Other Species / Isoforms
  ATP6V1H (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.

 
D11-ca
MDIRGAVdAAVPTNI
0 1
ATP6V1H (human) MDIRGAVDAAVPtNI D11
ATP6V1H (mouse) MDIRGAVdAAVPTNI D11-ca
ATP6V1H (rat) MDIRGAVDAAVPTNI D11
T16
AVdAAVPTNIIAAKA
0 1
ATP6V1H (human) AVDAAVPtNIIAAkA T16-p
ATP6V1H (mouse) AVdAAVPTNIIAAKA T16
ATP6V1H (rat) AVDAAVPTNIIAAKA T16
K22
PTNIIAAKAAEVRAN
0 2
ATP6V1H (human) PtNIIAAkAAEVRAN K22-ub
ATP6V1H (mouse) PTNIIAAKAAEVRAN K22
ATP6V1H (rat) PTNIIAAKAAEVRAN K22
S58-p
QRFEMKRssEDKQEM
Upstream
0 1
Treatment
  • insulin
ATP6V1H (human) QRFEMKRSPEEkQEM S58
ATP6V1H (mouse) QRFEMKRssEDKQEM S58-p
ATP6V1H (rat) QRFEMKRCSEEKQEM C58
S59-p
RFEMKRssEDKQEML
0 1
ATP6V1H (human) RFEMKRSPEEkQEML P59
ATP6V1H (mouse) RFEMKRssEDKQEML S59-p
ATP6V1H (rat) RFEMKRCSEEKQEML S59
K62
MKRssEDKQEMLQTE
0 1
ATP6V1H (human) MKRSPEEkQEMLQTE K62-ub
ATP6V1H (mouse) MKRssEDKQEMLQTE K62
ATP6V1H (rat) MKRCSEEKQEMLQTE K62
S71
EMLQTEGSQCAKTFI
0 1
ATP6V1H (human) EMLQTEGSQCAKTFI S71
ATP6V1H (mouse) EMLQTEGSQCAKTFI S71
ATP6V1H (rat) EMLQTEGsQCAKTFI S71-p
K176
KTQLSSQKLRGSGVA
0 1
ATP6V1H (human) KTQLSSQkLRGSGVA K176-ub
ATP6V1H (mouse) KTQLSSQKLRGSGVA K176
ATP6V1H (rat) KTQLSSQKLRGSGVA K176
K313
ALAMIQCKVLKQLEN
0 1
ATP6V1H (human) ALAMIQCkVLkQLEN K313-ub
ATP6V1H (mouse) ALAMIQCKVLKQLEN K313
ATP6V1H (rat) ALAMIQCKVLKQLEN K313
K316
MIQCKVLKQLENLEQ
0 1
ATP6V1H (human) MIQCkVLkQLENLEQ K316-ub
ATP6V1H (mouse) MIQCKVLKQLENLEQ K316
ATP6V1H (rat) MIQCKVLKQLENLEQ K316
K325-ub
LENLEQQkYDDEDIS
0 2
ATP6V1H (human) LENLEQQkYDDEDIS K325-ub
ATP6V1H (mouse) LENLEQQkYDDEDIS K325-ub
ATP6V1H (rat) LENLEQQKyDDEDIS K325
Y326
ENLEQQkYDDEDISE
0 3
ATP6V1H (human) ENLEQQkYDDEDISE Y326
ATP6V1H (mouse) ENLEQQkYDDEDISE Y326
ATP6V1H (rat) ENLEQQKyDDEDISE Y326-p
K341
DIKFLLEKLGESVQD
0 1
ATP6V1H (human) DIKFLLEkLGESVQD K341-ub
ATP6V1H (mouse) DIKFLLEKLGESVQD K341
ATP6V1H (rat) DIKFLLEKFGESVQD K341
S351
ESVQDLSSFDEYSSE
0 1
ATP6V1H (human) ESVQDLSsFDEYSSE S351-p
ATP6V1H (mouse) ESVQDLSSFDEYSSE S351
ATP6V1H (rat) gap -
K360
DEYSSELKSGRLEWS
0 1
ATP6V1H (human) DEYSSELkSGRLEWs K360-ub
ATP6V1H (mouse) DEYSSELKSGRLEWS K360
ATP6V1H (rat) gap -
S367
KSGRLEWSPVHKSEK
0 2
ATP6V1H (human) kSGRLEWsPVHkSEk S367-p
ATP6V1H (mouse) KSGRLEWSPVHKSEK S367
ATP6V1H (rat) gap -
K371
LEWSPVHKSEKFWRE
0 1
ATP6V1H (human) LEWsPVHkSEkFWRE K371-ub
ATP6V1H (mouse) LEWSPVHKSEKFWRE K371
ATP6V1H (rat) under review -
K374
SPVHKSEKFWRENAV
0 1
ATP6V1H (human) sPVHkSEkFWRENAV K374-ub
ATP6V1H (mouse) SPVHKSEKFWRENAV K374
ATP6V1H (rat) under review -
K386
NAVRLNEKNyELLkI
0 2
ATP6V1H (human) NAVRLNEkNyELLKI K386-ub
ATP6V1H (mouse) NAVRLNEKNyELLkI K386
ATP6V1H (rat) under review -
Y388-p
VRLNEKNyELLkILT
0 18
ATP6V1H (human) VRLNEkNyELLKILT Y388-p
ATP6V1H (mouse) VRLNEKNyELLkILT Y388-p
ATP6V1H (rat) gap -
K392-ub
EKNyELLkILTkLLE
0 1
ATP6V1H (human) EkNyELLKILTkLLE K392
ATP6V1H (mouse) EKNyELLkILTkLLE K392-ub
ATP6V1H (rat) GESVQDLRILTKLLE R350
K396-ub
ELLkILTkLLEVSDD
0 35
ATP6V1H (human) ELLKILTkLLEVSDD K396-ub
ATP6V1H (mouse) ELLkILTkLLEVSDD K396-ub
ATP6V1H (rat) QDLRILTKLLEVSDD K354
Y466
LMVHNWEYLGkQLQS
0 11
ATP6V1H (human) LMVHNWEyLGkQLQS Y466-p
ATP6V1H (mouse) LMVHNWEYLGkQLQS Y466
ATP6V1H (rat) LMVHNWEYLGKQLQS Y424
K469-ub
HNWEYLGkQLQSEQP
0 3
ATP6V1H (human) HNWEyLGkQLQSEQP K469-ub
ATP6V1H (mouse) HNWEYLGkQLQSEQP K469-ub
ATP6V1H (rat) HNWEYLGKQLQSEQP K427
S483-p
PQTAAARs_______
0 8
ATP6V1H (human) PQTAAARs_______ S483-p
ATP6V1H (mouse) PQTAAARs_______ S483-p
ATP6V1H (rat) PQTAAARs_______ S441-p