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.


       rat

 
0 1   - gap
0 34   - gap
0 99   - gap
0 113   - gap
0 41   - gap
0 11   - gap
0 5   - gap
0 3   - gap
0 1   - gap
0 2   - gap
0 1   - gap
0 1   - gap
0 2   R2 ______MRGMSNNTP
0 4   S5 ___MRGMSNNTPQLN
0 22   T8 MRGMSNNTPQLNRSL
0 10   S14 NTPQLNRSLSQGTQL
0 21   S16 PQLNRSLSQGTQLPS
0 5   T19 NRSLSQGTQLPSHVT
0 3   S23 SQGTQLPSHVTPTTG
0 1   T26 TQLPSHVTPTTGVPT
0 1   T28 LPSHVTPTTGVPTMS
0 1   T28 LPSHVTPTTGVPTMS
0 3   T29 PSHVTPTTGVPTMSL
0 2   T29 PSHVTPTTGVPTMSL
0 2   T33 TPTTGVPTMSLHTPP
0 1   T33 TPTTGVPTMSLHTPP
0 4   S35 TTGVPTMSLHTPPSP
0 4   T38 VPTMSLHTPPSPSRG
0 58   S41 MSLHTPPSPSRGILP
0 13   S43 LHTPPSPSRGILPMN
0 1   R52 GILPMNPRNMMNHSQ
0 6   S58 PRNMMNHSQVGQGIG
0 2   T70 GIGIPSRTNSMSSSG
0 21   S72 GIPSRTNSMSSSGLG
0 3   S74 PSRTNSMSSSGLGsP
0 5   S75 SRTNSMSSSGLGsPN
0 3   S76 RTNSMSSSGLGsPNR
0 92   S80‑p MSSSGLGsPNRSSPS
0 5   S84 GLGsPNRSSPSIICM
0 16   S85 LGsPNRSSPSIICMP
0 9   S157 DRNRREGSGNPTPLI
0 6   T161 REGSGNPTPLINPLA
0 1   Y173 PLAGRAPYVGMVTKP
0 1   S189 NEQSQDFSIHNEDFP
0 1   S208 SSYKDPTSSNDDSKS
0 2   S209 SYKDPTSSNDDSKSN
0 1   K214 TSSNDDSKSNLSTSG
0 1   T219 DSKSNLSTSGKTTSS
0 2   S220 SKSNLSTSGKTTSST
0 1   T223 NLSTSGKTTSSTDGP
0 1   S306 TLGLNLNSPENLYPK
0 4   Y311 LNSPENLYPKFASPW
0 1   Y386 LFNRDWRYHKEERVW
0 1   T395 KEERVWITRAPGMEP
0 2   K405 PGMEPTMKTNTYERG
0 1   Y409 PTMKTNTYERGTYYF
0 1   Y415 TYERGTYYFFDCLNW
0 1   - under review  
  human

► Hide Isoforms
 
K12‑ub DGHTLSEkRNYQVTN
S35‑p KFVEGVDsDyHDENM
Y37‑p VEGVDsDyHDENMyy
Y43‑p DyHDENMyysQssMF
Y44‑p yHDENMyysQssMFP
S45‑p HDENMyysQssMFPH
S47‑p ENMyysQssMFPHRS
S48‑p NMyysQssMFPHRSE
K56‑ac MFPHRSEkDMLAsPS
S61‑p SEkDMLAsPSTsGQL
S65‑p MLAsPSTsGQLsQFG
S69‑p PSTsGQLsQFGASLY
R87‑m1 SALGLPMrGMsNNtP
S90‑p GLPMrGMsNNtPQLN
T93‑p MrGMsNNtPQLNRsL
S99‑p NtPQLNRsLsQGtQL
S101‑p PQLNRsLsQGtQLPs
T104‑p NRsLsQGtQLPsHVt
S108‑p sQGtQLPsHVtPttG
T111‑p tQLPsHVtPttGVPt
T113‑p LPsHVtPttGVPtMs
T113 LPsHVtPTtGVPtMs
T114‑p PsHVtPttGVPtMsL
T114 PsHVtPtTGVPtMsL
T118‑p tPttGVPtMsLHtPP
T118 tPttGVPTMsLHtPP
S120‑p ttGVPtMsLHtPPsP
T123‑p VPtMsLHtPPsPsRG
S126‑p MsLHtPPsPsRGILP
S128‑p LHtPPsPsRGILPMN
R137‑m1 GILPMNPrNMMNHsQ
S143‑p PrNMMNHsQVGQGIG
T155‑p GIGIPSRtNsMsssG
S157‑p GIPSRtNsMsssGLG
S159‑p PSRtNsMsssGLGsP
S160‑p SRtNsMsssGLGsPN
S161‑p RtNsMsssGLGsPNR
S165‑p MsssGLGsPNRssPS
S169‑p GLGsPNRssPSIICM
S170‑p LGsPNRssPSIICMP
S242‑p DRNRREGsGNPtPLI
T246‑p REGsGNPtPLINPLA
Y258‑p PLAGRAPyVGMVTKP
S274‑p NEQSQDFsIHNEDFP
S293‑p SSYKDPTssNDDSkS
S294‑p SYKDPTssNDDSkSN
K299‑ac TssNDDSkSNLNtsG
T304‑p DSkSNLNtsGKtTSS
S305‑p SkSNLNtsGKtTSST
T308‑p NLNtsGKtTSSTDGP
S391‑p TLGLNLNsPENLyPK
Y396‑p LNsPENLyPKFASPW
Y471‑p LFNRDWRyHKEERVW
T480‑p KEERVWItRAPGMEP
K490‑ub PGMEPTMkTNTyERG
Y494‑p PTMkTNTyERGTYyF
Y500‑p TyERGTYyFFDCLNW
K520‑ub EFHLEYDkLEERPHL
  NOT2 iso4  
K12 DGHTLSEKRNYQVTN
S35 KFVEGVDSDYHDENM
Y37 VEGVDSDYHDENMYY
Y43 DYHDENMYYSQSSMF
Y44 YHDENMYYSQSSMFP
S45 HDENMYYSQSSMFPH
S47 ENMYYSQSSMFPHRS
S48 NMYYSQSSMFPHRSE
K56 MFPHRSEKDMLASPS
S61 SEKDMLASPSTSGQL
S65 MLASPSTSGQLSQFG
S69 PSTSGQLSQFGASLY
R87 SALGLPMRGMSNNTP
S90 GLPMRGMSNNTPQLN
T93 MRGMSNNTPQLNRSL
S99 NTPQLNRSLSQGTQL
S101 PQLNRSLSQGTQLPS
T104 NRSLSQGTQLPSHVT
S108 SQGTQLPSHVTPTTG
T111 TQLPSHVTPTTGVPT
T113 LPSHVTPTTGVPTMS
T113 LPSHVTPTTGVPTMS
T114 PSHVTPTTGVPTMSL
T114 PSHVTPTTGVPTMSL
T118 TPTTGVPTMSLHTPP
T118 TPTTGVPTMSLHTPP
S120 TTGVPTMSLHTPPSP
T123 VPTMSLHTPPSPSRG
S126 MSLHTPPSPSRGILP
S128 LHTPPSPSRGILPMN
R137 GILPMNPRNMMNHSQ
S143 PRNMMNHSQVGQGIG
T155 GIGIPSRTNSMSSSG
S157 GIPSRTNSMSSSGLG
S159 PSRTNSMSSSGLGSP
S160 SRTNSMSSSGLGSPN
S161 RTNSMSSSGLGSPNR
S165 MSSSGLGSPNRSSPS
S169 GLGSPNRSSPSIICM
S170 LGSPNRSSPSIICMP
S242 DRNRREGSGNPTPLI
T246 REGSGNPTPLINPLA
Y258 PLAGRAPYVGMVTKP
S274 NEQSQDFSIHNEDFP
S293 SSYKDPTSSNDDSKS
S294 SYKDPTSSNDDSKSN
K299 TSSNDDSKSNLNTSG
T304 DSKSNLNTSGKTTSS
S305 SKSNLNTSGKTTSST
T308 NLNTSGKTTSSTDGP
S391 TLGLNLNSPENLYPK
Y396 LNSPENLYPKFASPW
- gap
- gap
- gap
- gap
- gap
- under review  
  mouse

 
K12 DGHTLSEKRNYQVTN
S35 KFVEGVDSDYHDENM
Y37 VEGVDSDYHDENMyY
Y43‑p DYHDENMyYSQSSMF
Y44 YHDENMyYSQSSMFP
S45 HDENMyYSQSSMFPH
S47 ENMyYSQSSMFPHRS
S48 NMyYSQSSMFPHRSE
K56 MFPHRSEKDMLASPS
S61 SEKDMLASPSTSGQL
S65 MLASPSTSGQLSQFG
S69 PSTSGQLSQFGASLY
R87 SALGLPMRGMsNNtP
S90‑p GLPMRGMsNNtPQLN
T93‑p MRGMsNNtPQLNRSL
S99 NtPQLNRSLSQGTQL
S101 PQLNRSLSQGTQLPS
T104 NRSLSQGTQLPSHVT
S108 SQGTQLPSHVTPttG
T111 TQLPSHVTPttGVPt
T113 LPSHVTPTtGVPtMS
T113‑gl LPSHVTPttGVPtMS
T114 PSHVTPtTGVPtMSL
T114‑gl PSHVTPttGVPtMSL
T118 TPttGVPTMSLHTPP
T118‑gl TPttGVPtMSLHTPP
S120 ttGVPtMSLHTPPsP
T123 VPtMSLHTPPsPsRG
S126‑p MSLHTPPsPsRGILP
S128‑p LHTPPsPsRGILPMN
R137 GILPMNPRNMMNHsQ
S143‑p PRNMMNHsQVGQGIG
T155 GIGIPSRTNsMssSG
S157‑p GIPSRTNsMssSGLG
S159‑p PSRTNsMssSGLGsP
S160‑p SRTNsMssSGLGsPN
S161 RTNsMssSGLGsPNR
S165‑p MssSGLGsPNRSsPS
S169 GLGsPNRSsPSIICM
S170‑p LGsPNRSsPSIICMP
S242‑p DRNRREGsGNPtPLI
T246‑p REGsGNPtPLINPLA
Y258 PLAGRAPYVGMVTKP
S274 NEQSQDFSIHNEDFP
S293 SSYKDPTSSNDDSKS
S294 SYKDPTSSNDDSKSN
K299 TSSNDDSKSNLSTSG
T304 DSKSNLSTSGKTTSS
S305 SKSNLSTSGKTTSST
T308 NLSTSGKTTSSTDGP
S391 TLGLNLNSPENLyPK
Y396‑p LNSPENLyPKFASPW
Y471 LFNRDWRYHKEERVW
T480 KEERVWITRAPGMEP
K490 PGMEPTMKTNTYERG
Y494 PTMKTNTYERGTYYF
Y500 TYERGTYYFFDCLNW
K520 EFHLEYDKLEERPHL