Other Species / Isoforms
  PTPRJ (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.

 
N142
VILTWKSNDTAASEY
0 1
PTPRJ (human) VILTWKSNDTAASEY N142
PTPRJ (mouse) VLLTWKHnDSGASEC N62-ng
PTPRJ (rat) VVLTWKHNDSATSEY N114
E160
VKHKMENEKTITVVH
0 1
PTPRJ (human) VKHKMENEKTITVVH E160
PTPRJ (mouse) IENKMESnLTFPVKN N78-ng
PTPRJ (rat) YKINEGNTLRYTVKN T128
G196
GIGNETWGDPRVIKV
0 1
PTPRJ (human) GIGNETWGDPRVIKV G196
PTPRJ (mouse) VTTNETLnKTITTEP N114-ng
PTPRJ (rat) GTVNETSGKPTYKNI G164
S226-p
GVRKAALsWSNGNGt
0 1
PTPRJ (human) GVRKAALsWSNGNGt S226-p
PTPRJ (mouse) GVTQARLTWSNAnGT T140
PTPRJ (rat) GVTQALLAWSNANGT A194
N231
ALsWSNGNGtASCRV
0 1
PTPRJ (human) ALsWSNGNGtASCRV N231
PTPRJ (mouse) RLTWSNAnGTASYRM N145-ng
PTPRJ (rat) LLAWSNANGTASYRM N199
T233-p
sWSNGNGtASCRVLL
0 1
PTPRJ (human) sWSNGNGtASCRVLL T233-p
PTPRJ (mouse) TWSNAnGTASYRMLI T147
PTPRJ (rat) AWSNANGTASYRMQI T201
N258
QDSRLQVNISGLKPG
0 1
PTPRJ (human) QDSRLQVNISGLKPG N258
PTPRJ (mouse) LTTHSSVnISGLKPG N164-ng
PTPRJ (rat) LTTNSSGGISDLKPG G218
S303
TERSRAGSPTAPVHD
0 1
PTPRJ (human) TERSRAGSPTAPVHD S303
PTPRJ (mouse) TKRIPVTnLSQLHKN N207-ng
PTPRJ (rat) TEGSPVANISQLHKN N261
N342
LEPGTRYNATVYSQA
0 1
PTPRJ (human) LEPGTRYNATVYSQA N342
PTPRJ (mouse) LKPDTQYnATIYSQA N244-ng
PTPRJ (rat) LKPDTQYKVTIYSQA K298
N351
TVYSQAANGTEGQPQ
0 1
PTPRJ (human) TVYSQAANGTEGQPQ N351
PTPRJ (mouse) TIYSQAAnGTEGQPR N253-ng
PTPRJ (rat) TIYSQAADGTEGQPG D307
N365
QAIEFRTNAIQVFDV
0 1
PTPRJ (human) QAIEFRTNAIQVFDV N365
PTPRJ (mouse) RNKVFKTnSTQVSDV N267-ng
PTPRJ (rat) GNKVFKTNPIQVSDI N321
N411
AGETDSSNLNVSEPR
0 1
PTPRJ (human) AGETDSSNLNVSEPR N411
PTPRJ (mouse) AGGTHSVnQTVnKTE N313-ng
PTPRJ (rat) AGGSDSINETVNETQ N367
S415
DSSNLNVSEPRAVIP
0 1
PTPRJ (human) DSSNLNVSEPRAVIP S415
PTPRJ (mouse) HSVnQTVnKTEAIIL N317-ng
PTPRJ (rat) DSINETVNETQAVIR N371
V464
VSDFRVTVVSTTEIG
0 1
PTPRJ (human) VSDFRVTVVSTTEIG V464
PTPRJ (mouse) VSDFRVTnVSTRAIG N366-ng
PTPRJ (rat) VSDFRVTNVSLREIG N420
V496
EGAGNSRVEITTNQS
0 1
PTPRJ (human) EGAGNSRVEITTNQS V496
PTPRJ (mouse) DGGEKHRnASTGNQS N398-ng
PTPRJ (rat) EGSEKRWNASTGDLS N452
N536
GASRTVCNRTVPSAV
0 1
PTPRJ (human) GASRTVCNRTVPSAV N536
PTPRJ (mouse) EGLSSTVnGSTDPSA N437-ng
PTPRJ (rat) EGPSQTVVGRTDCSA V491
Y550
VFDIHVVYVTTTEMW
0 1
PTPRJ (human) VFDIHVVYVTTTEMW Y550
PTPRJ (mouse) VTDIRVVnISTTEMQ N452-ng
PTPRJ (rat) VTDIRVVSVSTTEIQ S506
S585
KHGSNHTSTYDKAIT
0 1
PTPRJ (human) KHGSNHTSTYDKAIT S585
PTPRJ (mouse) SGSIIRTnSSQKWIT N488-ng
PTPRJ (rat) ENGSIKTNSSQKWIT N541
S635
NVSNIDVSTNTTAAT
0 1
PTPRJ (human) NVSNIDVSTNTTAAT S635
PTPRJ (mouse) SVSHIEVnTTTTTAA N538-ng
PTPRJ (rat) NVSYIEVNTNTTVAA N591
S652
WQNFDDASPTYSYCL
0 1
PTPRJ (human) WQNFDDASPTYSYCL S652
PTPRJ (mouse) WKNEDAAsASYAYSV S555-p
PTPRJ (rat) WKNLDAASASYSYSV S608
N669
EKAGNSSNATQVVTD
0 1
PTPRJ (human) EKAGNSSNATQVVTD N669
PTPRJ (mouse) LKTGDGSnVTSnFTK N572-ng
PTPRJ (rat) LKAGDGSNVTSRVRD N625
V673
NSSNATQVVTDIGIT
0 1
PTPRJ (human) NSSNATQVVTDIGIT V673
PTPRJ (mouse) DGSnVTSnFTKDPSI N576-ng
PTPRJ (rat) DGSNVTSRVRDIPSV R629
S692
TELIPGSSYTVEIFA
0 1
PTPRJ (human) TELIPGSSYTVEIFA S692
PTPRJ (mouse) PELIPGVsYTVKILT S593-p
PTPRJ (rat) PGLIPGVSYEVKIFT S646
N761
VSSGAWNNATHLESC
0 1
PTPRJ (human) VSSGAWNNATHLESC N761
PTPRJ (mouse) VRSDSWDnMTRLEnC N662-ng
PTPRJ (rat) VRSDAWDNMTHLENC N716
S767
NNATHLESCSSENGT
0 1
PTPRJ (human) NNATHLESCSSENGT S767
PTPRJ (mouse) DnMTRLEnCTSDDDT N668-ng
PTPRJ (rat) DNMTHLENCTLDNDT N722
N807
KMAAPTRNTCTTGIT
0 1
PTPRJ (human) KMAAPTRNTCTTGIT N807
PTPRJ (mouse) KMALPAQnICTTGIT N708-ng
PTPRJ (rat) KMALPTQSTCTTGIT S762
N910
KYEIDVGNESTTLGY
0 1
PTPRJ (human) KYEIDVGNESTTLGY N910
PTPRJ (mouse) NYEIDVGnQSTTLGY N811-ng
PTPRJ (rat) NYEIDVGNQSTTLGY N865
S1009-p
DAKNNEVsFsQIkPK
0 13
PTPRJ (human) DAKNNEVsFsQIkPK S1009-p
PTPRJ (mouse) DAKNNEVsFsQIkPK S910-p
PTPRJ (rat) DAKNNEVSFSQIKSK S964
S1011-p
KNNEVsFsQIkPKKS
0 10
PTPRJ (human) KNNEVsFsQIkPKKS S1011-p
PTPRJ (mouse) KNNEVsFsQIkPKKS S912-p
PTPRJ (rat) KNNEVSFSQIKSKLI S966
K1014-ub
EVsFsQIkPKKSKLI
0 2
PTPRJ (human) EVsFsQIkPKKSKLI K1014-ub
PTPRJ (mouse) EVsFsQIkPKKSKLI K915-ub
PTPRJ (rat) gap -
K1031-ac
ENFEAYFkkQQADSN
0 1
PTPRJ (human) ENFEAYFkkQQADSN K1031-ac
PTPRJ (mouse) ENFEAYFKkQQADSN K932
PTPRJ (rat) ENFEAYFKKQQADSN K983
K1031-ub
ENFEAYFkkQQADSN
0 2
PTPRJ (human) ENFEAYFkkQQADSN K1031-ub
PTPRJ (mouse) ENFEAYFkkQQADSN K932-ub
PTPRJ (rat) ENFEAYFKKQQADSN K983
K1032-ub
NFEAYFkkQQADSNC
0 2
PTPRJ (human) NFEAYFkkQQADSNC K1032-ub
PTPRJ (mouse) NFEAYFkkQQADSNC K933-ub
PTPRJ (rat) NFEAYFKKQQADSNC K984
K1049-ub
AEEYEDLkLVGISQP
0 1
PTPRJ (human) AEEYEDLkLVGISQP K1049-ub
PTPRJ (mouse) AEEYEDLKLIGISLP K950
PTPRJ (rat) AEEYEDLKLIGISLP K1001
K1057-ub
LVGISQPkYAAELAE
0 2
PTPRJ (human) LVGISQPkYAAELAE K1057-ub
PTPRJ (mouse) LIGISLPKYTAEIAE K958
PTPRJ (rat) LIGISLPKYAAEIAE K1009
Y1071-p
ENRGKNRyNNVLPyD
0 4
PTPRJ (human) ENRGKNRyNNVLPyD Y1071-p
PTPRJ (mouse) ENRGKNRyNNVLPYD Y972-p
PTPRJ (rat) ENRGKNRYNNVLPYD Y1023
Y1077-p
RyNNVLPyDISRVKL
0 2
PTPRJ (human) RyNNVLPyDISRVKL Y1077-p
PTPRJ (mouse) RyNNVLPYDISRVKL Y978
PTPRJ (rat) RYNNVLPYDISRVKL Y1029
T1091-p
LSVQTHStDDyINAN
0 1
PTPRJ (human) LSVQTHStDDyINAN T1091-p
PTPRJ (mouse) LSVQTHSTDDYINAN T992
PTPRJ (rat) LSVQTHSTDDYINAN T1043
Y1094-p
QTHStDDyINANyMP
0 1
PTPRJ (human) QTHStDDyINANyMP Y1094-p
PTPRJ (mouse) QTHSTDDYINANYMP Y995
PTPRJ (rat) QTHSTDDYINANYMP Y1046
Y1099-p
DDyINANyMPGyHsK
0 2
PTPRJ (human) DDyINANyMPGyHsK Y1099-p
PTPRJ (mouse) DDYINANYMPGYHSK Y1000
PTPRJ (rat) DDYINANYMPGYHSK Y1051
Y1103-p
NANyMPGyHsKKDFI
0 1
PTPRJ (human) NANyMPGyHsKKDFI Y1103-p
PTPRJ (mouse) NANYMPGYHSKKDFI Y1004
PTPRJ (rat) NANYMPGYHSKKDFI Y1055
S1105-p
NyMPGyHsKKDFIAT
0 1
PTPRJ (human) NyMPGyHsKKDFIAT S1105-p
PTPRJ (mouse) NYMPGYHSKKDFIAT S1006
PTPRJ (rat) NYMPGYHSKKDFIAT S1057
Y1133-p
MVWEKNVyAIIMLtK
0 1
PTPRJ (human) MVWEKNVyAIIMLtK Y1133-p
PTPRJ (mouse) MVWEKNVYAIVMLTK Y1034
PTPRJ (rat) MVWEKNVYAIVMLTK Y1085
T1139-p
VyAIIMLtKCVEQGR
0 1
PTPRJ (human) VyAIIMLtKCVEQGR T1139-p
PTPRJ (mouse) VYAIVMLTKCVEQGR T1040
PTPRJ (rat) VYAIVMLTKCVEQGR T1091
K1185
TIRDFTVKNIQTSES
0 1
PTPRJ (human) TIRDFTVKNIQTSES K1185
PTPRJ (mouse) TIRDFVVkNMQNSES K1086-ub
PTPRJ (rat) TIRDFVVKNMQSSES K1137
Y1225-p
FRYLVRDyMKQSPPE
0 4
PTPRJ (human) FRYLVRDyMKQSPPE Y1225-p
PTPRJ (mouse) FRYLVRDYMKQIPPE Y1126
PTPRJ (rat) FRYLVRDYMKQIPPE Y1177
K1306-ub
VRSQKDSkVDLIyQN
0 1
PTPRJ (human) VRSQKDSkVDLIyQN K1306-ub
PTPRJ (mouse) IRAQKDSKVDLIYQN K1207
PTPRJ (rat) IRAQKDSKVDLIYQN K1258
Y1311-p
DSkVDLIyQNtTAMt
Upstream
Downstream
1 15
Effects on Modified Protein
  • enzymatic activity, induced
  • molecular association, regulation
Effects on Biological Processes:
  • cell motility, induced
Kinase, in vitro:
  • Src (human)
Putative in vivo kinases:
  • Fyn (human)
  • Src (human)
Treatment
  • VEGF
PTPRJ (human) DSkVDLIyQNtTAMt Y1311-p
PTPRJ (mouse) DSKVDLIYQNTTAMT Y1212
PTPRJ (rat) DSKVDLIYQNTTAMT Y1263
T1314-p
VDLIyQNtTAMtIyE
0 1
PTPRJ (human) VDLIyQNtTAMtIyE T1314-p
PTPRJ (mouse) VDLIYQNTTAMTIYE T1215
PTPRJ (rat) VDLIYQNTTAMTIYE T1266
T1318-p
yQNtTAMtIyENLAP
1 0
PTPRJ (human) yQNtTAMtIyENLAP T1318-p
PTPRJ (mouse) YQNTTAMTIYENLEP T1219
PTPRJ (rat) YQNTTAMTIYENLEP T1270
Y1320-p
NtTAMtIyENLAPVT
Upstream
Downstream
2 2
Effects on Modified Protein
  • enzymatic activity, induced
  • molecular association, regulation
Effects on Biological Processes:
  • cell motility, induced
Kinase, in vitro:
  • Src (human)
Putative in vivo kinases:
  • Fyn (human)
  • Src (human)
Treatment
  • VEGF
PTPRJ (human) NtTAMtIyENLAPVT Y1320-p
PTPRJ (mouse) NTTAMTIYENLEPVS Y1221
PTPRJ (rat) NTTAMTIYENLEPVS Y1272