Other Species / Isoforms
  VRK3 (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.

 
R50-m1
SSFQGSKrGLNssFE
0 1
VRK3 (human) SSFQGSKrGLNssFE R50-m1
VRK3 iso2 (human) SSFQGSKRGLNSSFE R50
VRK3 (mouse) SSVPGSRRDLNSsFE R50
VRK3 iso3 (mouse) SSVPGSRRDLNSSFE R50
VRK3 (rat) SPFRGSKRDLNSSSE R50
S54-p
GSKrGLNssFEtsPK
0 1
VRK3 (human) GSKrGLNssFEtsPK S54-p
VRK3 iso2 (human) GSKRGLNSSFETSPK S54
VRK3 (mouse) GSRRDLNSsFEtsPK S54
VRK3 iso3 (mouse) GSRRDLNSSFETSPK S54
VRK3 (rat) GSKRDLNSSSETSPK S54
S55-p
SKrGLNssFEtsPKK
0 14
VRK3 (human) SKrGLNssFEtsPKK S55-p
VRK3 iso2 (human) SKRGLNSSFETSPKK S55
VRK3 (mouse) SRRDLNSsFEtsPKK S55-p
VRK3 iso3 (mouse) SRRDLNSSFETSPKK S55
VRK3 (rat) SKRDLNSSSETSPKK S55
T58-p
GLNssFEtsPKKVKW
0 7
VRK3 (human) GLNssFEtsPKKVKW T58-p
VRK3 iso2 (human) GLNSSFETSPKKVKW T58
VRK3 (mouse) DLNSsFEtsPKKVKC T58-p
VRK3 iso3 (mouse) DLNSSFETSPKKVKC T58
VRK3 (rat) DLNSSSETSPKKVKW T58
S59-p
LNssFEtsPKKVKWs
Upstream
0 45
Treatment
  • angiotensin_2
VRK3 (human) LNssFEtsPKKVKWs S59-p
VRK3 iso2 (human) LNSSFETSPKKVKWS S59
VRK3 (mouse) LNSsFEtsPKKVKCS S59-p
VRK3 iso3 (mouse) LNSSFETSPKKVKCS S59
VRK3 (rat) LNSSSETSPKKVKWS S59
S66-p
sPKKVKWssTVtsPR
0 1
VRK3 (human) sPKKVKWssTVtsPR S66-p
VRK3 iso2 (human) SPKKVKWSSTVTSPR S66
VRK3 (mouse) sPKKVKCSHTVTSLP S66
VRK3 iso3 (mouse) SPKKVKCSHTVTSLP S66
VRK3 (rat) SPKKVKWSRTVTSLP S66
S67-p
PKKVKWssTVtsPRL
0 1
VRK3 (human) PKKVKWssTVtsPRL S67-p
VRK3 iso2 (human) PKKVKWSSTVTSPRL S67
VRK3 (mouse) PKKVKCSHTVTSLPL H67
VRK3 iso3 (mouse) PKKVKCSHTVTSLPL H67
VRK3 (rat) PKKVKWSRTVTSLPL R67
T70-p
VKWssTVtsPRLSLF
0 1
VRK3 (human) VKWssTVtsPRLSLF T70-p
VRK3 iso2 (human) VKWSSTVTSPRLSLF T70
VRK3 (mouse) VKCSHTVTSLPLSRH T70
VRK3 iso3 (mouse) VKCSHTVTSLPLSRH T70
VRK3 (rat) VKWSRTVTSLPLSLH T70
S71-p
KWssTVtsPRLSLFS
0 2
VRK3 (human) KWssTVtsPRLSLFS S71-p
VRK3 iso2 (human) KWSSTVTSPRLSLFS S71
VRK3 (mouse) KCSHTVTSLPLSRHs S71
VRK3 iso3 (mouse) KCSHTVTSLPLSRHS S71
VRK3 (rat) KWSRTVTSLPLSLHS S71
S78
sPRLSLFSDGDssEs
0 1
VRK3 (human) sPRLSLFSDGDssEs S78
VRK3 iso2 (human) SPRLSLFSDGDSSES S78
VRK3 (mouse) SLPLSRHsDCDsSGs S78-p
VRK3 iso3 (mouse) SLPLSRHSDCDssGs S78
VRK3 (rat) SLPLSLHSDYDSSGS S78
S82-p
SLFSDGDssEsEDTL
0 18
VRK3 (human) SLFSDGDssEsEDTL S82-p
VRK3 iso2 (human) SLFSDGDSSESEDTL S82
VRK3 (mouse) SRHsDCDsSGsDNTL S82-p
VRK3 iso3 (mouse) SRHSDCDssGsDNtL S82-p
VRK3 (rat) SLHSDYDSSGSDDTL S82
S83-p
LFSDGDssEsEDTLs
0 22
VRK3 (human) LFSDGDssEsEDTLs S83-p
VRK3 iso2 (human) LFSDGDSSESEDTLS S83
VRK3 (mouse) RHsDCDsSGsDNTLT S83
VRK3 iso3 (mouse) RHSDCDssGsDNtLt S83-p
VRK3 (rat) LHSDYDSSGSDDTLS S83
S85-p
SDGDssEsEDTLsSS
0 7
VRK3 (human) SDGDssEsEDTLsSS S85-p
VRK3 iso2 (human) SDGDSSESEDTLSSS S85
VRK3 (mouse) sDCDsSGsDNTLTsP S85-p
VRK3 iso3 (mouse) SDCDssGsDNtLtSP S85-p
VRK3 (rat) SDYDSSGSDDTLSSP S85
T88
DssEsEDTLsSSERs
0 1
VRK3 (human) DssEsEDTLsSSERs T88
VRK3 iso2 (human) DSSESEDTLSSSERS T88
VRK3 (mouse) DsSGsDNTLTsPDRA T88
VRK3 iso3 (mouse) DssGsDNtLtSPDRA T88-p
VRK3 (rat) DSSGSDDTLSSPDRA T88
S90-p
sEsEDTLsSSERsKG
0 2
VRK3 (human) sEsEDTLsSSERsKG S90-p
VRK3 iso2 (human) SESEDTLSSSERSKG S90
VRK3 (mouse) SGsDNTLTsPDRATG T90
VRK3 iso3 (mouse) sGsDNtLtSPDRATA T90-p
VRK3 (rat) SGSDDTLSSPDRATG S90
S91
EsEDTLsSSERsKGs
0 1
VRK3 (human) EsEDTLsSSERsKGs S91
VRK3 iso2 (human) ESEDTLSSSERSKGS S91
VRK3 (mouse) GsDNTLTsPDRATGT S91-p
VRK3 iso3 (mouse) GsDNtLtSPDRATAE S91
VRK3 (rat) GSDDTLSSPDRATGT S91
S95-p
TLsSSERsKGsGSRP
0 1
VRK3 (human) TLsSSERsKGsGSRP S95-p
VRK3 iso2 (human) TLSSSERSKGSGSRP S95
VRK3 (mouse) TLTsPDRATGTRSRP A95
VRK3 iso3 (mouse) tLtSPDRATAEPTSA A95
VRK3 (rat) TLSSPDRATGTRSRS A95
S98-p
SSERsKGsGSRPPtP
0 1
VRK3 (human) SSERsKGsGSRPPtP S98-p
VRK3 iso2 (human) SSERSKGSGSRPPTP S98
VRK3 (mouse) sPDRATGTRSRPLtP T98
VRK3 iso3 (mouse) gap -
VRK3 (rat) SPDRATGTRSRSQTP T98
T104-p
GsGSRPPtPKssPQK
0 11
VRK3 (human) GsGSRPPtPKssPQK T104-p
VRK3 iso2 (human) GSGSRPPTPKSSPQK T104
VRK3 (mouse) GTRSRPLtPKGsPLs T104-p
VRK3 iso3 (mouse) gap -
VRK3 (rat) GTRSRSQTPKGsPLA T104
S107-p
SRPPtPKssPQKtRK
0 1
VRK3 (human) SRPPtPKssPQKtRK S107-p
VRK3 iso2 (human) SRPPTPKSSPQKTRK S107
VRK3 (mouse) SRPLtPKGsPLsNRQ G107
VRK3 iso3 (mouse) gap -
VRK3 (rat) SRSQTPKGsPLANRL G107
S108-p
RPPtPKssPQKtRKs
Upstream
Downstream
1 13
Effects on Modified Protein
  • enzymatic activity, induced
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • apoptosis, inhibited
Kinase, in vitro:
  • CDK5 (human)
Putative in vivo kinases:
  • CDK5 (human)
Treatment
  • H2O2
VRK3 (human) RPPtPKssPQKtRKs S108-p
VRK3 iso2 (human) RPPTPKSSPQKTRKS S108
VRK3 (mouse) RPLtPKGsPLsNRQs S108-p
VRK3 iso3 (mouse) gap -
VRK3 (rat) RSQTPKGsPLANRLs S108-p
K111
tPKssPQKtRKsPQV
0 5
VRK3 (human) tPKssPQKtRKsPQV K111
VRK3 iso2 (human) TPKSSPQKTRKSPQV K111
VRK3 (mouse) tPKGsPLsNRQsPQt S111-p
VRK3 iso3 (mouse) gap -
VRK3 (rat) TPKGsPLANRLsPRT A111
T112-p
PKssPQKtRKsPQVt
0 2
VRK3 (human) PKssPQKtRKsPQVt T112-p
VRK3 iso2 (human) PKSSPQKTRKSPQVT T112
VRK3 (mouse) PKGsPLsNRQsPQtL N112
VRK3 iso3 (mouse) gap -
VRK3 (rat) PKGsPLANRLsPRTL N112
S115-p
sPQKtRKsPQVtRGs
1 10
VRK3 (human) sPQKtRKsPQVtRGs S115-p
VRK3 iso2 (human) SPQKTRKSPQVTRGS S115
VRK3 (mouse) gap -
VRK3 iso3 (mouse) gap -
VRK3 (rat) sPLANRLsPRTLKRS S115-p
T119-p
tRKsPQVtRGsPQKt
0 4
VRK3 (human) tRKsPQVtRGsPQKt T119-p
VRK3 iso2 (human) TRKSPQVTRGSPQKT T119
VRK3 (mouse) gap -
VRK3 iso3 (mouse) gap -
VRK3 (rat) gap -
S122-p
sPQVtRGsPQKtSCs
1 11
VRK3 (human) sPQVtRGsPQKtSCs S122-p
VRK3 iso2 (human) SPQVTRGSPQKTSCS S122
VRK3 (mouse) gap -
VRK3 iso3 (mouse) gap -
VRK3 (rat) gap -
T126-p
tRGsPQKtSCsPQKT
0 2
VRK3 (human) tRGsPQKtSCsPQKT T126-p
VRK3 iso2 (human) TRGSPQKTSCSPQKT T126
VRK3 (mouse) gap -
VRK3 iso3 (mouse) gap -
VRK3 (rat) gap -
S129-p
sPQKtSCsPQKTRQs
1 3
VRK3 (human) sPQKtSCsPQKTRQs S129-p
VRK3 iso2 (human) SPQKTSCSPQKTRQS S129
VRK3 (mouse) gap -
VRK3 iso3 (mouse) gap -
VRK3 (rat) gap -
S136-p
sPQKTRQsPQTLKRS
1 22
VRK3 (human) sPQKTRQsPQTLKRS S136-p
VRK3 iso2 (human) SPQKTRQSPQTLKRS S136
VRK3 (mouse) sPLsNRQsPQtLKRT S115-p
VRK3 iso3 (mouse) gap -
VRK3 (rat) gap -
T139
KTRQsPQTLKRSRVT
0 1
VRK3 (human) KTRQsPQTLKRSRVT T139
VRK3 iso2 (human) KTRQSPQTLKRSRVT T139
VRK3 (mouse) sNRQsPQtLKRTRVT T118-p
VRK3 iso3 (mouse) gap -
VRK3 (rat) ANRLsPRTLKRSRVT T118
T154-p
TSLEALPtGtVLtDk
0 1
VRK3 (human) TSLEALPtGtVLtDk T154-p
VRK3 iso2 (human) TSLEALPTGTVLTDK T154
VRK3 (mouse) TSLQALATGTELTDQ T133
VRK3 iso3 (mouse) gap -
VRK3 (rat) TSLQALPTGTELTDQ T133
T156-p
LEALPtGtVLtDkSG
0 1
VRK3 (human) LEALPtGtVLtDkSG T156-p
VRK3 iso2 (human) LEALPTGTVLTDKSG T156
VRK3 (mouse) LQALATGTELTDQNG T135
VRK3 iso3 (mouse) gap -
VRK3 (rat) LQALPTGTELTDQNG T135
T159-p
LPtGtVLtDkSGRQW
0 1
VRK3 (human) LPtGtVLtDkSGRQW T159-p
VRK3 iso2 (human) LPTGTVLTDKSGRQW T159
VRK3 (mouse) LATGTELTDQNGKHW T138
VRK3 iso3 (mouse) gap -
VRK3 (rat) LPTGTELTDQNGKHW T138
K161-ub
tGtVLtDkSGRQWKL
0 2
VRK3 (human) tGtVLtDkSGRQWKL K161-ub
VRK3 iso2 (human) TGTVLTDKSGRQWKL K161
VRK3 (mouse) TGTELTDQNGKHWTL Q140
VRK3 iso3 (mouse) gap -
VRK3 (rat) TGTELTDQNGKHWTL Q140
K169-ub
SGRQWKLkSFQTRDN
0 2
VRK3 (human) SGRQWKLkSFQTRDN K169-ub
VRK3 iso2 (human) SGRQWKLKSFQTRDN K169
VRK3 (mouse) NGKHWTLGALQIRDD G148
VRK3 iso3 (mouse) gap -
VRK3 (rat) NGKHWTLGTLQTRDD G148
K197-ub
TCDSGPQkQKFSLKL
0 1
VRK3 (human) TCDSGPQkQKFSLKL K197-ub
VRK3 iso2 (human) TCDSGPQKQKFSLKL K197
VRK3 (mouse) PSESRTQKWRFSLKL K176
VRK3 iso3 (mouse) PSESRTQKWRFSLKL K111
VRK3 (rat) SSESRTQKWRFSLKL K176
K223-ub
NFFQRAAkPLQVNkW
0 1
VRK3 (human) NFFQRAAkPLQVNkW K223-ub
VRK3 iso2 (human) NFFQRAAKPLQVNKW K223
VRK3 (mouse) NFFQRVAKPLQVNKW K202
VRK3 iso3 (mouse) NFFQRVAKPLQVNKW K137
VRK3 (rat) NFFQRAAKPLQVNKW K202
K229-ub
AkPLQVNkWKkLYST
0 2
VRK3 (human) AkPLQVNkWKkLYST K229-ub
VRK3 iso2 (human) AKPLQVNKWKKLYST K229
VRK3 (mouse) AKPLQVNKWKKQFLL K208
VRK3 iso3 (mouse) AKPLQVNKWKKQFLL K143
VRK3 (rat) AKPLQVNKWKKRCLT K208
K232-ub
LQVNkWKkLYSTPLL
0 1
VRK3 (human) LQVNkWKkLYSTPLL K232-ub
VRK3 iso2 (human) LQVNKWKKLYSTPLL K232
VRK3 (mouse) LQVNKWKKQFLLPLL K211
VRK3 iso3 (mouse) LQVNKWKKQFLLPLL K146
VRK3 (rat) LQVNKWKKRCLTPLL K211
K275-ac
SALDVSPkHVLSERS
0 1
VRK3 (human) SALDVSPkHVLSERS K275-ac
VRK3 iso2 (human) SALDVSPKHVLSERS K275
VRK3 (mouse) SALDDNPKHVVSERC K254
VRK3 iso3 (mouse) gap -
VRK3 (rat) SALDDNPKHVVSERC K254
K275-ub
SALDVSPkHVLSERS
0 2
VRK3 (human) SALDVSPkHVLSERS K275-ub
VRK3 iso2 (human) SALDVSPKHVLSERS K275
VRK3 (mouse) SALDDNPKHVVSERC K254
VRK3 iso3 (mouse) gap -
VRK3 (rat) SALDDNPKHVVSERC K254
K338-ub
FRYCPSGkHVAYVEG
0 1
VRK3 (human) FRYCPSGkHVAYVEG K338-ub
VRK3 iso2 (human) FRYCPSGKHVAYVEG K338
VRK3 (mouse) YRYCPGGKHVAYKEG K317
VRK3 iso3 (mouse) gap -
VRK3 (rat) YRYCPGGKHVAYKEG K317
-
gap
0 1
VRK3 (human) gap -
VRK3 iso2 (human) KQKLPWDsF______ S411-p
VRK3 (mouse) gap -
VRK3 iso3 (mouse) gap -
VRK3 (rat) gap -
F407
IMKQKQKFVDkPGPF
0 1
VRK3 (human) IMKQKQKFVDkPGPF F407
VRK3 iso2 (human) gap -
VRK3 (mouse) ITRQKQKYLDsPERL Y386
VRK3 iso3 (mouse) gap -
VRK3 (rat) ITKQKQKyQDNPEPL Y386-p
K410
QKQKFVDKPGPFVGP
0 2
VRK3 (human) QKQKFVDKPGPFVGP K410
VRK3 iso2 (human) gap -
VRK3 (mouse) QKQKYLDsPERLVGL S389-p
VRK3 iso3 (mouse) gap -
VRK3 (rat) QKQKyQDNPEPLVGL N389
K410-ub
QKQKFVDkPGPFVGP
0 1
VRK3 (human) QKQKFVDkPGPFVGP K410-ub
VRK3 iso2 (human) gap -
VRK3 (mouse) QKQKYLDSPERLVGL S389
VRK3 iso3 (mouse) gap -
VRK3 (rat) QKQKyQDNPEPLVGL N389