Other Species / Isoforms
  TPX2 (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.

 
K44-ub
EKANLENkLLGkNGt
0 5
TPX2 (human) EKANLENkLLGkNGt K44-ub
TPX2 iso2 (human) EKANLENKLLGKNGT K44
TPX2 (mouse) EKANLENkFLRQRGI K44-ub
TPX2 (rat) EKANLENKFLRQSGI K44
TPX2 (frog) QVTNAENIPPDQRRL I40
K48-ub
LENkLLGkNGtGGLF
0 2
TPX2 (human) LENkLLGkNGtGGLF K48-ub
TPX2 iso2 (human) LENKLLGKNGTGGLF K48
TPX2 (mouse) LENkFLRQRGIGEPF Q48
TPX2 (rat) LENKFLRQSGIGEPF Q48
TPX2 (frog) AENIPPDQRRLsETS Q44
K48-sm
LENkLLGkNGtGGLF
0 1
TPX2 (human) LENkLLGkNGtGGLF K48-sm
TPX2 iso2 (human) LENKLLGKNGTGGLF K48
TPX2 (mouse) LENkFLRQRGIGEPF Q48
TPX2 (rat) LENKFLRQSGIGEPF Q48
TPX2 (frog) AENIPPDQRRLsETS Q44
T51-p
kLLGkNGtGGLFQGk
0 4
TPX2 (human) kLLGkNGtGGLFQGk T51-p
TPX2 iso2 (human) KLLGKNGTGGLFQGK T51
TPX2 (mouse) kFLRQRGIGEPFQGK I51
TPX2 (rat) KFLRQSGIGEPFQGK I51
TPX2 (frog) gap -
K58-ac
tGGLFQGktPLRkAN
0 1
TPX2 (human) tGGLFQGktPLRkAN K58-ac
TPX2 iso2 (human) TGGLFQGKTPLRKAN K58
TPX2 (mouse) IGEPFQGKNsLRKAK K58
TPX2 (rat) IGEPFQGKTSLRKAK K58
TPX2 (frog) gap -
K58-ub
tGGLFQGktPLRkAN
0 1
TPX2 (human) tGGLFQGktPLRkAN K58-ub
TPX2 iso2 (human) TGGLFQGKTPLRKAN K58
TPX2 (mouse) IGEPFQGKNsLRKAK K58
TPX2 (rat) IGEPFQGKTSLRKAK K58
TPX2 (frog) gap -
T59-p
GGLFQGktPLRkANL
0 7
TPX2 (human) GGLFQGktPLRkANL T59-p
TPX2 iso2 (human) GGLFQGKTPLRKANL T59
TPX2 (mouse) GEPFQGKNsLRKAKL N59
TPX2 (rat) GEPFQGKTSLRKAKL T59
TPX2 (frog) gap -
P60
GLFQGktPLRkANLQ
0 2
TPX2 (human) GLFQGktPLRkANLQ P60
TPX2 iso2 (human) GLFQGKTPLRKANLQ P60
TPX2 (mouse) EPFQGKNsLRKAKLQ S60-p
TPX2 (rat) EPFQGKTSLRKAKLQ S60
TPX2 (frog) gap -
K63-ub
QGktPLRkANLQQAI
0 2
TPX2 (human) QGktPLRkANLQQAI K63-ub
TPX2 iso2 (human) QGKTPLRKANLQQAI K63
TPX2 (mouse) QGKNsLRKAKLQQGF K63
TPX2 (rat) QGKTSLRKAKLQQGC K63
TPX2 (frog) gap -
K63-sm
QGktPLRkANLQQAI
0 1
TPX2 (human) QGktPLRkANLQQAI K63-sm
TPX2 iso2 (human) QGKTPLRKANLQQAI K63
TPX2 (mouse) QGKNsLRKAKLQQGF K63
TPX2 (rat) QGKTSLRKAKLQQGC K63
TPX2 (frog) gap -
T72-p
NLQQAIVtPLkPVDN
Upstream
Downstream
2 75
Effects on Modified Protein
  • intracellular localization
Effects on Biological Processes:
  • cell cycle regulation
Kinase, in vitro:
  • CDK1 (human)
  • CDK2 (human)
Putative in vivo kinases:
  • CDK1 (human)
  • CDK2 (human)
Treatment
  • ischemia
  • nocodazole
  • seliciclib
  • ZK-Thiazolidinone
TPX2 (human) NLQQAIVtPLkPVDN T72-p
TPX2 iso2 (human) NLQQAIVTPLKPVDN T72
TPX2 (mouse) KLQQGFVtPLKAVDN T72-p
TPX2 (rat) KLQQGCVTPLKAVDN T72
TPX2 (frog) gap -
K75-ac
QAIVtPLkPVDNTyy
0 1
TPX2 (human) QAIVtPLkPVDNTyy K75-ac
TPX2 iso2 (human) QAIVTPLKPVDNTYY K75
TPX2 (mouse) QGFVtPLKAVDNTYH K75
TPX2 (rat) QGCVTPLKAVDNTYY K75
TPX2 (frog) gap -
K75-ub
QAIVtPLkPVDNTyy
Upstream
0 3
Treatment
  • MG132
TPX2 (human) QAIVtPLkPVDNTyy K75-ub
TPX2 iso2 (human) QAIVTPLKPVDNTYY K75
TPX2 (mouse) QGFVtPLKAVDNTYH K75
TPX2 (rat) QGCVTPLKAVDNTYY K75
TPX2 (frog) gap -
K75-sm
QAIVtPLkPVDNTyy
0 1
TPX2 (human) QAIVtPLkPVDNTyy K75-sm
TPX2 iso2 (human) QAIVTPLKPVDNTYY K75
TPX2 (mouse) QGFVtPLKAVDNTYH K75
TPX2 (rat) QGCVTPLKAVDNTYY K75
TPX2 (frog) gap -
Y81-p
LkPVDNTyyKEAEKE
0 2
TPX2 (human) LkPVDNTyyKEAEKE Y81-p
TPX2 iso2 (human) LKPVDNTYYKEAEKE Y81
TPX2 (mouse) LKAVDNTYHKETEKE Y81
TPX2 (rat) LKAVDNTYYKETEKE Y81
TPX2 (frog) gap -
Y82-p
kPVDNTyyKEAEKEN
0 2
TPX2 (human) kPVDNTyyKEAEKEN Y82-p
TPX2 iso2 (human) KPVDNTYYKEAEKEN Y82
TPX2 (mouse) KAVDNTYHKETEKEN H82
TPX2 (rat) KAVDNTYYKETEKEN Y82
TPX2 (frog) gap -
S110-p
LEVEAAIsRKtPAQP
0 2
TPX2 (human) LEVEAAIsRKtPAQP S110-p
TPX2 iso2 (human) LEVEAAISRKTPAQP S110
TPX2 (mouse) LDAKRAVSGNtPVQP S110
TPX2 (rat) LNAKRAVTGTTPIQP T110
TPX2 (frog) gap -
-
gap
1 0
TPX2 (human) gap -
TPX2 iso2 (human) gap -
TPX2 (mouse) gap -
TPX2 (rat) gap -
TPX2 (frog) PPDQRRLsETSVNTE S48-p
T113-p
EAAIsRKtPAQPQRR
Upstream
0 14
Treatment
  • ZK-Thiazolidinone
TPX2 (human) EAAIsRKtPAQPQRR T113-p
TPX2 iso2 (human) EAAISRKTPAQPQRR T113
TPX2 (mouse) KRAVSGNtPVQPQRR T113-p
TPX2 (rat) KRAVTGTTPIQPQRR T113
TPX2 (frog) THVCDVKSQSKRSsR S84
S121-p
PAQPQRRsLRLsAQk
Upstream
Downstream
3 50
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • cell cycle regulation
Kinase, in vitro:
  • AurA (human)
Putative in vivo kinases:
  • AurA (human)
Treatment
  • MLN8054
  • MLN8237
  • nocodazole
TPX2 (human) PAQPQRRsLRLsAQk S121-p
TPX2 iso2 (human) PAQPQRRSLRLSAQK S121
TPX2 (mouse) PVQPQRRsIRLsAQK S121-p
TPX2 (rat) PIQPQRRSVRLSAQk S121
TPX2 (frog) KSQSKRSsRRMsKKH S90-p
S125-p
QRRsLRLsAQkDLEQ
Upstream
Downstream
2 38
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • cell cycle regulation
Kinase, in vitro:
  • AurA (human)
Putative in vivo kinases:
  • AurA (human)
Treatment
  • ischemia
  • MLN8054
  • MLN8237
  • nocodazole
TPX2 (human) QRRsLRLsAQkDLEQ S125-p
TPX2 iso2 (human) QRRSLRLSAQKDLEQ S125
TPX2 (mouse) QRRsIRLsAQKDLEQ S125-p
TPX2 (rat) QRRSVRLSAQkDLEQ S125
TPX2 (frog) KRSsRRMsKKHRQKL S94-p
K128-ac
sLRLsAQkDLEQKEK
0 2
TPX2 (human) sLRLsAQkDLEQKEK K128-ac
TPX2 iso2 (human) SLRLSAQKDLEQKEK K128
TPX2 (mouse) sIRLsAQKDLEQKEK K128
TPX2 (rat) SVRLSAQkDLEQKEK K128-ac
TPX2 (frog) SsRRMsKKHRQKLLV K96
T147-p
MKAKRCAtPVIIDEI
Upstream
0 56
Regulatory protein:
  • TBK1 (human)
TPX2 (human) MKAKRCAtPVIIDEI T147-p
TPX2 iso2 (human) MKAKRCATPVIIDEI T147
TPX2 (mouse) MKAKRCVAPATDCPP A150
TPX2 (rat) EMKAKRCTAPTTDYP T149
TPX2 (frog) DTHLEKETAPPEYPP T114
S157-p
IIDEILPskKMKVsN
1 3
TPX2 (human) IIDEILPskKMKVsN S157-p
TPX2 iso2 (human) IIDEILPSKKMKVSN S157
TPX2 (mouse) gap -
TPX2 (rat) gap -
TPX2 (frog) gap -
K158-ac
IDEILPskKMKVsNN
0 12
TPX2 (human) IDEILPskKMKVsNN K158-ac
TPX2 iso2 (human) IDEILPSKKMKVSNN K158
TPX2 (mouse) ATDCPPQKRMKVSHK K159
TPX2 (rat) TTDYPPNKKMKVSHK K159
TPX2 (frog) PPEYPPCKKLKGSSS K123
S163-p
PskKMKVsNNKKKPE
0 2
TPX2 (human) PskKMKVsNNKKKPE S163-p
TPX2 iso2 (human) PSKKMKVSNNKKKPE S163
TPX2 (mouse) PQKRMKVSHKKKLEE S164
TPX2 (rat) PNKKMKVSHKKKPEE S164
TPX2 (frog) PCKKLKGSSSKGRHA S128
S174-p
KKPEEEGsAHQDtAE
Upstream
0 2
Treatment
  • ZK-Thiazolidinone
TPX2 (human) KKPEEEGsAHQDtAE S174-p
TPX2 iso2 (human) KKPEEEGSAHQDTAE S174
TPX2 (mouse) LEEEEEGSAPATSRK S176
TPX2 (rat) PEEEEEGSAPATSRK S176
TPX2 (frog) RHAPVIKSQSTSSHH S140
T179-p
EGsAHQDtAEKNAss
0 2
TPX2 (human) EGsAHQDtAEKNAss T179-p
TPX2 iso2 (human) EGSAHQDTAEKNASS T179
TPX2 (mouse) EGSAPATSRKNERET S181
TPX2 (rat) EGSAPATSRKDETLE S181
TPX2 (frog) IKSQSTSSHHSMTSP S145
S185-p
DtAEKNAssPEKAKG
Upstream
0 2
Treatment
  • MG132
TPX2 (human) DtAEKNAssPEKAKG S185-p
TPX2 iso2 (human) DTAEKNASSPEKAKG S185
TPX2 (mouse) gap -
TPX2 (rat) gap -
TPX2 (frog) gap -
S186-p
tAEKNAssPEKAKGR
0 3
TPX2 (human) tAEKNAssPEKAKGR S186-p
TPX2 iso2 (human) TAEKNASSPEKAKGR S186
TPX2 (mouse) SRKNERETLEKAKGK T188
TPX2 (rat) ATSRKDETLERAKGK T186
TPX2 (frog) TSSHHSMTSPKPKAQ T150
T195-p
EKAKGRHtVPCMPPA
0 1
TPX2 (human) EKAKGRHtVPCMPPA T195-p
TPX2 iso2 (human) EKAKGRHTVPCMPPA T195
TPX2 (mouse) EKAKGKHTVPGVPPA T197
TPX2 (rat) ERAKGKHTVPAVPPA T195
TPX2 (frog) PKPKAQLTMPSTPTV T159
K203-ub
VPCMPPAkQKFLksT
0 1
TPX2 (human) VPCMPPAkQKFLksT K203-ub
TPX2 iso2 (human) VPCMPPAKQKFLKST K203
TPX2 (mouse) VPGVPPAREKVLKST R205
TPX2 (rat) VPAVPPAREKTVKST R203
TPX2 (frog) under review -
K208-sm
PAkQKFLksTEEQEL
0 1
TPX2 (human) PAkQKFLksTEEQEL K208-sm
TPX2 iso2 (human) PAKQKFLKSTEEQEL K208
TPX2 (mouse) PAREKVLKSTEEQEI K210
TPX2 (rat) PAREKTVKSTEEQEL K208
TPX2 (frog) RNVLVKAKNSEEQEL K177
S209-p
AkQKFLksTEEQELE
0 2
TPX2 (human) AkQKFLksTEEQELE S209-p
TPX2 iso2 (human) AKQKFLKSTEEQELE S209
TPX2 (mouse) AREKVLKSTEEQEIE S211
TPX2 (rat) AREKTVKSTEEQELE S209
TPX2 (frog) VLVKAKNSEEQELEK S179
S218-p
EEQELEKsMkMQQEV
Upstream
0 5
Treatment
  • AZD1152
  • BI2536
  • ZM447439
TPX2 (human) EEQELEKsMkMQQEV S218-p
TPX2 iso2 (human) EEQELEKSMKMQQEV S218
TPX2 (mouse) EEQEIEKRLRMQQEV R220
TPX2 (rat) EEQELEKSLRMQQEV S218
TPX2 (frog) EEQELEKMQELQKEM M187
K220-sm
QELEKsMkMQQEVVE
0 1
TPX2 (human) QELEKsMkMQQEVVE K220-sm
TPX2 iso2 (human) QELEKSMKMQQEVVE K220
TPX2 (mouse) QEIEKRLRMQQEVVE R222
TPX2 (rat) QELEKSLRMQQEVVE R220
TPX2 (frog) QELEKMQELQKEMLE E189
K237-sm
KKNEEFKkLALAGIG
0 1
TPX2 (human) KKNEEFKkLALAGIG K237-sm
TPX2 iso2 (human) KKNEEFKKLALAGIG K237
TPX2 (mouse) RKNEEFKKLALAGPG K239
TPX2 (rat) KKNEEFKKLALAGPG K237
TPX2 (frog) KKNEHSMKVAITGAG K206
S250-p
IGQPVKKsVsQVTks
0 2
TPX2 (human) IGQPVKKsVsQVTks S250-p
TPX2 iso2 (human) IGQPVKKSVSQVTKS S250
TPX2 (mouse) PGQPVKKSTSQVTKT S252
TPX2 (rat) PGQPVKKSTSQVTKT S250
TPX2 (frog) GAGQPVKTFIPVTKP T218
S252-p
QPVKKsVsQVTksVD
0 5
TPX2 (human) QPVKKsVsQVTksVD S252-p
TPX2 iso2 (human) QPVKKSVSQVTKSVD S252
TPX2 (mouse) QPVKKSTSQVTKTVD S254
TPX2 (rat) QPVKKSTSQVTKTVD S252
TPX2 (frog) GQPVKTFIPVTKPVD I220
K256-sm
KsVsQVTksVDFHFR
0 1
TPX2 (human) KsVsQVTksVDFHFR K256-sm
TPX2 iso2 (human) KSVSQVTKSVDFHFR K256
TPX2 (mouse) KSTSQVTKTVDFHFL K258
TPX2 (rat) KSTSQVTKTVDFHFL K256
TPX2 (frog) KTFIPVTKPVDFHFK K224
S257-p
sVsQVTksVDFHFRt
0 9
TPX2 (human) sVsQVTksVDFHFRt S257-p
TPX2 iso2 (human) SVSQVTKSVDFHFRT S257
TPX2 (mouse) STSQVTKTVDFHFLT T259
TPX2 (rat) STSQVTKTVDFHFLT T257
TPX2 (frog) TFIPVTKPVDFHFKT P225
T264-p
sVDFHFRtDERIKQH
0 1
TPX2 (human) sVDFHFRtDERIKQH T264-p
TPX2 iso2 (human) SVDFHFRTDERIKQH T264
TPX2 (mouse) TVDFHFLTDERIKQH T266
TPX2 (rat) TVDFHFLTDERIKQH T264
TPX2 (frog) PVDFHFKTDDRLKRT T232
Y278-p
HPKNQEEykEVNFTs
0 3
TPX2 (human) HPKNQEEykEVNFTs Y278-p
TPX2 iso2 (human) HPKNQEEYKEVNFTS Y278
TPX2 (mouse) HPKNQEEYKEVNFMS Y280
TPX2 (rat) HPKSQEEYKEVNFMS Y278
TPX2 (frog) NQPEGDGYKAVDFAS Y248
K279-sm
PKNQEEykEVNFTsE
0 1
TPX2 (human) PKNQEEykEVNFTsE K279-sm
TPX2 iso2 (human) PKNQEEYKEVNFTSE K279
TPX2 (mouse) PKNQEEYKEVNFMSE K281
TPX2 (rat) PKSQEEYKEVNFMSE K279
TPX2 (frog) QPEGDGYKAVDFASE K249
K279-ub
PKNQEEykEVNFTsE
0 1
TPX2 (human) PKNQEEykEVNFTsE K279-ub
TPX2 iso2 (human) PKNQEEYKEVNFTSE K279
TPX2 (mouse) PKNQEEYKEVNFMSE K281
TPX2 (rat) PKSQEEYKEVNFMSE K279
TPX2 (frog) under review -
S285-p
ykEVNFTsELrKHPs
0 1
TPX2 (human) ykEVNFTsELrKHPs S285-p
TPX2 iso2 (human) YKEVNFTSELRKHPS S285
TPX2 (mouse) YKEVNFMSELRkHSS S287
TPX2 (rat) YKEVNFMSELRKHSS S285
TPX2 (frog) YKAVDFASELRKHPP S255
R288-m1
VNFTsELrKHPssPA
0 1
TPX2 (human) VNFTsELrKHPssPA R288-m1
TPX2 iso2 (human) VNFTSELRKHPSSPA R288
TPX2 (mouse) VNFMSELRkHSSTPA R290
TPX2 (rat) VNFMSELRKHSSTPA R288
TPX2 (frog) VDFASELRKHPPSPV R258
K289
NFTsELrKHPssPAR
0 1
TPX2 (human) NFTsELrKHPssPAR K289
TPX2 iso2 (human) NFTSELRKHPSSPAR K289
TPX2 (mouse) NFMSELRkHSSTPAR K291-ac
TPX2 (rat) NFMSELRKHSSTPAR K289
TPX2 (frog) DFASELRKHPPSPVQ K259
S292-p
sELrKHPssPARVTK
0 13
TPX2 (human) sELrKHPssPARVTK S292-p
TPX2 iso2 (human) SELRKHPSSPARVTK S292
TPX2 (mouse) SELRkHSSTPARGTR S294
TPX2 (rat) SELRKHSSTPARGTR S292
TPX2 (frog) SELRKHPPSPVQVTK P262
S293-p
ELrKHPssPARVTKG
0 22
TPX2 (human) ELrKHPssPARVTKG S293-p
TPX2 iso2 (human) ELRKHPSSPARVTKG S293
TPX2 (mouse) ELRkHSSTPARGTRG T295
TPX2 (rat) ELRKHSSTPARGTRG T293
TPX2 (frog) ELRKHPPSPVQVTKG S263
K305-ac
TKGCTIVkPFNLsQG
0 5
TPX2 (human) TKGCTIVkPFNLsQG K305-ac
TPX2 iso2 (human) TKGCTIVKPFNLSQG K305
TPX2 (mouse) TRGCTIIKPFNLSKG K307
TPX2 (rat) TRGCTIIKPFNLSKG K305
TPX2 (frog) KGGHTVPKPFNLsKG K276
K305-ub
TKGCTIVkPFNLsQG
0 2
TPX2 (human) TKGCTIVkPFNLsQG K305-ub
TPX2 iso2 (human) TKGCTIVKPFNLSQG K305
TPX2 (mouse) TRGCTIIKPFNLSKG K307
TPX2 (rat) TRGCTIIKPFNLSKG K305
TPX2 (frog) KGGHTVPKPFNLsKG K276
K305-sm
TKGCTIVkPFNLsQG
0 1
TPX2 (human) TKGCTIVkPFNLsQG K305-sm
TPX2 iso2 (human) TKGCTIVKPFNLSQG K305
TPX2 (mouse) TRGCTIIKPFNLSKG K307
TPX2 (rat) TRGCTIIKPFNLSKG K305
TPX2 (frog) KGGHTVPKPFNLsKG K276
S310-p
IVkPFNLsQGkkRtF
Upstream
Downstream
1 31
Effects on Modified Protein
  • intracellular localization
Treatment
  • MG132_withdrawal
TPX2 (human) IVkPFNLsQGkkRtF S310-p
TPX2 iso2 (human) IVKPFNLSQGKKRTF S310
TPX2 (mouse) IIKPFNLSKGKKRTF S312
TPX2 (rat) IIKPFNLSKGKKRTF S310
TPX2 (frog) VPKPFNLsKGKRKHE S281-p
K313-ac
PFNLsQGkkRtFDEt
0 5
TPX2 (human) PFNLsQGkkRtFDEt K313-ac
TPX2 iso2 (human) PFNLSQGKKRTFDET K313
TPX2 (mouse) PFNLSKGKKRTFDEA K315
TPX2 (rat) PFNLSKGKKRTFDEA K313
TPX2 (frog) PFNLsKGKRKHEEAs K284
K313-ub
PFNLsQGkkRtFDEt
0 1
TPX2 (human) PFNLsQGkkRtFDEt K313-ub
TPX2 iso2 (human) PFNLSQGKKRTFDET K313
TPX2 (mouse) PFNLSKGKKRTFDEA K315
TPX2 (rat) PFNLSKGKKRTFDEA K313
TPX2 (frog) under review -
K314-ac
FNLsQGkkRtFDEtV
0 2
TPX2 (human) FNLsQGkkRtFDEtV K314-ac
TPX2 iso2 (human) FNLSQGKKRTFDETV K314
TPX2 (mouse) FNLSKGKKRTFDEAA K316
TPX2 (rat) FNLSKGKKRTFDEAA K314
TPX2 (frog) FNLsKGKRKHEEAsD R285
T316-p
LsQGkkRtFDEtVsT
0 1
TPX2 (human) LsQGkkRtFDEtVsT T316-p
TPX2 iso2 (human) LSQGKKRTFDETVST T316
TPX2 (mouse) LSKGKKRTFDEAAST T318
TPX2 (rat) LSKGKKRTFDEAAST T316
TPX2 (frog) NLsKGKRKHEEAsDY K286
T320-p
kkRtFDEtVsTyVPL
Downstream
1 1
Effects on Modified Protein
  • intracellular localization
TPX2 (human) kkRtFDEtVsTyVPL T320-p
TPX2 iso2 (human) KKRTFDETVSTYVPL T320
TPX2 (mouse) KKRTFDEAASTYVPI A322
TPX2 (rat) KKRTFDEAASTYVPI A320
TPX2 (frog) sKGKRKHEEAsDYVS E288
S322-p
RtFDEtVsTyVPLAQ
Downstream
1 1
Effects on Modified Protein
  • intracellular localization
TPX2 (human) RtFDEtVsTyVPLAQ S322-p
TPX2 iso2 (human) RTFDETVSTYVPLAQ S322
TPX2 (mouse) RTFDEAASTYVPIAQ S324
TPX2 (rat) RTFDEAASTYVPIAQ S322
TPX2 (frog) KRKHEEAsDYVSTAE S291-p
Y324-p
FDEtVsTyVPLAQQV
0 3
TPX2 (human) FDEtVsTyVPLAQQV Y324-p
TPX2 iso2 (human) FDETVSTYVPLAQQV Y324
TPX2 (mouse) FDEAASTYVPIAQQV Y326
TPX2 (rat) FDEAASTYVPIAQQV Y324
TPX2 (frog) KHEEAsDYVSTAEQV Y293
K336-ub
QQVEDFHkRtPNRYH
0 1
TPX2 (human) QQVEDFHkRtPNRYH K336-ub
TPX2 iso2 (human) QQVEDFHKRTPNRYH K336
TPX2 (mouse) QQVEAFHKRTPNRYH K338
TPX2 (rat) QQVEAFHKRTPNRYH K336
TPX2 (frog) EQVIAFYKRTPARYH K305
T338-p
VEDFHkRtPNRYHLR
0 9
TPX2 (human) VEDFHkRtPNRYHLR T338-p
TPX2 iso2 (human) VEDFHKRTPNRYHLR T338
TPX2 (mouse) VEAFHKRTPNRYHLR T340
TPX2 (rat) VEAFHKRTPNRYHLR T338
TPX2 (frog) VIAFYKRTPARYHLR T307
S346-p
PNRYHLRsKkDDINL
0 2
TPX2 (human) PNRYHLRsKkDDINL S346-p
TPX2 iso2 (human) PNRYHLRSKKDDIKT S346
TPX2 (mouse) PNRYHLRNKKDESLL N348
TPX2 (rat) PNRYHLRNKKDESLL N346
TPX2 (frog) PARYHLRSRQREMEG S315
K348-ub
RYHLRsKkDDINLLP
0 1
TPX2 (human) RYHLRsKkDDINLLP K348-ub
TPX2 iso2 (human) RYHLRSKKDDIKTGS K348
TPX2 (mouse) RYHLRNKKDESLLPS K350
TPX2 (rat) RYHLRNKKDESLLPS K348
TPX2 (frog) under review -
-
gap
0 1
TPX2 (human) gap -
TPX2 iso2 (human) VQWRDHGsLQCPTPG S370-p
TPX2 (mouse) gap -
TPX2 (rat) gap -
TPX2 (frog) gap -
S356-p
DDINLLPskSsVTKI
0 1
TPX2 (human) DDINLLPskSsVTKI S356-p
TPX2 iso2 (human) SLPNLLPSKSSVTKI S392
TPX2 (mouse) KDESLLPSKSVNKIA S357
TPX2 (rat) KDESLLPSKPVNKIV S355
TPX2 (frog) QREMEGPSPVKMIKT S324
K357-ub
DINLLPskSsVTKIC
0 1
TPX2 (human) DINLLPskSsVTKIC K357-ub
TPX2 iso2 (human) LPNLLPSKSSVTKIC K393
TPX2 (mouse) under review -
TPX2 (rat) under review -
TPX2 (frog) under review -
S359-p
NLLPskSsVTKICRD
0 2
TPX2 (human) NLLPskSsVTKICRD S359-p
TPX2 iso2 (human) NLLPSKSSVTKICRD S395
TPX2 (mouse) gap -
TPX2 (rat) gap -
TPX2 (frog) gap -
T369-p
KICRDPQtPVLQtkH
Upstream
Downstream
1 147
Effects on Modified Protein
  • activity, induced
  • intracellular localization
Effects on Biological Processes:
  • cell cycle regulation
Phosphatases, in vitro:
  • PPP2R2A (human)
Treatment
  • ZK-Thiazolidinone
TPX2 (human) KICRDPQtPVLQtkH T369-p
TPX2 iso2 (human) KICRDPQTPVLQTKH T405
TPX2 (mouse) KIARDPQtPILQtKY T369-p
TPX2 (rat) KIVRDPQTPILQTkY T367
TPX2 (frog) TKLTNPKTPLLQTKG T338
T374-p
PQtPVLQtkHRARAV
0 3
TPX2 (human) PQtPVLQtkHRARAV T374-p
TPX2 iso2 (human) PQTPVLQTKHRARAV T410
TPX2 (mouse) PQtPILQtKYRTRAV T374-p
TPX2 (rat) PQTPILQTkYRARAV T372
TPX2 (frog) PKTPLLQTKGRHRPV T343
K375-ac
QtPVLQtkHRARAVt
0 2
TPX2 (human) QtPVLQtkHRARAVt K375-ac
TPX2 iso2 (human) QTPVLQTKHRARAVT K411
TPX2 (mouse) QtPILQtKYRTRAVT K375
TPX2 (rat) QTPILQTkYRARAVT K373-ac
TPX2 (frog) KTPLLQTKGRHRPVT K344
K375-ub
QtPVLQtkHRARAVt
0 1
TPX2 (human) QtPVLQtkHRARAVt K375-ub
TPX2 iso2 (human) QTPVLQTKHRARAVT K411
TPX2 (mouse) QtPILQtKYRTRAVT K375
TPX2 (rat) QTPILQTKYRARAVT K373
TPX2 (frog) KTPLLQTKGRHRPVT K344
T382-p
kHRARAVtCkStAEL
0 1
TPX2 (human) kHRARAVtCkStAEL T382-p
TPX2 iso2 (human) KHRARAVTCKSTAEL T418
TPX2 (mouse) KYRTRAVTCKSTAEQ T382
TPX2 (rat) kYRARAVTCKSAAEk T380
TPX2 (frog) KGRHRPVTCKSAAEL T351
K384-sm
RARAVtCkStAELEA
0 1
TPX2 (human) RARAVtCkStAELEA K384-sm
TPX2 iso2 (human) RARAVTCKSTAELEA K420
TPX2 (mouse) RTRAVTCKSTAEQEA K384
TPX2 (rat) RARAVTCKSAAEkEA K382
TPX2 (frog) RHRPVTCKSAAELEA K353
T386-p
RAVtCkStAELEAEE
0 2
TPX2 (human) RAVtCkStAELEAEE T386-p
TPX2 iso2 (human) RAVTCKSTAELEAEE T422
TPX2 (mouse) RAVTCKSTAEQEAEE T386
TPX2 (rat) RAVTCKSAAEkEAEE A384
TPX2 (frog) RPVTCKSAAELEAEE A355
L389
tCkStAELEAEELEk
0 1
TPX2 (human) tCkStAELEAEELEk L389
TPX2 iso2 (human) TCKSTAELEAEELEK L425
TPX2 (mouse) TCKSTAEQEAEELEK Q389
TPX2 (rat) TCKSAAEkEAEELEK K387-ac
TPX2 (frog) TCKSAAELEAEELEM L358
K396-ub
LEAEELEkLQQYkFK
0 1
TPX2 (human) LEAEELEkLQQYkFK K396-ub
TPX2 iso2 (human) LEAEELEKLQQYKFK K432
TPX2 (mouse) QEAEELEKLQQYKFK K396
TPX2 (rat) kEAEELEKLQQYKFK K394
TPX2 (frog) LEAEELEMINQYKFK M365
K401-sm
LEkLQQYkFKARELD
0 1
TPX2 (human) LEkLQQYkFKARELD K401-sm
TPX2 iso2 (human) LEKLQQYKFKARELD K437
TPX2 (mouse) LEKLQQYKFKARELD K401
TPX2 (rat) LEKLQQYKFKARELD K399
TPX2 (frog) LEMINQYKFKAQELD K370
K420-ub
EGGPILPkkPPVKPP
0 2
TPX2 (human) EGGPILPkkPPVKPP K420-ub
TPX2 iso2 (human) EGGPILPKKPPVKPP K456
TPX2 (mouse) ESGPILPKRAPVKPP K420
TPX2 (rat) ESGPILPKRPPVKPP K418
TPX2 (frog) EGGPVLLKKPLVKEP K389
K421-ub
GGPILPkkPPVKPPT
0 2
TPX2 (human) GGPILPkkPPVKPPT K421-ub
TPX2 iso2 (human) GGPILPKKPPVKPPT K457
TPX2 (mouse) SGPILPKRAPVKPPT R421
TPX2 (rat) SGPILPKRPPVKPPT R419
TPX2 (frog) GGPVLLKKPLVKEPT K390
K465-ub
HSRPCPTkILEDVVG
0 1
TPX2 (human) HSRPCPTkILEDVVG K465-ub
TPX2 iso2 (human) HSRPCPTKILEDVVG K501
TPX2 (mouse) HSRPCPTKILEDVVG K465
TPX2 (rat) HSRPCPTKILEDVVG K463
TPX2 (frog) HSRPCPSKMLTDVVG K434
K476-ac
DVVGVPEkkVLPItV
0 1
TPX2 (human) DVVGVPEkkVLPItV K476-ac
TPX2 iso2 (human) DVVGVPEKKVLPITV K512
TPX2 (mouse) DVVGVPEKKVIPAtV K476
TPX2 (rat) DVVGVPEKKVIPATV K474
TPX2 (frog) DVVGVPLKKLLPVTV K445
K476-sm
DVVGVPEkkVLPItV
0 1
TPX2 (human) DVVGVPEkkVLPItV K476-sm
TPX2 iso2 (human) DVVGVPEKKVLPITV K512
TPX2 (mouse) DVVGVPEKKVIPAtV K476
TPX2 (rat) DVVGVPEKKVIPATV K474
TPX2 (frog) DVVGVPLKKLLPVTV K445
K477-sm
VVGVPEkkVLPItVP
0 1
TPX2 (human) VVGVPEkkVLPItVP K477-sm
TPX2 iso2 (human) VVGVPEKKVLPITVP K513
TPX2 (mouse) VVGVPEKKVIPAtVP K477
TPX2 (rat) VVGVPEKKVIPATVP K475
TPX2 (frog) VVGVPLKKLLPVTVP K446
T482-p
EkkVLPItVPksPAF
0 4
TPX2 (human) EkkVLPItVPksPAF T482-p
TPX2 iso2 (human) EKKVLPITVPKSPAF T518
TPX2 (mouse) EKKVIPAtVPKsPVF T482-p
TPX2 (rat) EKKVIPATVPKsPVF T480
TPX2 (frog) LKKLLPVTVPQSPAF T451
K485-ub
VLPItVPksPAFALk
0 1
TPX2 (human) VLPItVPksPAFALk K485-ub
TPX2 iso2 (human) VLPITVPKSPAFALK K521
TPX2 (mouse) VIPAtVPKsPVFALK K485
TPX2 (rat) VIPATVPKsPVFALK K483
TPX2 (frog) LLPVTVPQSPAFALK Q454
S486-p
LPItVPksPAFALkN
Upstream
1 142
Regulatory protein:
  • OGT (human)
Treatment
  • angiotensin_2
  • ischemia
  • nocodazole
  • ZK-Thiazolidinone
TPX2 (human) LPItVPksPAFALkN S486-p
TPX2 iso2 (human) LPITVPKSPAFALKN S522
TPX2 (mouse) IPAtVPKsPVFALKN S486-p
TPX2 (rat) IPATVPKsPVFALKN S484-p
TPX2 (frog) LPVTVPQSPAFALKN S455
K492-sm
ksPAFALkNRIRMPt
0 1
TPX2 (human) ksPAFALkNRIRMPt K492-sm
TPX2 iso2 (human) KSPAFALKNRIRMPT K528
TPX2 (mouse) KsPVFALKNRIRVPI K492
TPX2 (rat) KsPVFALKNRIRVPV K490
TPX2 (frog) QSPAFALKNRVRIPA