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.


       human

 
0 37   S6‑p __MIRAFsFPVsPER
0 27   S10‑p RAFsFPVsPERGRLR
0 9   Y158 PSEPRGIYAsERPKs
0 1   S160‑p EPRGIYAsERPKsLG
0 28   S165‑p YAsERPKsLGDASPS
0 2   S170 PKsLGDASPSAPEVV
0 1   S172 sLGDASPSAPEVVGA
0 3   S188‑p AAVPRSFsAPYPTAG
0 1   S204 SAGPEACSSAERRAR
0 1   S205 AGPEACSSAERRARA
0 1   T217 ARAGPFLTPsPLHAV
0 2   S219‑p AGPFLTPsPLHAVAM
0 1   S228 LHAVAMRSPRPCGRP
0 1   C232 AMRSPRPCGRPPTDS
0 3   S239 CGRPPTDSPDAGGAG
0 4   R258 GYISALLRRRRRRGA
0 1   R259 YISALLRRRRRRGAG
0 1   S293 RQRPPDASPSPGSAR
0 1   S306‑p ARPAREPsLERVGGH
0 7   T315‑p ERVGGHPtsPAALSR
0 40   S316‑p RVGGHPtsPAALSRA
0 1   S344‑p AAPPAAPsPPDsPAE
0 1   S348‑p AAPsPPDsPAEGRLV
0 1   R368‑m1 PGAQAATrGLPGRAA
0 4   S387‑p PPLTRGRsVEQsPPR
0 3   S391‑p RGRsVEQsPPRERPR
0 2   S410‑p RGRMAEAsGRRGSPR
0 2   S422‑p SPRARKAsRsQsETS
0 1   S424‑p RARKAsRsQsETSLL
0 14   S426‑p RKAsRsQsETSLLGR
0 1   T428 AsRsQsETSLLGRAs
0 1   S429 sRsQsETSLLGRAsA
0 1   S435‑p TSLLGRAsAVPSGPP
0 1   T446‑p SGPPKYPtAEREEPR
0 1   S472‑p LAAQAAGsCRRWRsT
0 6   S478‑p GsCRRWRsTAEIDAA
0 1   T479 sCRRWRsTAEIDAAD
0 3   S505‑p RVPGPGPsPSAPQRR
0 11   S520‑p LLYGCAGsDsECSAG
0 2   S522‑p YGCAGsDsECSAGRL
  mouse

 
S6‑p __MIRAFsFPVsPER
S10‑p RAFsFPVsPERGRLR
Y158 PSDPRGIYAsERPKs
S160‑p DPRGIYAsERPKsLG
S165‑p YAsERPKsLGDAsPs
S170‑p PKsLGDAsPsAPESV
S172‑p sLGDAsPsAPESVGA
S188‑p VAVPRSFsAPYPTAA
S202‑p AAGAETCssAERRAR
S203‑p AGAETCssAERRARA
T215‑p ARAGPFLtPsPLHAV
S217‑p AGPFLtPsPLHAVAL
S226‑p LHAVALRsPRPsGRV
S230‑p ALRsPRPsGRVPCGs
S237‑p sGRVPCGsPDGAASR
R255‑m1 GYISALLrrRRRRGA
R256‑m1 YISALLrrRRRRGAG
S290‑p RPRPPEAsPPPGGAR
S303 ARPAREPSTERAWAA
- gap
- gap
S327 PAPPAAASPPSSPAE
S331 AAASPPSSPAEGRLV
R351 PGAPAASRGLPGRAA
S370‑p PPLTRGRsVEQsPPR
S374‑p RGRsVEQsPPRERPR
S393 RGRLAEPSGRRGSPR
A405 SPRARKAARSQsEts
S407 RARKAARSQsEtsLL
S409‑p RKAARSQsEtsLLGR
T411‑p AARSQsEtsLLGRAH
S412‑p ARSQsEtsLLGRAHA
H418 tsLLGRAHAAPPPKY
T427 APPPKYPTAERDEPR
- gap
S456‑p QACRRWRstAEIDAP
T457‑p ACRRWRstAEIDAPD
S481‑p APRGPAPsPSAPPRR
S496‑p LLYGCAGsDsECSAV
S498‑p YGCAGsDsECSAVGR
  rat

 
S6‑p __MIRAFsFPVsPER
S10‑p RAFsFPVsPERGRLR
Y158‑p PSDPRGIyASERPKs
S160 DPRGIyASERPKsLG
S165‑p yASERPKsLGDASPS
S170 PKsLGDASPSVPESV
S172 sLGDASPSVPESVGA
S188 VAVPRSFSAPYPTAA
S202 AAGAETCSSAERRAR
S203 AGAETCSSAERRARA
T215 ARAGPFLTPSPLHAV
S217 AGPFLTPSPLHAVAL
S226 LHAVALRSPRPSGRV
S230 ALRSPRPSGRVPCGS
S237 SGRVPCGSPDGAASR
R255 GYISALLRRRRRRGA
R256 YISALLRRRRRRGAG
S290 RPRPPEASPPPGGAR
S303 ARPAREPSTERAWAA
- gap
- gap
S327 PTPPAAASPPSSPAE
S331 AAASPPSSPAEGRLV
R351 PGAPAASRGLPGRAA
S370 PPLTRGRSVEQSPPR
S374 RGRSVEQSPPRERPR
S393 RGRLAEPSGRRGSPR
A405 SPRARKAARSQSETS
S407 RARKAARSQSETSLL
S409 RKAARSQSETSLLGR
T411 AARSQSETSLLGRAH
S412 ARSQSETSLLGRAHA
H418 TSLLGRAHAAPPPKY
T427 APPPKYPTAERDEPR
- gap
S456 QACRRWRSTAEIDAP
T457 ACRRWRSTAEIDAPD
S481 APRGPAPSPSAPPRR
S496 LLYGCAGSDSECSAA
S498 YGCAGSDSECSAAGR