Other Species / Isoforms
  Ets-2 (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.

 
K7-ub
_MNDFGIkNMDQVAP
0 1
Ets-2 (human) _MNDFGIkNMDQVAP K7-ub
Ets-2 (mouse) _MNDFGIKNMDQVAP K7
Ets-2 (rat) AMNDFGIKNMDQVAP K217
K7-sm
_MNDFGIkNMDQVAP
0 1
Ets-2 (human) _MNDFGIkNMDQVAP K7-sm
Ets-2 (mouse) _MNDFGIKNMDQVAP K7
Ets-2 (rat) AMNDFGIKNMDQVAP K217
S18-p
QVAPVANsyRGtLkR
0 1
Ets-2 (human) QVAPVANsyRGtLkR S18-p
Ets-2 (mouse) QVAPVANSFRGTLKR S18
Ets-2 (rat) QVAPVANSFRGTLKR S228
Y19-p
VAPVANsyRGtLkRQ
Upstream
0 1
Treatment
  • BI2536
Ets-2 (human) VAPVANsyRGtLkRQ Y19-p
Ets-2 (mouse) VAPVANSFRGTLKRQ F19
Ets-2 (rat) VAPVANSFRGTLKRQ F229
T22-p
VANsyRGtLkRQPAF
Upstream
0 1
Treatment
  • BI2536
Ets-2 (human) VANsyRGtLkRQPAF T22-p
Ets-2 (mouse) VANSFRGTLKRQPAF T22
Ets-2 (rat) VANSFRGTLKRQPAF T232
K24-sm
NsyRGtLkRQPAFDT
0 1
Ets-2 (human) NsyRGtLkRQPAFDT K24-sm
Ets-2 (mouse) NSFRGTLKRQPAFDT K24
Ets-2 (rat) NSFRGTLKRQPAFDT K234
T72-p
NCELPLLtPCSKAVM
Upstream
Downstream
9 0
Effects on Modified Protein
  • activity, induced
Effects on Biological Processes:
  • apoptosis, inhibited
  • cell cycle regulation
  • cell differentiation, induced
  • transcription, altered
  • transcription, induced
Regulatory protein:
  • HRas (human)
Treatment
  • M-CSF
Ets-2 (human) NCELPLLtPCSKAVM T72-p
Ets-2 (mouse) SCELPLLtPCSKAVM T72-p
Ets-2 (rat) TCELPLLTPCSKAVM T282
K84-ub
AVMSQALkATFsGFk
0 1
Ets-2 (human) AVMSQALkATFsGFk K84-ub
Ets-2 (mouse) AVMSQALKATFSGFQ K84
Ets-2 (rat) AVMSQALKATFSGFH K294
K84-sm
AVMSQALkATFsGFk
0 1
Ets-2 (human) AVMSQALkATFsGFk K84-sm
Ets-2 (mouse) AVMSQALKATFSGFQ K84
Ets-2 (rat) AVMSQALKATFSGFH K294
S88-p
QALkATFsGFkKEQR
0 3
Ets-2 (human) QALkATFsGFkKEQR S88-p
Ets-2 (mouse) QALKATFSGFQKEQR S88
Ets-2 (rat) QALKATFSGFHKEQR S298
K91-ub
kATFsGFkKEQRRLG
0 1
Ets-2 (human) kATFsGFkKEQRRLG K91-ub
Ets-2 (mouse) KATFSGFQKEQRRLG Q91
Ets-2 (rat) KATFSGFHKEQRRLG H301
K101-sm
QRRLGIPkNPWLWSE
0 1
Ets-2 (human) QRRLGIPkNPWLWSE K101-sm
Ets-2 (mouse) QRRLGIPKNPWLWSE K101
Ets-2 (rat) QRRLGIPKNPWLWNE K311
K144-ub
QMLCNLGkERFLELA
0 1
Ets-2 (human) QMLCNLGkERFLELA K144-ub
Ets-2 (mouse) QMLCNLGKERFLELA K144
Ets-2 (rat) QMLCNLGKERFLELA K354
K173-ub
MIKENQEkTEDQYEE
0 1
Ets-2 (human) MIKENQEkTEDQYEE K173-ub
Ets-2 (mouse) MIKENQEKTEDQYEE K173
Ets-2 (rat) MIKENQEKTEDQYEE K383
S220-p
PKGGLLDsMCPAstP
Upstream
Downstream
2 1
Effects on Modified Protein
  • protein degradation
Kinase, in vitro:
  • CDK10 (human)
Ets-2 (human) PKGGLLDsMCPAstP S220-p
Ets-2 (mouse) PKDNLLDSMCPPSAT S220
Ets-2 (rat) LKDGLLDGMCPPSAT G430
S225-p
LDsMCPAstPsVLSS
Upstream
Downstream
2 1
Effects on Modified Protein
  • protein degradation
Kinase, in vitro:
  • CDK10 (human)
Ets-2 (human) LDsMCPAstPsVLSS S225-p
Ets-2 (mouse) LDSMCPPSATPAALG S225
Ets-2 (rat) LDGMCPPSATPAALG S435
T226-p
DsMCPAstPsVLSSE
0 2
Ets-2 (human) DsMCPAstPsVLSSE T226-p
Ets-2 (mouse) SMCPPSATPAALGSE T227
Ets-2 (rat) GMCPPSATPAALGSE T437
S228-p
MCPAstPsVLSSEQE
0 2
Ets-2 (human) MCPAstPsVLSSEQE S228-p
Ets-2 (mouse) CPPSATPAALGSELQ A229
Ets-2 (rat) CPPSATPAALGSEQE A439
K241-ub
QEFQMFPkSRLSsVs
0 1
Ets-2 (human) QEFQMFPkSRLSsVs K241-ub
Ets-2 (mouse) SELQMLPKSRLNTVN K240
Ets-2 (rat) QELQMLPKSRLNTVS K452
S246-p
FPkSRLSsVsVTYCS
Upstream
2 0
Kinase, in vitro:
  • CAMK2A (human)
Ets-2 (human) FPkSRLSsVsVTYCS S246-p
Ets-2 (mouse) LPKSRLNTVNVNYCS T245
Ets-2 (rat) LPKSRLNTVSVNYCS T457
S248-p
kSRLSsVsVTYCSVs
Downstream
1 0
Effects on Modified Protein
  • protein degradation
Ets-2 (human) kSRLSsVsVTYCSVs S248-p
Ets-2 (mouse) KSRLNTVNVNYCSIS N247
Ets-2 (rat) KSRLNTVSVNYCSIS S459
S255-p
sVTYCSVsQDFPGSN
1 0
Ets-2 (human) sVTYCSVsQDFPGSN S255-p
Ets-2 (mouse) NVNYCSISQDFPSSN S254
Ets-2 (rat) SVNYCSISQDFPGGN S466
S285
SPENGADSFESSDSL
0 1
Ets-2 (human) SPENGADSFESSDSL S285
Ets-2 (mouse) SPENGGDsFESSDSL S284-p
Ets-2 (rat) SPENGGDSFESSDSL S496
S295-p
SSDSLLQsWNSQSSL
0 1
Ets-2 (human) SSDSLLQsWNSQSSL S295-p
Ets-2 (mouse) SSDSLLRSWNsQSsL S294
Ets-2 (rat) SSDSLLRSWNSQSSL S506
S298
SLLQsWNSQSSLLDV
0 5
Ets-2 (human) SLLQsWNSQSSLLDV S298
Ets-2 (mouse) SLLRSWNsQSsLLDV S297-p
Ets-2 (rat) SLLRSWNSQSSLLDV S509
S301
QsWNSQSSLLDVQRV
0 1
Ets-2 (human) QsWNSQSSLLDVQRV S301
Ets-2 (mouse) RSWNsQSsLLDVQRV S300-p
Ets-2 (rat) RSWNSQSSLLDVQRV S512
S310-p
LDVQRVPsFEsFEDD
Upstream
2 36
Kinase, in vitro:
  • CAMK2A (human)
Putative in vivo kinases:
  • CAMK2A (human)
Treatment
  • KN-62
  • mechanical stress
  • Su11274
  • U0126
  • wortmannin
Ets-2 (human) LDVQRVPsFEsFEDD S310-p
Ets-2 (mouse) LDVQRVPsFEsFEED S309-p
Ets-2 (rat) LDVQRVPSFESFEED S521
S313-p
QRVPsFEsFEDDCsQ
Upstream
1 3
Kinase, in vitro:
  • CAMK2A (human)
Putative in vivo kinases:
  • CAMK2A (human)
Treatment
  • KN-62
  • mechanical stress
Ets-2 (human) QRVPsFEsFEDDCsQ S313-p
Ets-2 (mouse) QRVPsFEsFEEDCSQ S312-p
Ets-2 (rat) QRVPSFESFEEDCSQ S524
S319-p
EsFEDDCsQsLCLNk
1 4
Ets-2 (human) EsFEDDCsQsLCLNk S319-p
Ets-2 (mouse) EsFEEDCSQSLCLSK S318
Ets-2 (rat) ESFEEDCSQSLCLSK S530
S321-p
FEDDCsQsLCLNkPT
0 1
Ets-2 (human) FEDDCsQsLCLNkPT S321-p
Ets-2 (mouse) FEEDCSQSLCLSKLT S320
Ets-2 (rat) FEEDCSQSLCLSKPT S532
K326-ub
sQsLCLNkPTMSFKD
0 2
Ets-2 (human) sQsLCLNkPTMSFKD K326-ub
Ets-2 (mouse) SQSLCLSKLTMSFKD K325
Ets-2 (rat) SQSLCLSKPTMSFKD K537
K392-sm
TGDGWEFkLADPDEV
0 1
Ets-2 (human) TGDGWEFkLADPDEV K392-sm
Ets-2 (mouse) TGDGWEFKLADPDEV K391
Ets-2 (rat) TGDGWEFKLADPDEV K603
K416-ub
KPKMNYEkLSRGLRY
0 4
Ets-2 (human) KPKMNYEkLSRGLRY K416-ub
Ets-2 (mouse) KPKMNYEKLSRGLRY K415
Ets-2 (rat) KPKMNYEKLSRGLRY K627
K427-ub
GLRYYYDkNIIHkTS
0 4
Ets-2 (human) GLRYYYDkNIIHkTS K427-ub
Ets-2 (mouse) GLRYYYDKNIIHKTS K426
Ets-2 (rat) GLRYYYDKNIIHKTS K638
K432-ub
YDkNIIHkTSGKRYV
0 1
Ets-2 (human) YDkNIIHkTSGKRYV K432-ub
Ets-2 (mouse) YDKNIIHKTSGKRYV K431
Ets-2 (rat) YDKNIIHKTSGKRYV K643