Other Species / Isoforms
  ATP6V1A (mouse)      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
___MDFSKLPKIRDE
0 2
ATP6V1A (human) ___MDFSkLPkILDE K5-ub
ATP6V1A (mouse) ___MDFSKLPKIRDE K5
ATP6V1A (rat) ___MDFSKLPKIRDE K5
K8
MDFSKLPKIRDEDKE
0 1
ATP6V1A (human) MDFSkLPkILDEDKE K8-ub
ATP6V1A (mouse) MDFSKLPKIRDEDKE K8
ATP6V1A (rat) MDFSKLPKIRDEDKE K8
Y40-p
DMAGAAMyELVRVGH
0 1
ATP6V1A (human) DMAGAAMYELVRVGH Y40
ATP6V1A (mouse) DMAGAAMyELVRVGH Y40-p
ATP6V1A (rat) DMAGAAMYELVRVGH Y40
K84-ub
DPVLRTGkPLSVELG
0 3
ATP6V1A (human) DPVLRTGkPLSVELG K84-ub
ATP6V1A (mouse) DPVLRTGkPLSVELG K84-ub
ATP6V1A (rat) DPVLRTGKPLSVELG K84
Y117
SSQTQSIYIPRGVNV
0 1
ATP6V1A (human) SSQTQSIyIPRGVNV Y117-p
ATP6V1A (mouse) SSQTQSIYIPRGVNV Y117
ATP6V1A (rat) SSQTQSIYIPRGVNV Y117
S125
IPRGVNVSALSRDIk
0 2
ATP6V1A (human) IPRGVNVsALSRDIk S125-p
ATP6V1A (mouse) IPRGVNVSALSRDIk S125
ATP6V1A (rat) IPRGVNVSALSRDIk S125
K132
SALSRDIKWEFIPSk
0 1
ATP6V1A (human) sALSRDIKWDFtPCk K132
ATP6V1A (mouse) SALSRDIKWEFIPSk K132
ATP6V1A (rat) SALSRDIkWEFIPSk K132-ac
K132-ub
SALSRDIkWEFIPSk
0 7
ATP6V1A (human) sALSRDIkWDFtPCk K132-ub
ATP6V1A (mouse) SALSRDIkWEFIPSk K132-ub
ATP6V1A (rat) SALSRDIKWEFIPSk K132
I136
RDIkWEFIPSkNLRV
0 5
ATP6V1A (human) RDIkWDFtPCkNLRV T136-p
ATP6V1A (mouse) RDIkWEFIPSkNLRV I136
ATP6V1A (rat) RDIkWEFIPSkNLRV I136
K139
kWEFIPSKNLRVGSH
0 1
ATP6V1A (human) kWDFtPCKNLRVGsH K139
ATP6V1A (mouse) kWEFIPSKNLRVGSH K139
ATP6V1A (rat) kWEFIPSkNLRVGsH K139-ac
K139-ub
kWEFIPSkNLRVGSH
0 17
ATP6V1A (human) kWDFtPCkNLRVGsH K139-ub
ATP6V1A (mouse) kWEFIPSkNLRVGSH K139-ub
ATP6V1A (rat) kWEFIPSKNLRVGsH K139
S145
SkNLRVGSHITGGDI
0 2
ATP6V1A (human) CkNLRVGsHItGGDI S145-p
ATP6V1A (mouse) SkNLRVGSHITGGDI S145
ATP6V1A (rat) SkNLRVGsHITGGDI S145-p
T148
LRVGSHITGGDIYGI
0 2
ATP6V1A (human) LRVGsHItGGDIyGI T148-p
ATP6V1A (mouse) LRVGSHITGGDIYGI T148
ATP6V1A (rat) LRVGsHITGGDIyGI T148
Y153
HITGGDIYGIVNENs
0 4
ATP6V1A (human) HItGGDIyGIVSENs Y153-p
ATP6V1A (mouse) HITGGDIYGIVNENs Y153
ATP6V1A (rat) HITGGDIyGIVNENS Y153-p
S160-p
YGIVNENsLIkHkIM
0 3
ATP6V1A (human) yGIVSENsLIkHkIM S160-p
ATP6V1A (mouse) YGIVNENsLIkHkIM S160-p
ATP6V1A (rat) yGIVNENSLIkHkIM S160
K163
VNENsLIKHkIMLPP
0 1
ATP6V1A (human) VSENsLIKHkIMLPP K163
ATP6V1A (mouse) VNENsLIKHkIMLPP K163
ATP6V1A (rat) VNENSLIkHkIMLPP K163-ac
K163-ub
VNENsLIkHkIMLPP
0 12
ATP6V1A (human) VSENsLIkHkIMLPP K163-ub
ATP6V1A (mouse) VNENsLIkHkIMLPP K163-ub
ATP6V1A (rat) VNENSLIKHkIMLPP K163
K165
ENsLIkHKIMLPPRN
0 1
ATP6V1A (human) ENsLIkHKIMLPPRN K165
ATP6V1A (mouse) ENsLIkHKIMLPPRN K165
ATP6V1A (rat) ENSLIkHkIMLPPRS K165-ac
K165-ub
ENsLIkHkIMLPPRN
0 6
ATP6V1A (human) ENsLIkHkIMLPPRN K165-ub
ATP6V1A (mouse) ENsLIkHkIMLPPRN K165-ub
ATP6V1A (rat) ENSLIkHKIMLPPRS K165
S175-p
LPPRNRGsVTYIAPP
Upstream
Downstream
3 1
Effects on Modified Protein
  • enzymatic activity, induced
  • intracellular localization
Effects on Biological Processes:
  • cell motility, induced
Kinase, in vitro:
  • AurA (human)
  • PKACA (human)
Putative in vivo kinases:
  • AurA (human)
  • PKACA (human)
Treatment
  • 6-MB-cAMP
  • IBMX
  • mPKI
ATP6V1A (human) LPPRNRGTVTYIAPP T175
ATP6V1A (mouse) LPPRNRGsVTYIAPP S175-p
ATP6V1A (rat) LPPRSRGSVTYIAPP S175
K202-ub
EFEGVKEkFSMVQVW
0 1
ATP6V1A (human) EFEGVKEKFTMVQVW K202
ATP6V1A (mouse) EFEGVKEkFSMVQVW K202-ub
ATP6V1A (rat) EFEGVKEKLSMVQVW K202
K220
QVRPVTEKLPANHPL
0 1
ATP6V1A (human) QVRPVTEKLPANHPL K220
ATP6V1A (mouse) QVRPVTEKLPANHPL K220
ATP6V1A (rat) QVRPVTEkLPANHPL K220-ac
K220-ub
QVRPVTEkLPANHPL
0 23
ATP6V1A (human) QVRPVTEkLPANHPL K220-ub
ATP6V1A (mouse) QVRPVTEkLPANHPL K220-ub
ATP6V1A (rat) QVRPVTEkLPANHPL K220-ub
K256
PGAFGCGKTVISQSL
0 1
ATP6V1A (human) PGAFGCGkTVISQSL K256-ub
ATP6V1A (mouse) PGAFGCGKTVISQSL K256
ATP6V1A (rat) PGAFGCGKTVISQSL K256
K265
VISQSLSKYSNSDVI
0 9
ATP6V1A (human) VISQSLSkYSNSDVI K265-ub
ATP6V1A (mouse) VISQSLSKYSNSDVI K265
ATP6V1A (rat) VISQSLSKYSNSDVI K265
K265
VISQSLSKYSNSDVI
0 1
ATP6V1A (human) VISQSLSkYSNSDVI K265-m1
ATP6V1A (mouse) VISQSLSKYSNSDVI K265
ATP6V1A (rat) VISQSLSKYSNSDVI K265
D299-ca
PELTMEVdGKVESIM
0 1
ATP6V1A (human) PELTMEVDGKVESIM D299
ATP6V1A (mouse) PELTMEVdGKVESIM D299-ca
ATP6V1A (rat) PELTMEVDGKVESIM D299
K307
GKVESIMKRTALVAN
0 1
ATP6V1A (human) GKVESIMkRtALVAN K307-ub
ATP6V1A (mouse) GKVESIMKRTALVAN K307
ATP6V1A (rat) GKVESIMKRTALVAN K307
T309
VESIMKRTALVANTS
0 1
ATP6V1A (human) VESIMkRtALVANTs T309-p
ATP6V1A (mouse) VESIMKRTALVANTS T309
ATP6V1A (rat) VESIMKRTALVANTS T309
S316
TALVANTSNMPVAAR
0 1
ATP6V1A (human) tALVANTsNMPVAAR S316-p
ATP6V1A (mouse) TALVANTSNMPVAAR S316
ATP6V1A (rat) TALVANTSNMPVAAR S316
R364
ALREISGRLAEMPAD
0 1
ATP6V1A (human) ALREISGrLAEMPAD R364-m2
ATP6V1A (mouse) ALREISGRLAEMPAD R364
ATP6V1A (rat) ALREISGRLAEMPAD R364
Y374-p
EMPADSGyPAYLGAR
0 9
ATP6V1A (human) EMPADSGYPAYLGAr Y374
ATP6V1A (mouse) EMPADSGyPAYLGAR Y374-p
ATP6V1A (rat) EMPADSGyPAYLGAR Y374-p
R381
yPAYLGARLAsFYER
0 1
ATP6V1A (human) YPAYLGArLAsFYER R381-m1
ATP6V1A (mouse) yPAYLGARLAsFYER R381
ATP6V1A (rat) yPAYLGARLAsFYER R381
S384-p
YLGARLAsFYERAGR
Upstream
Downstream
1 12
Effects on Modified Protein
  • intracellular localization
Kinase, in vitro:
  • AMPKA2 (human)
Putative in vivo kinases:
  • AMPKA1 (human)
Treatment
  • siRNA
ATP6V1A (human) YLGArLAsFYERAGR S384-p
ATP6V1A (mouse) YLGARLAsFYERAGR S384-p
ATP6V1A (rat) YLGARLAsFYERAGR S384-p
K393
YERAGRVKCLGNPER
0 33
ATP6V1A (human) YERAGRVkCLGNPER K393-ub
ATP6V1A (mouse) YERAGRVKCLGNPER K393
ATP6V1A (rat) YERAGRVKCLGNPER K393
Y454
SVNWLISYSKYMRAL
0 2
ATP6V1A (human) SVNWLISySKyMRAL Y454-p
ATP6V1A (mouse) SVNWLISYSKYMRAL Y454
ATP6V1A (rat) SVNWLISYSKYMRAL Y454
Y457
WLISYSKYMRALDEY
0 2
ATP6V1A (human) WLISySKyMRALDEy Y457-p
ATP6V1A (mouse) WLISYSKYMRALDEY Y457
ATP6V1A (rat) WLISYSKYMRALDEY Y457
Y464
YMRALDEYyDkHFTE
0 2
ATP6V1A (human) yMRALDEyyDkHFTE Y464-p
ATP6V1A (mouse) YMRALDEYyDkHFTE Y464
ATP6V1A (rat) YMRALDEYYDkHFTE Y464
Y465-p
MRALDEYyDkHFTEF
0 2
ATP6V1A (human) MRALDEyyDkHFTEF Y465-p
ATP6V1A (mouse) MRALDEYyDkHFTEF Y465-p
ATP6V1A (rat) MRALDEYYDkHFTEF Y465
K467-ac
ALDEYyDkHFTEFVP
0 3
ATP6V1A (human) ALDEyyDkHFTEFVP K467-ac
ATP6V1A (mouse) ALDEYyDkHFTEFVP K467-ac
ATP6V1A (rat) ALDEYYDkHFTEFVP K467-ac
K467-ub
ALDEYyDkHFTEFVP
0 21
ATP6V1A (human) ALDEyyDkHFTEFVP K467-ub
ATP6V1A (mouse) ALDEYyDkHFTEFVP K467-ub
ATP6V1A (rat) ALDEYYDKHFTEFVP K467
K480-ub
VPLRTKAkEILQEEE
0 20
ATP6V1A (human) VPLRTKAkEILQEEE K480-ub
ATP6V1A (mouse) VPLRTKAkEILQEEE K480-ub
ATP6V1A (rat) VPLRTKAKEILQEEE K480
K498
EIVQLVGKASLAETD
0 2
ATP6V1A (human) EIVQLVGkASLAETD K498-ub
ATP6V1A (mouse) EIVQLVGKASLAETD K498
ATP6V1A (rat) EIVQLVGKASLAETD K498
K506
ASLAETDKITLEVAk
0 1
ATP6V1A (human) ASLAETDkITLEVAk K506-ub
ATP6V1A (mouse) ASLAETDKITLEVAk K506
ATP6V1A (rat) ASLAETDKITLEVAK K506
K513-ub
KITLEVAkLIkDDFL
0 2
ATP6V1A (human) kITLEVAkLIkDDFL K513-ub
ATP6V1A (mouse) KITLEVAkLIkDDFL K513-ub
ATP6V1A (rat) KITLEVAKLIkDDFL K513
K516
LEVAkLIKDDFLQQN
0 1
ATP6V1A (human) LEVAkLIKDDFLQQN K516
ATP6V1A (mouse) LEVAkLIKDDFLQQN K516
ATP6V1A (rat) LEVAKLIkDDFLQQN K516-ac
K516-ub
LEVAkLIkDDFLQQN
0 23
ATP6V1A (human) LEVAkLIkDDFLQQN K516-ub
ATP6V1A (mouse) LEVAkLIkDDFLQQN K516-ub
ATP6V1A (rat) LEVAKLIKDDFLQQN K516
Y525
DFLQQNGYTPyDRFC
0 3
ATP6V1A (human) DFLQQNGYTPyDrFC Y525
ATP6V1A (mouse) DFLQQNGYTPyDRFC Y525
ATP6V1A (rat) DFLQQNGyTPYDRFC Y525-p
Y528-p
QQNGYTPyDRFCPFY
0 2
ATP6V1A (human) QQNGYTPyDrFCPFY Y528-p
ATP6V1A (mouse) QQNGYTPyDRFCPFY Y528-p
ATP6V1A (rat) QQNGyTPYDRFCPFY Y528
R530
NGYTPyDRFCPFYKT
0 1
ATP6V1A (human) NGYTPyDrFCPFYKT R530-m1
ATP6V1A (mouse) NGYTPyDRFCPFYKT R530
ATP6V1A (rat) NGyTPYDRFCPFYKT R530
K564
TTAQSDNKITWsIIR
0 4
ATP6V1A (human) TTAQSDNkITWSIIR K564-ub
ATP6V1A (mouse) TTAQSDNKITWsIIR K564
ATP6V1A (rat) TTAQSDNKITWsIIR K564
S568-p
SDNKITWsIIREHMG
0 3
ATP6V1A (human) SDNkITWSIIREHMG S568
ATP6V1A (mouse) SDNKITWsIIREHMG S568-p
ATP6V1A (rat) SDNKITWsIIREHMG S568-p
Y579-p
EHMGEILykLSSMKF
0 2
ATP6V1A (human) EHMGDILykLSSMkF Y579-p
ATP6V1A (mouse) EHMGEILykLSSMKF Y579-p
ATP6V1A (rat) EHMGEILYkLSSMKF Y579
K580
HMGEILyKLSSMKFK
0 2
ATP6V1A (human) HMGDILykLSSMkFk K580-ac
ATP6V1A (mouse) HMGEILyKLSSMKFK K580
ATP6V1A (rat) HMGEILYkLSSMKFk K580-ac
K580-ub
HMGEILykLSSMKFK
0 8
ATP6V1A (human) HMGDILykLSSMkFk K580-ub
ATP6V1A (mouse) HMGEILykLSSMKFK K580-ub
ATP6V1A (rat) HMGEILYKLSSMKFk K580
K585
LykLSSMKFKDPVKD
0 1
ATP6V1A (human) LykLSSMkFkDPLkD K585-ub
ATP6V1A (mouse) LykLSSMKFKDPVKD K585
ATP6V1A (rat) LYkLSSMKFkDPVkD K585
K587
kLSSMKFKDPVKDGE
0 1
ATP6V1A (human) kLSSMkFKDPLkDGE K587
ATP6V1A (mouse) kLSSMKFKDPVKDGE K587
ATP6V1A (rat) kLSSMKFkDPVkDGE K587-ac
K587
kLSSMKFKDPVKDGE
0 4
ATP6V1A (human) kLSSMkFkDPLkDGE K587-ub
ATP6V1A (mouse) kLSSMKFKDPVKDGE K587
ATP6V1A (rat) kLSSMKFKDPVkDGE K587
K591
MKFKDPVKDGEAKIk
0 1
ATP6V1A (human) MkFkDPLKDGEAkIk K591
ATP6V1A (mouse) MKFKDPVKDGEAKIk K591
ATP6V1A (rat) MKFkDPVkDGEAKIk K591-ac
K591
MKFKDPVKDGEAKIk
0 6
ATP6V1A (human) MkFkDPLkDGEAkIk K591-ub
ATP6V1A (mouse) MKFKDPVKDGEAKIk K591
ATP6V1A (rat) MKFkDPVKDGEAKIk K591
K596
PVKDGEAKIkADYAQ
0 1
ATP6V1A (human) PLkDGEAkIksDyAQ K596-ac
ATP6V1A (mouse) PVKDGEAKIkADYAQ K596
ATP6V1A (rat) PVkDGEAKIkADYAQ K596
K598
KDGEAKIKADYAQLL
0 1
ATP6V1A (human) kDGEAkIKsDyAQLL K598
ATP6V1A (mouse) KDGEAKIKADYAQLL K598
ATP6V1A (rat) kDGEAKIkADYAQLL K598-ac
K598-ub
KDGEAKIkADYAQLL
0 11
ATP6V1A (human) kDGEAkIksDyAQLL K598-ub
ATP6V1A (mouse) KDGEAKIkADYAQLL K598-ub
ATP6V1A (rat) kDGEAKIkADYAQLL K598-ub
A599
DGEAKIkADYAQLLE
0 2
ATP6V1A (human) DGEAkIksDyAQLLE S599-p
ATP6V1A (mouse) DGEAKIkADYAQLLE A599
ATP6V1A (rat) DGEAKIkADYAQLLE A599
Y601
EAKIkADYAQLLEDM
0 2
ATP6V1A (human) EAkIksDyAQLLEDM Y601-p
ATP6V1A (mouse) EAKIkADYAQLLEDM Y601
ATP6V1A (rat) EAKIkADYAQLLEDM Y601
S614
DMQNAFRSLED____
0 1
ATP6V1A (human) DMQNAFRsLED____ S614-p
ATP6V1A (mouse) DMQNAFRSLED____ S614
ATP6V1A (rat) DMQNAFRSLED____ S614