Other Species / Isoforms
  LAB (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.

 
Y40-p
AKRSEKIyQQRsLRE
1 8
LAB (human) AKRSEKIyQQRsLRE Y40-p
LAB (mouse) VKRNEKIyEQRNRQE Y41-p
LAB (rat) VKRNEKIYEQRNQQE Y42
S44-p
EKIyQQRsLREDQQs
0 34
LAB (human) EKIyQQRsLREDQQs S44-p
LAB (mouse) EKIyEQRNRQENAQS N45
LAB (rat) EKIYEQRNQQENEQS N46
S51-p
sLREDQQsFTGsRty
0 36
LAB (human) sLREDQQsFTGsRty S51-p
LAB (mouse) NRQENAQSSAAAQTy S52
LAB (rat) NQQENEQSVASSQTY S53
S55-p
DQQsFTGsRtysLVG
0 2
LAB (human) DQQsFTGsRtysLVG S55-p
LAB (mouse) NAQSSAAAQTysLAR A56
LAB (rat) NEQSVASSQTYSLAR S57
T57-p
QsFTGsRtysLVGQA
0 1
LAB (human) QsFTGsRtysLVGQA T57-p
LAB (mouse) QSSAAAQTysLARQV T58
LAB (rat) QSVASSQTYSLARPV T59
Y58-p
sFTGsRtysLVGQAW
1 25
LAB (human) sFTGsRtysLVGQAW Y58-p
LAB (mouse) SSAAAQTysLARQVW Y59-p
LAB (rat) SVASSQTYSLARPVR Y60
S59-p
FTGsRtysLVGQAWP
0 17
LAB (human) FTGsRtysLVGQAWP S59-p
LAB (mouse) SAAAQTysLARQVWP S60-p
LAB (rat) VASSQTYSLARPVRT S61
-
gap
0 2
LAB (human) gap -
LAB (mouse) MDTAPNKsFERKNKM S78-p
LAB (rat) MDAASNKSFERKNKL S79
K77-ub
ADMAPTRkDkLLQFy
0 2
LAB (human) ADMAPTRkDkLLQFy K77-ub
LAB (mouse) PNKsFERKNKMLFSH K82
LAB (rat) SNKSFERKNKLLFSH K83
K79-ub
MAPTRkDkLLQFyPs
0 7
LAB (human) MAPTRkDkLLQFyPs K79-ub
LAB (mouse) KsFERKNKMLFSHLE K84
LAB (rat) KSFERKNKLLFSHLE K85
Y84-p
kDkLLQFyPsLEDPA
1 5
LAB (human) kDkLLQFyPsLEDPA Y84-p
LAB (mouse) ERKNKMLFSHLEGPE F87
LAB (rat) ERKNKLLFSHLEGPE F88
S86-p
kLLQFyPsLEDPASS
0 4
LAB (human) kLLQFyPsLEDPASS S86-p
LAB (mouse) KNKMLFSHLEGPEsP H89
LAB (rat) KNKLLFSHLEGPESP H90
S92
PsLEDPASSRyQNFS
0 4
LAB (human) PsLEDPASSRyQNFS S92
LAB (mouse) SHLEGPEsPRyQNFY S95-p
LAB (rat) SHLEGPESPRYQNFY S96
Y95-p
EDPASSRyQNFSkGs
Upstream
2 6
Putative in vivo kinases:
  • LYN (human)
LAB (human) EDPASSRyQNFSkGs Y95-p
LAB (mouse) EGPEsPRyQNFYKGS Y98-p
LAB (rat) EGPESPRYQNFYKGS Y99
K100-ub
SRyQNFSkGsRHGsE
0 2
LAB (human) SRyQNFSkGsRHGsE K100-ub
LAB (mouse) PRyQNFYKGSNQEPD K103
LAB (rat) PRYQNFYKGSRRESD K104
S102-p
yQNFSkGsRHGsEEA
0 2
LAB (human) yQNFSkGsRHGsEEA S102-p
LAB (mouse) yQNFYKGSNQEPDAA S105
LAB (rat) YQNFYKGSRRESDAA S106
S106-p
SkGsRHGsEEAyIDP
0 3
LAB (human) SkGsRHGsEEAyIDP S106-p
LAB (mouse) YKGSNQEPDAAYVDP P109
LAB (rat) YKGSRRESDAAYVDP S110
Y110-p
RHGsEEAyIDPIAME
Upstream
1 12
Putative in vivo kinases:
  • Kit (human)
  • LYN (human)
LAB (human) RHGsEEAyIDPIAME Y110-p
LAB (mouse) NQEPDAAYVDPIPTN Y113
LAB (rat) RRESDAAYVDPIPTD Y114
Y118-p
IDPIAMEyyNWGRFS
Upstream
2 20
Putative in vivo kinases:
  • Kit (human)
  • LYN (human)
LAB (human) IDPIAMEyyNWGRFS Y118-p
LAB (mouse) VDPIPTNyYNWGCFQ Y121-p
LAB (rat) VDPIPTDYYNWGCFQ Y122
Y119-p
DPIAMEyyNWGRFSk
Upstream
1 15
Putative in vivo kinases:
  • LYN (human)
LAB (human) DPIAMEyyNWGRFSk Y119-p
LAB (mouse) DPIPTNyYNWGCFQK Y122
LAB (rat) DPIPTDYYNWGCFQK Y123
K126-ub
yNWGRFSkPPEDDDA
0 1
LAB (human) yNWGRFSkPPEDDDA K126-ub
LAB (mouse) YNWGCFQKPSEDDDS K129
LAB (rat) YNWGCFQKPPEDNDS K130
S135-p
PEDDDANsyENVLIC
Upstream
0 36
Treatment
  • antibody
LAB (human) PEDDDANsyENVLIC S135-p
LAB (mouse) SEDDDSNSyENVLVC S138
LAB (rat) PEDNDSNSYENVLIC S139
Y136-p
EDDDANsyENVLICK
Upstream
Downstream
3 178
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • cell differentiation, altered
Putative in vivo kinases:
  • LYN (human)
  • Syk (human)
Treatment
  • antibody
LAB (human) EDDDANsyENVLICK Y136-p
LAB (mouse) EDDDSNSyENVLVCK Y139-p
LAB (rat) EDNDSNSYENVLICK Y140
S167-p
CRGDLSLsLALKTGP
0 2
LAB (human) CRGDLSLsLALKTGP S167-p
LAB (mouse) gap -
LAB (rat) gap -
S183-p
SGLCPSAsPEEDEEs
0 1
LAB (human) SGLCPSAsPEEDEEs S183-p
LAB (mouse) gap -
LAB (rat) gap -
S190-p
sPEEDEEsEDyQNsA
0 2
LAB (human) sPEEDEEsEDyQNsA S190-p
LAB (mouse) PESGVEDFEDyQNSV F157
LAB (rat) PESGTEESEDYQNSV S158
Y193-p
EDEEsEDyQNsAsIH
Upstream
Downstream
3 158
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • cell differentiation, altered
Putative in vivo kinases:
  • Syk (human)
Treatment
  • antibody
LAB (human) EDEEsEDyQNsAsIH Y193-p
LAB (mouse) GVEDFEDyQNSVSIH Y160-p
LAB (rat) GTEESEDYQNSVSIL Y161
S196-p
EsEDyQNsAsIHQWR
0 2
LAB (human) EsEDyQNsAsIHQWR S196-p
LAB (mouse) DFEDyQNSVSIHQWR S163
LAB (rat) ESEDYQNSVSILQWR S164
S198-p
EDyQNsAsIHQWREs
0 1
LAB (human) EDyQNsAsIHQWREs S198-p
LAB (mouse) EDyQNSVSIHQWRES S165
LAB (rat) EDYQNSVSILQWRES S166
S205-p
sIHQWREsRKVMGQL
0 1
LAB (human) sIHQWREsRKVMGQL S205-p
LAB (mouse) SIHQWRESKRTMGAP S172
LAB (rat) SILQWRESKRTMGAR S173
S217-p
GQLQREAsPGPVGSP
0 2
LAB (human) GQLQREAsPGPVGSP S217-p
LAB (mouse) SKRTMGAPMSLSGSP P179
LAB (rat) SKRTMGARTSPSGSP R180
Y233-p
EEDGEPDyVNGEVAA
Upstream
Downstream
3 7
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • cell differentiation, altered
Putative in vivo kinases:
  • Syk (human)
Treatment
  • antibody
LAB (human) EEDGEPDyVNGEVAA Y233-p
LAB (mouse) SPDEEPDyVNGDVAA Y192-p
LAB (rat) SPDEEPDYVNGDVAT Y193