN (mouse) FALLQRDSWENIFEL S311
VTN (rat) FALLQRDSWENIFEL S310
T325-p
ELLFWGRtSAGTRQP
0 2
VTN (human) ELLFWGRtSAGTRQP T325-p
VTN (mouse) ELLFWGRsSDGAREP S324-p
VTN (rat) ELLFWGRSSDGAKGP S323
S357-p
MAGRIYIsGMAPRPs
0 1
VTN (human) MAGRIYIsGMAPRPs S357-p
VTN (mouse) MAGRIYVTGSLsHsA T356
VTN (rat) MAGRIYITGSTFRSV T355
P361
IYIsGMAPRPsLAKK
0 1
VTN (human) IYIsGMAPRPsLAKK P361
VTN (mouse) IYVTGSLsHsAQAKK S360-p
VTN (rat) IYITGSTFRSVQAKK F359
P363
IsGMAPRPsLAKKQR
0 2
VTN (human) IsGMAPRPsLAKKQR P363
VTN (mouse) VTGSLsHsAQAKKQK S362-p
VTN (rat) ITGSTFRSVQAKKQK S361
S364-p
sGMAPRPsLAKKQRF
0 4
VTN (human) sGMAPRPsLAKKQRF S364-p
VTN (mouse) TGSLsHsAQAKKQKS A363
VTN (rat) TGSTFRSVQAKKQKS V362
S381-p
RNRKGYRsQRGHsRG
Upstream
1 0
Kinase, in vitro:
  • PKCA (human)
VTN (human) RNRKGYRsQRGHsRG S381-p
VTN (mouse) RSRKRYRSrRGRGHr S380
VTN (rat) RSRKRYRSRRGRGHS S379
Q382
NRKGYRsQRGHsRGR
0 1
VTN (human) NRKGYRsQRGHsRGR Q382
VTN (mouse) SRKRYRSrRGRGHrr R381-m1
VTN (rat) SRKRYRSRRGRGHSR R380
S386-p
YRsQRGHsRGRNQNs
Upstream
1 0
Kinase, in vitro:
  • PKCA (human)
VTN (human) YRsQRGHsRGRNQNs S386-p
VTN (mouse) SrRGRGHRrSQSSNS R387
VTN (rat) YRSRRGRGHSRSRSR G384
S386
YRsQRGHSRGRNQNs
0 1
VTN (human) YRsQRGHSRGRNQNs S386
VTN (mouse) SrRGRGHrrSQSSNS R387-m1
VTN (rat) SRRGRGHSRSRSRSM S386
R387
RsQRGHsRGRNQNsR
0 1
VTN (human) RsQRGHsRGRNQNsR R387
VTN (mouse) rRGRGHrrSQSSNSR R388-m1
VTN (rat) RRGRGHSRSRSRSMS R387
S393-p
sRGRNQNsRRPsRAT
Upstream
1 0
Kinase, in vitro:
  • PKCA (human)
VTN (human) sRGRNQNsRRPsRAT S393-p
VTN (mouse) rrSQSSNSRRSSRSI S394
VTN (rat) SRSRSMSSRRPSRSV S395
S397-p
NQNsRRPsRATWLSL
Upstream
Downstream
4 0
Effects on Modified Protein
  • molecular association, regulation
  • phosphorylation
  • protein conformation
Kinase, in vitro:
  • PKACA (human)
  • PKCA (human)
VTN (human) NQNsRRPsRATWLSL S397-p
VTN (mouse) SSNSRRSSRSIWFSL S398
VTN (rat) SMSSRRPSRSVWFSL S399
S406-p
ATWLSLFssEESNLG
0 3
VTN (human) ATWLSLFssEESNLG S406-p
VTN (mouse) SIWFSLFSSEESGLG S407
VTN (rat) SVWFSLLSSEESGLG S408
S407-p
TWLSLFssEESNLGA
0 3
VTN (human) TWLSLFssEESNLGA S407-p
VTN (mouse) IWFSLFSSEESGLGT S408
VTN (rat) VWFSLLSSEESGLGT S409
Y420-p
GANNYDDyRMDWLVP
0 1
VTN (human) GANNYDDyRMDWLVP Y420-p
VTN (mouse) GTYNNYDYDMDWLVP Y421
VTN (rat) LGTYNYDYDMNWRIP Y421
K443-ac
VFFFSGDkYYRVNLR
0 5
VTN (human) VFFFSGDkYYRVNLR K443-ac
VTN (mouse) VYFFSGDKYYRVNLR K444
VTN (rat) VYFFSGDKYYRVNLR K444