Other Species / Isoforms
  RUVBL1 (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.

 
K2-ac
______MkIEEVkST
0 6
RUVBL1 (human) ______MkIEEVkST K2-ac
RUVBL1 iso2 (human) ______MKIEEVKST K2
RUVBL1 (mouse) ______MKIEEVKST K2
RUVBL1 (rat) ______MkIEEVKST K2-ac
K2-ub
______MkIEEVkST
0 2
RUVBL1 (human) ______MkIEEVkST K2-ub
RUVBL1 iso2 (human) ______MKIEEVKST K2
RUVBL1 (mouse) ______MKIEEVKST K2
RUVBL1 (rat) ______MKIEEVKST K2
K2-sm
______MkIEEVkST
0 1
RUVBL1 (human) ______MkIEEVkST K2-sm
RUVBL1 iso2 (human) ______MKIEEVKST K2
RUVBL1 (mouse) ______MKIEEVKST K2
RUVBL1 (rat) ______MKIEEVKST K2
K7-ub
_MkIEEVkSTTKTQR
0 2
RUVBL1 (human) _MkIEEVkSTTKTQR K7-ub
RUVBL1 iso2 (human) _MKIEEVKSTTKTQR K7
RUVBL1 (mouse) _MKIEEVKSTTKTQR K7
RUVBL1 (rat) _MkIEEVKSTTKTQR K7
S17-p
TKTQRIAsHSHVkGL
0 1
RUVBL1 (human) TKTQRIAsHSHVkGL S17-p
RUVBL1 iso2 (human) TKTQRIASHSHVKGL S17
RUVBL1 (mouse) TKTQRIASHSHVkGL S17
RUVBL1 (rat) TKTQRIASHSHVKGL S17
K22
IAsHSHVKGLGLDEs
0 1
RUVBL1 (human) IAsHSHVKGLGLDEs K22
RUVBL1 iso2 (human) IASHSHVKGLGLDES K22
RUVBL1 (mouse) IASHSHVkGLGLDES K22-ac
RUVBL1 (rat) IASHSHVKGLGLDES K22
K22-ub
IAsHSHVkGLGLDEs
Upstream
0 3
Treatment
  • MG132
RUVBL1 (human) IAsHSHVkGLGLDEs K22-ub
RUVBL1 iso2 (human) IASHSHVKGLGLDES K22
RUVBL1 (mouse) IASHSHVKGLGLDES K22
RUVBL1 (rat) IASHSHVKGLGLDES K22
S29-p
kGLGLDEsGLAkQAA
0 3
RUVBL1 (human) kGLGLDEsGLAkQAA S29-p
RUVBL1 iso2 (human) KGLGLDESGLAKQAA S29
RUVBL1 (mouse) kGLGLDESGLAKQAA S29
RUVBL1 (rat) KGLGLDESGLAKQAA S29
K33-ub
LDEsGLAkQAASGLV
0 4
RUVBL1 (human) LDEsGLAkQAASGLV K33-ub
RUVBL1 iso2 (human) LDESGLAKQAASGLV K33
RUVBL1 (mouse) LDESGLAKQAASGLV K33
RUVBL1 (rat) LDESGLAKQAASGLV K33
T74-p
LLAGPPGtGktALAL
0 2
RUVBL1 (human) LLAGPPGtGktALAL T74-p
RUVBL1 iso2 (human) LLAGPPGTGKTALAL T74
RUVBL1 (mouse) LLAGPPGTGKTALAL T74
RUVBL1 (rat) LLAGPPGTGKTALAL T74
K76-ub
AGPPGtGktALALAI
0 2
RUVBL1 (human) AGPPGtGktALALAI K76-ub
RUVBL1 iso2 (human) AGPPGTGKTALALAI K76
RUVBL1 (mouse) AGPPGTGKTALALAI K76
RUVBL1 (rat) AGPPGTGKTALALAI K76
T77-p
GPPGtGktALALAIA
0 1
RUVBL1 (human) GPPGtGktALALAIA T77-p
RUVBL1 iso2 (human) GPPGTGKTALALAIA T77
RUVBL1 (mouse) GPPGTGKTALALAIA T77
RUVBL1 (rat) GPPGTGKTALALAIA T77
S89-p
AIAQELGsKVPFCPM
0 1
RUVBL1 (human) AIAQELGsKVPFCPM S89-p
RUVBL1 iso2 (human) AIAQELGSKVPFCPM S89
RUVBL1 (mouse) AIAQELGSKVPFCPM S89
RUVBL1 (rat) AIAQELGSKVPFCPM S89
Y131
IKETKEVYEGEVTEL
0 1
RUVBL1 (human) IKETKEVYEGEVTEL Y131
RUVBL1 iso2 (human) IKETKEVYEGEVTEL Y131
RUVBL1 (mouse) IKETKEVyEGEVTEL Y131-p
RUVBL1 (rat) IKETKEVYEGEVTEL Y131
K152-ub
NPMGGYGkTIsHVII
0 2
RUVBL1 (human) NPMGGYGkTIsHVII K152-ub
RUVBL1 iso2 (human) NPMGGYGKTISHVII K152
RUVBL1 (mouse) NPMGGYGKTIsHVII K152
RUVBL1 (rat) NPMGGYGKTISHVII K152
S155-p
GGYGkTIsHVIIGLk
0 3
RUVBL1 (human) GGYGkTIsHVIIGLk S155-p
RUVBL1 iso2 (human) GGYGKTISHVIIGLK S155
RUVBL1 (mouse) GGYGKTIsHVIIGLK S155-p
RUVBL1 (rat) GGYGKTISHVIIGLK S155
K162-ub
sHVIIGLkTAKGTKQ
0 2
RUVBL1 (human) sHVIIGLkTAKGTKQ K162-ub
RUVBL1 iso2 (human) SHVIIGLKTAKGTKQ K162
RUVBL1 (mouse) sHVIIGLKTAKGTKQ K162
RUVBL1 (rat) SHVIIGLKTAKGTKQ K162
K171-ac
AKGTKQLkLDPSIFE
0 12
RUVBL1 (human) AKGTKQLkLDPSIFE K171-ac
RUVBL1 iso2 (human) AKGTKQLKLDPSIFE K171
RUVBL1 (mouse) AKGTKQLKLDPSIFE K171
RUVBL1 (rat) AKGTKQLkLDPSIFE K171-ac
K171-ub
AKGTKQLkLDPSIFE
0 11
RUVBL1 (human) AKGTKQLkLDPSIFE K171-ub
RUVBL1 iso2 (human) AKGTKQLKLDPSIFE K171
RUVBL1 (mouse) AKGTKQLkLDPSIFE K171-ub
RUVBL1 (rat) AKGTKQLKLDPSIFE K171
S179-p
LDPSIFEsLQkERVE
0 1
RUVBL1 (human) LDPSIFEsLQkERVE S179-p
RUVBL1 iso2 (human) LDPSIFESLQKERVE S179
RUVBL1 (mouse) LDPSIFESLQKERVE S179
RUVBL1 (rat) LDPSIFESLQKERVE S179
K182-ub
SIFEsLQkERVEAGD
0 4
RUVBL1 (human) SIFEsLQkERVEAGD K182-ub
RUVBL1 iso2 (human) SIFESLQKERVEAGD K182
RUVBL1 (mouse) SIFESLQKERVEAGD K182
RUVBL1 (rat) SIFESLQKERVEAGD K182
Y192-p
VEAGDVIyIEANSGA
0 6
RUVBL1 (human) VEAGDVIyIEANSGA Y192-p
RUVBL1 iso2 (human) VEAGDVIYIEANSGA Y192
RUVBL1 (mouse) VEAGDVIYIEANSGA Y192
RUVBL1 (rat) VEAGDVIYIEANSGA Y192
K201-ub
EANSGAVkRQGrCDT
0 3
RUVBL1 (human) EANSGAVkRQGrCDT K201-ub
RUVBL1 iso2 (human) EANSGAVKRQGRCDT K201
RUVBL1 (mouse) EANSGAVKRQGRCDT K201
RUVBL1 (rat) EANSGAVKRQGRCDT K201
R205-m2
GAVkRQGrCDTYATE
1 0
RUVBL1 (human) GAVkRQGrCDTYATE R205-m2
RUVBL1 iso2 (human) GAVKRQGRCDTYATE R205
RUVBL1 (mouse) GAVKRQGRCDTYATE R205
RUVBL1 (rat) GAVKRQGRCDTYATE R205
K225-ub
EEYVPLPkGDVHKKk
0 1
RUVBL1 (human) EEYVPLPkGDVHKKk K225-ub
RUVBL1 iso2 (human) EEYVPLPKGDVHKKK K225
RUVBL1 (mouse) EEYVPLPKGDVHKKK K225
RUVBL1 (rat) EEYVPLPKGDVHKKK K225
K225-sm
EEYVPLPkGDVHKKk
1 1
RUVBL1 (human) EEYVPLPkGDVHKKk K225-sm
RUVBL1 iso2 (human) EEYVPLPKGDVHKKK K225
RUVBL1 (mouse) EEYVPLPKGDVHKKK K225
RUVBL1 (rat) EEYVPLPKGDVHKKK K225
K232-ac
kGDVHKKkEIIQDVt
0 1
RUVBL1 (human) kGDVHKKkEIIQDVt K232-ac
RUVBL1 iso2 (human) KGDVHKKKEIIQDVT K232
RUVBL1 (mouse) KGDVHKKKEIIQDVT K232
RUVBL1 (rat) KGDVHKKKEIIQDVT K232
T239-p
kEIIQDVtLHDLDVA
Upstream
Downstream
1 0
Effects on Biological Processes:
  • cell cycle regulation
Kinase, in vitro:
  • PLK1 (human)
RUVBL1 (human) kEIIQDVtLHDLDVA T239-p
RUVBL1 iso2 (human) KEIIQDVTLHDLDVA T239
RUVBL1 (mouse) KEIIQDVTLHDLDVA T239
RUVBL1 (rat) KEIIQDVTLHDLDVA T239
K274-ac
KKTEITDkLRGEINk
0 1
RUVBL1 (human) KKTEITDkLRGEINk K274-ac
RUVBL1 iso2 (human) KKTEITDKLRGEINK K274
RUVBL1 (mouse) KKTEITDKLRGEINk K274
RUVBL1 (rat) KKTEITDKLRGEINK K274
K274-ub
KKTEITDkLRGEINk
0 2
RUVBL1 (human) KKTEITDkLRGEINk K274-ub
RUVBL1 iso2 (human) KKTEITDKLRGEINK K274
RUVBL1 (mouse) KKTEITDKLRGEINk K274
RUVBL1 (rat) KKTEITDKLRGEINK K274
K281-ub
kLRGEINkVVNKYID
0 4
RUVBL1 (human) kLRGEINkVVNKYID K281-ub
RUVBL1 iso2 (human) KLRGEINKVVNKYID K281
RUVBL1 (mouse) KLRGEINkVVNKYID K281-ub
RUVBL1 (rat) KLRGEINKVVNKYID K281
S331-p
APIVIFAsNRGNCVI
0 1
RUVBL1 (human) APIVIFAsNRGNCVI S331-p
RUVBL1 iso2 (human) APIVIFASNRGNCVI S331
RUVBL1 (mouse) APIVIFASNRGNCVI S331
RUVBL1 (rat) APIVIFASNRGNCVI S331
S346-p
RGTEDITsPHGIPLD
0 1
RUVBL1 (human) RGTEDITsPHGIPLD S346-p
RUVBL1 iso2 (human) RGTEDITSPHGIPLD S346
RUVBL1 (mouse) RGTEDITSPHGIPLD S346
RUVBL1 (rat) RGTEDITSPHGIPLD S346
S387-p
QTEGINIsEEALNHL
0 2
RUVBL1 (human) QTEGINIsEEALNHL S387-p
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) QTEGINIsEEALNHL S387-p
RUVBL1 (rat) QTEGINISEEALNHL S387
K400-ub
HLGEIGTkTTLRYSV
0 10
RUVBL1 (human) HLGEIGTkTTLRYSV K400-ub
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) HLGEIGTKTTLRYSV K400
RUVBL1 (rat) HLGEIGTKTTLRYSV K400
T411-p
RYSVQLLtPANLLAk
0 1
RUVBL1 (human) RYSVQLLtPANLLAk T411-p
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) RYSVQLLTPANLLAK T411
RUVBL1 (rat) RYSVQLLTPANLLAK T411
K418-ub
tPANLLAkINGKDSI
0 2
RUVBL1 (human) tPANLLAkINGKDSI K418-ub
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) TPANLLAKINGKDSI K418
RUVBL1 (rat) TPANLLAKINGKDSI K418
K427-ub
NGKDSIEkEHVEEIS
0 1
RUVBL1 (human) NGKDSIEkEHVEEIS K427-ub
RUVBL1 iso2 (human) under review -
RUVBL1 (mouse) NGKDSIEKEHVEEIS K427
RUVBL1 (rat) NGKDSIEKEHVEEIS K427
Y438-p
EEISELFyDAkSSAk
0 1
RUVBL1 (human) EEISELFyDAkSSAk Y438-p
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) EEISELFYDAKSSAK Y438
RUVBL1 (rat) EEISELFYDAKSSAK Y438
K441-ub
SELFyDAkSSAkILA
0 1
RUVBL1 (human) SELFyDAkSSAkILA K441-ub
RUVBL1 iso2 (human) under review -
RUVBL1 (mouse) SELFYDAKSSAKILA K441
RUVBL1 (rat) SELFYDAKSSAKILA K441
K445-ub
yDAkSSAkILADQQD
0 2
RUVBL1 (human) yDAkSSAkILADQQD K445-ub
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) YDAKSSAKILADQQD K445
RUVBL1 (rat) YDAKSSAKILADQQD K445
K453-ac
ILADQQDkyMk____
0 5
RUVBL1 (human) ILADQQDkyMk____ K453-ac
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) ILADQQDKYMk____ K453
RUVBL1 (rat) ILADQQDkYMK____ K453-ac
Y454-p
LADQQDkyMk_____
0 10
RUVBL1 (human) LADQQDkyMk_____ Y454-p
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) LADQQDKYMk_____ Y454
RUVBL1 (rat) LADQQDkYMK_____ Y454
K456-ac
DQQDkyMk_______
0 20
RUVBL1 (human) DQQDkyMk_______ K456-ac
RUVBL1 iso2 (human) gap -
RUVBL1 (mouse) DQQDKYMk_______ K456-ac
RUVBL1 (rat) DQQDkYMK_______ K456