Other Species / Isoforms
  VRK1 (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.

 
K5-ub
___MPRVkAAQAGRQ
0 1
VRK1 (human) ___MPRVkAAQAGRQ K5-ub
VRK1 (mouse) ___MPRVKAAQAGRP K5
VRK1 (rat) ___MPRVKAAQAGRQ K5
K5-sm
___MPRVkAAQAGRQ
0 1
VRK1 (human) ___MPRVkAAQAGRQ K5-sm
VRK1 (mouse) ___MPRVKAAQAGRP K5
VRK1 (rat) ___MPRVKAAQAGRQ K5
K5-m1
___MPRVkAAQAGRQ
0 4
VRK1 (human) ___MPRVkAAQAGRQ K5-m1
VRK1 (mouse) ___MPRVKAAQAGRP K5
VRK1 (rat) ___MPRVKAAQAGRQ K5
K16-ub
AGRQSSAkRHLAEQF
0 1
VRK1 (human) AGRQSSAkRHLAEQF K16-ub
VRK1 (mouse) AGRPGPAKRRLAEQF K16
VRK1 (rat) AGRQGPAKRRLAEQF K16
K34-ub
EIITDMAkKEWKVGL
0 1
VRK1 (human) EIITDMAkKEWKVGL K34-ub
VRK1 (mouse) EVLTDMSRKEWKLGL R34
VRK1 (rat) EIITDMSKKEWKLGL K34
K71-ub
SDAPCVVkVEPsDNG
0 1
VRK1 (human) SDAPCVVkVEPsDNG K71-ub
VRK1 (mouse) SDAPCVVKVEPSDNG K71
VRK1 (rat) SDAPCVVKVEPSDNG K71
K71-sm
SDAPCVVkVEPsDNG
0 1
VRK1 (human) SDAPCVVkVEPsDNG K71-sm
VRK1 (mouse) SDAPCVVKVEPSDNG K71
VRK1 (rat) SDAPCVVKVEPSDNG K71
S75-p
CVVkVEPsDNGPLFT
0 1
VRK1 (human) CVVkVEPsDNGPLFT S75-p
VRK1 (mouse) CVVKVEPSDNGPLFT S75
VRK1 (rat) CVVKVEPSDNGPLFT S75
K85-ub
GPLFTELkFYQRAAk
0 3
VRK1 (human) GPLFTELkFYQRAAk K85-ub
VRK1 (mouse) GPLFTELKFYQRAAK K85
VRK1 (rat) GPLFTELKFYQRAAK K85
K92-ub
kFYQRAAkPEQIQkW
0 2
VRK1 (human) kFYQRAAkPEQIQkW K92-ub
VRK1 (mouse) KFYQRAAKPEQIQKW K92
VRK1 (rat) KFYQRAAKPEQIQKW K92
K92-sm
kFYQRAAkPEQIQkW
0 1
VRK1 (human) kFYQRAAkPEQIQkW K92-sm
VRK1 (mouse) KFYQRAAKPEQIQKW K92
VRK1 (rat) KFYQRAAKPEQIQKW K92
K98-ac
AkPEQIQkWIRTRKL
0 1
VRK1 (human) AkPEQIQkWIRTRKL K98-ac
VRK1 (mouse) AKPEQIQKWIRTHKL K98
VRK1 (rat) AKPEQIQKWIHTHKL K98
K98-ub
AkPEQIQkWIRTRKL
0 3
VRK1 (human) AkPEQIQkWIRTRKL K98-ub
VRK1 (mouse) AKPEQIQKWIRTHKL K98
VRK1 (rat) AKPEQIQKWIHTHKL K98
K106-ub
WIRTRKLkYLGVPkY
0 3
VRK1 (human) WIRTRKLkYLGVPkY K106-ub
VRK1 (mouse) WIRTHKLKYLGVPKY K106
VRK1 (rat) WIHTHKLKYLGVPKY K106
K112-ub
LkYLGVPkYWGSGLH
Upstream
0 4
Treatment
  • MG132
VRK1 (human) LkYLGVPkYWGSGLH K112-ub
VRK1 (mouse) LKYLGVPKYWGSGLH K112
VRK1 (rat) LKYLGVPKYWGSGLH K112
K112-sm
LkYLGVPkYWGSGLH
0 1
VRK1 (human) LkYLGVPkYWGSGLH K112-sm
VRK1 (mouse) LKYLGVPKYWGSGLH K112
VRK1 (rat) LKYLGVPKYWGSGLH K112
K121-ub
WGSGLHDkNGKSYRF
0 1
VRK1 (human) WGSGLHDkNGKSYRF K121-ub
VRK1 (mouse) WGSGLHDKNGKSYRF K121
VRK1 (rat) WGSGLHDKNGKSYRF K121
K140-ac
RFGSDLQkIYEANAk
0 1
VRK1 (human) RFGSDLQkIYEANAk K140-ac
VRK1 (mouse) RFGSDLQKIYEANAK K140
VRK1 (rat) RFGSDLQKIYEANAK K140
K140-ub
RFGSDLQkIYEANAk
0 1
VRK1 (human) RFGSDLQkIYEANAk K140-ub
VRK1 (mouse) RFGSDLQKIYEANAK K140
VRK1 (rat) RFGSDLQKIYEANAK K140
K147-ac
kIYEANAkRFSRktV
0 1
VRK1 (human) kIYEANAkRFSRktV K147-ac
VRK1 (mouse) KIYEANAKRFSRKTV K147
VRK1 (rat) KIYEANAKRFSRKTV K147
K147-ub
kIYEANAkRFSRktV
0 2
VRK1 (human) kIYEANAkRFSRktV K147-ub
VRK1 (mouse) KIYEANAKRFSRKTV K147
VRK1 (rat) KIYEANAKRFSRKTV K147
K152-ub
NAkRFSRktVLQLsL
0 1
VRK1 (human) NAkRFSRktVLQLsL K152-ub
VRK1 (mouse) NAKRFSRKTVLQLSL K152
VRK1 (rat) NAKRFSRKTVLQLSL K152
K152-sm
NAkRFSRktVLQLsL
0 1
VRK1 (human) NAkRFSRktVLQLsL K152-sm
VRK1 (mouse) NAKRFSRKTVLQLSL K152
VRK1 (rat) NAKRFSRKTVLQLSL K152
T153-p
AkRFSRktVLQLsLR
0 2
VRK1 (human) AkRFSRktVLQLsLR T153-p
VRK1 (mouse) AKRFSRKTVLQLSLR T153
VRK1 (rat) AKRFSRKTVLQLSLR T153
S158-p
RktVLQLsLRILDIL
0 2
VRK1 (human) RktVLQLsLRILDIL S158-p
VRK1 (mouse) RKTVLQLSLRILDIL S158
VRK1 (rat) RKTVLQLSLRILDIL S158
K188-ub
SNLLLNYkNPDQVYL
0 6
VRK1 (human) SNLLLNYkNPDQVYL K188-ub
VRK1 (mouse) SNLLLSHKNPDQVyL K188
VRK1 (rat) SNLLLSYKNPDQVYL K188
Y194
YkNPDQVYLVDYGLA
0 1
VRK1 (human) YkNPDQVYLVDYGLA Y194
VRK1 (mouse) HKNPDQVyLVDYGLA Y194-p
VRK1 (rat) YKNPDQVYLVDYGLA Y194
K211-ac
YCPEGVHkEYKEDPK
0 1
VRK1 (human) YCPEGVHkEYKEDPK K211-ac
VRK1 (mouse) YCPDGVHKEYKEDPK K211
VRK1 (rat) YCPDGVHKEYKEDPK K211
K211-ub
YCPEGVHkEYKEDPK
0 1
VRK1 (human) YCPEGVHkEYKEDPK K211-ub
VRK1 (mouse) YCPDGVHKEYKEDPK K211
VRK1 (rat) YCPDGVHKEYKEDPK K211
K269-ub
EDNLKDPkYVRDSkI
0 1
VRK1 (human) EDNLKDPkYVRDSkI K269-ub
VRK1 (mouse) EDNLKDPNYVRDSKI N269
VRK1 (rat) EDNLKDPNYVRQSKI N269
K269-sm
EDNLKDPkYVRDSkI
0 1
VRK1 (human) EDNLKDPkYVRDSkI K269-sm
VRK1 (mouse) EDNLKDPNYVRDSKI N269
VRK1 (rat) EDNLKDPNYVRQSKI N269
K275-sm
PkYVRDSkIRYRENI
0 1
VRK1 (human) PkYVRDSkIRYRENI K275-sm
VRK1 (mouse) PNYVRDSKIRYRDNV K275
VRK1 (rat) PNYVRQSKIRYRDNV K275
K288-ub
NIASLMDkCFPEkNK
0 2
VRK1 (human) NIASLMDkCFPEkNK K288-ub
VRK1 (mouse) NVAALMEKCFPEKNK K288
VRK1 (rat) NVAALMEKCFPERNK K288
K293-ac
MDkCFPEkNKPGEIA
0 1
VRK1 (human) MDkCFPEkNKPGEIA K293-ac
VRK1 (mouse) MEKCFPEKNKPGEIA K293
VRK1 (rat) MEKCFPERNKPGEIA R293
K301-ub
NKPGEIAkYMETVkL
0 7
VRK1 (human) NKPGEIAkYMETVkL K301-ub
VRK1 (mouse) NKPGEIAKYMESVKL K301
VRK1 (rat) NKPGEIAKYMETVKL K301
K307-ub
AkYMETVkLLDYTEk
0 3
VRK1 (human) AkYMETVkLLDYTEk K307-ub
VRK1 (mouse) AKYMESVKLLEYTEK K307
VRK1 (rat) AKYMETVKLLDYTEK K307
K307-sm
AkYMETVkLLDYTEk
0 1
VRK1 (human) AkYMETVkLLDYTEk K307-sm
VRK1 (mouse) AKYMESVKLLEYTEK K307
VRK1 (rat) AKYMETVKLLDYTEK K307
K314-ub
kLLDYTEkPLYENLR
0 3
VRK1 (human) kLLDYTEkPLYENLR K314-ub
VRK1 (mouse) KLLEYTEKPLYQNLR K314
VRK1 (rat) KLLDYTEKPLYQNLR K314
K329-ub
DILLQGLkAIGSkDD
Upstream
0 5
Treatment
  • MG132
VRK1 (human) DILLQGLkAIGSkDD K329-ub
VRK1 (mouse) DILLQGLKAIGSKDD K329
VRK1 (rat) DILLQGLKAIGSKDD K329
K334-ac
GLkAIGSkDDGkLDL
0 1
VRK1 (human) GLkAIGSkDDGkLDL K334-ac
VRK1 (mouse) GLKAIGSKDDGKLDF K334
VRK1 (rat) GLKAIGSKDDGKLDF K334
K338-ub
IGSkDDGkLDLsVVE
0 2
VRK1 (human) IGSkDDGkLDLsVVE K338-ub
VRK1 (mouse) IGSKDDGKLDFSAVE K338
VRK1 (rat) IGSKDDGKLDFSAVE K338
K338-sm
IGSkDDGkLDLsVVE
0 1
VRK1 (human) IGSkDDGkLDLsVVE K338-sm
VRK1 (mouse) IGSKDDGKLDFSAVE K338
VRK1 (rat) IGSKDDGKLDFSAVE K338
S342-p
DDGkLDLsVVENGGL
Upstream
Downstream
2 5
Effects on Biological Processes:
  • cytoskeletal reorganization
Kinase, in vitro:
  • PLK3 (human)
Putative in vivo kinases:
  • PLK3 (human)
Treatment
  • nocodazole
VRK1 (human) DDGkLDLsVVENGGL S342-p
VRK1 (mouse) DDGKLDFSAVENGSV S342
VRK1 (rat) DDGKLDFSAVENGSV S342
K350-sm
VVENGGLkAKTItKK
0 1
VRK1 (human) VVENGGLkAKTItKK K350-sm
VRK1 (mouse) AVENGSVKTRPAsKK K350
VRK1 (rat) AVENGSVNTKPASKK N350
T355-p
GLkAKTItKKRKKEI
Upstream
3 0
Kinase, in vitro:
  • VRK1 (human)
VRK1 (human) GLkAKTItKKRKKEI T355-p
VRK1 (mouse) SVKTRPAsKKRKKEA S355-p
VRK1 (rat) SVNTKPASKKRKKGA S355
S376-p
GVEDTEWsNtQtEEA
Upstream
1 7
Kinase, in vitro:
  • VRK1 (human)
Treatment
  • low_glucose
  • UV
VRK1 (human) GVEDTEWsNtQtEEA S376-p
VRK1 (mouse) AVEDMECsDTQVQEA S376-p
VRK1 (rat) AVEDMECADTQAQEA A394
T378-p
EDTEWsNtQtEEAIQ
Upstream
0 19
Treatment
  • UV
VRK1 (human) EDTEWsNtQtEEAIQ T378-p
VRK1 (mouse) EDMECsDTQVQEAAQ T378
VRK1 (rat) EDMECADTQAQEAIQ T396
T380-p
TEWsNtQtEEAIQtR
0 8
VRK1 (human) TEWsNtQtEEAIQtR T380-p
VRK1 (mouse) MECsDTQVQEAAQTR V380
VRK1 (rat) MECADTQAQEAIQTR A398
T386-p
QtEEAIQtRSRTRKR
Upstream
Downstream
1 1
Effects on Modified Protein
  • phosphorylation
Kinase, in vitro:
  • VRK1 (human)
Putative in vivo kinases:
  • VRK1 (human)
Regulatory protein:
  • plakophilin 2 (human)
Treatment
  • low_glucose
  • UV
VRK1 (human) QtEEAIQtRSRTRKR T386-p
VRK1 (mouse) QVQEAAQTRSVESQG T386
VRK1 (rat) QAQEAIQTRSRTRKK T404
-
gap
0 1
VRK1 (human) gap -
VRK1 (mouse) AGCSSSDsSRRQQHL S411-p
VRK1 (rat) gap -