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 1   T14‑p GGGGVGEtKVIyHLD
1 1   Y18‑p VGEtKVIyHLDEEET
1 3   Y27‑p LDEEETPyLVkIPVP
0 1   K30‑ub EETPyLVkIPVPAER
0 1   T39‑p PVPAERItLGDFkSV
0 1   K44‑ub RItLGDFkSVLQRPA
1 0   K54‑ub LQRPAGAkYFFksMD
0 2   K58‑ub AGAkYFFksMDQDFG
0 2   S59‑p GAkYFFksMDQDFGV
0 1   S135‑p IGDSRPPsFHPNVSs
1 1   S142‑p sFHPNVSssHENLEP
4 4   S143‑p FHPNVSssHENLEPE
0 14   T151‑p HENLEPEtEtEsVVs
0 8   T153‑p NLEPEtEtEsVVsLR
1 10   S155‑p EPEtEtEsVVsLRRE
0 29   S158‑p tEtEsVVsLRRERPR
1 26   S169‑p ERPRRRDssEHGAGG
1 22   S170‑p RPRRRDssEHGAGGH
0 1   S195‑p HLAGYESssTLMTSE
0 2   S196‑p LAGYESssTLMTSEL
1 0   T206‑p MTSELEStSLGDsDE
1 8   S211‑p EStSLGDsDEEDTMS
0 3   S222‑p DTMSRFSsStEQSSA
2 1   T224‑p MSRFSsStEQSSASR
0 2   T250‑p RPPRLERtSsFssVt
0 1   S252‑p PRLERtSsFssVtDS
0 1   S254‑p LERtSsFssVtDSTM
0 3   S255‑p ERtSsFssVtDSTMS
0 1   T257‑p tSsFssVtDSTMSLN
1 3   Y275‑p VTLNMEKyNFLGISI
1 1   Y295‑p ERGDGGIyIGSIMkG
0 6   K301‑ub IyIGSIMkGGAVAAD
1 9   K343‑ub VLRDIVHkPGPIVLT
0 1   K353‑ub PIVLTVAkCWDPsPQ
0 1   S358‑p VAkCWDPsPQAyFtL
0 94   Y362‑p WDPsPQAyFtLPRNE
0 19   T364‑p PsPQAyFtLPRNEPI
1 1   S418‑p GCEGRGLsVHTDMAS
1 4   K428‑ub TDMASVTkAMAAPEs
1 1   Y463‑p SDVVDWLyHHVEGFP
1 3   K477‑ub PERREARkyASGLLk
0 6   Y478‑p ERREARkyASGLLkA
1 6   K484‑ub kyASGLLkAGLIRHT
1 0   S591‑p QHSEGSRssGstRsD
1 0   S592‑p HSEGSRssGstRsDG
1 0   S594‑p EGSRssGstRsDGGA
1 0   T595‑p GSRssGstRsDGGAG
2 0   S597‑p RssGstRsDGGAGRT
0 2   S614‑p PEERAPEskSGsGSE
1 5   K615‑ub EERAPEskSGsGSES
0 3   S616 ERAPEskSGsGSESE
1 4   S618‑p APEskSGsGSESEPS
0 3   S620 EskSGsGSESEPSsr
0 1   S626‑p GSESEPSsrGGsLRr
0 1   R627‑m1 SESEPSsrGGsLRrG
0 2   S630‑p EPSsrGGsLRrGGEA
0 1   R633‑m1 srGGsLRrGGEASGT
0 1   R649‑m1 DGGPPPSrGsTGGAP
0 1   S651‑p GPPPSrGsTGGAPNL
0 1   R659‑m1 TGGAPNLrAHPGLHP
1 1   T715‑p GSVPPELtASRQsFH
0 1   S720‑p ELtASRQsFHMAMGN
0 1   S729‑p HMAMGNPsEFFVDVM
1 1   S435‑p kAMAAPEsGLEVRDR
  mouse

 
T14 GGGGVGETKVIYHLD
Y18 VGETKVIYHLDEEET
Y27 LDEEETPYLVKIPVP
K30 EETPYLVKIPVPAER
T39 PVPAERITLGDFKSV
K44 RITLGDFKSVLQRPA
K54 LQRPAGAKYFFKSMD
K58 AGAKYFFKSMDQDFG
S59 GAKYFFKSMDQDFGV
S135 IGDSRPPSFHPNVSS
S142 SFHPNVSSsHENLEP
S143‑p FHPNVSSsHENLEPE
T151 HENLEPETETESVVS
T153 NLEPETETESVVSLR
S155 EPETETESVVSLRRD
S158 TETESVVSLRRDRPR
S169‑p DRPRRRDssEHGAGG
S170‑p RPRRRDssEHGAGGH
S195 HLAGYESSSTLMTSE
S196 LAGYESSSTLMTSEL
T206 MTSELESTSLGDsDE
S211‑p ESTSLGDsDEDDTMS
S222‑p DTMSRFSsSTEQSSA
T224 MSRFSsSTEQSSASR
T250 RPPRMERTSSFSSVT
S252 PRMERTSSFSSVTDS
S254 MERTSSFSSVTDSTM
S255 ERTSSFSSVTDSTMS
T257 TSSFSSVTDSTMSLN
Y275 VTLNMEKYNFLGISI
Y295 ERGDGGIYIGSIMKG
K301 IYIGSIMKGGAVAAD
K343 VLRDIVHKPGPIVLT
K353 PIVLTVAKCWDPSPQ
S358 VAKCWDPSPQAYFtL
Y362 WDPSPQAYFtLPRNE
T364‑p PSPQAYFtLPRNEPI
S418 GCEGRGLSVHMDMAS
K428 MDMASVTKAMAAPES
Y463 SDVVDWLYHHVEGFP
K477 PERREARKYASGLLK
Y478 ERREARKYASGLLKA
K484 KYASGLLKAGLIRHT
S591‑p QHSEGSRssGstRsD
S592‑p HSEGSRssGstRsDG
S594‑p EGSRssGstRsDGGA
T595‑p GSRssGstRsDGGAG
S597‑p RssGstRsDGGAGRT
S614‑p PEERAPEsksGsGsE
K615‑ub EERAPEsksGsGsES
S616‑p ERAPEsksGsGsESE
S618‑p APEsksGsGsESELS
S620‑p EsksGsGsESELSSR
S626 GsESELSSRGGSLRR
R627 sESELSSRGGSLRRG
S630 ELSSRGGSLRRGGEP
R633 SRGGSLRRGGEPGGT
R649 DGGPPPSRGSTGAPP
S651 GPPPSRGSTGAPPNL
R659 TGAPPNLRALPGLHP
T715 GSVPPELTASRQSFH
S720 ELTASRQSFHMAMGN
S729 HMAMGNPSEFFVDVM
S435 KAMAAPESGLEVRDR
  rat

 
T14 GGGGVGETKVIYHLD
Y18 VGETKVIYHLDEEET
Y27 LDEEETPYLVKIPVP
K30 EETPYLVKIPVPAER
T39 PVPAERITLGDFKSV
K44 RITLGDFKSVLQRPA
K54 LQRPAGAKYFFKSMD
K58 AGAKYFFKSMDQDFG
S59 GAKYFFKSMDQDFGV
S135 IGDSRPPSFHPNVSS
S142 SFHPNVSSSHENLEP
S143 FHPNVSSSHENLEPE
T151 HENLEPETETESVVS
T153 NLEPETETESVVSLR
S155 EPETETESVVSLRRD
S158 TETESVVSLRRDRPR
S169 DRPRRRDSSEHGAGG
S170 RPRRRDSSEHGAGGH
S195 HLAGYESSSTLMTSE
S196 LAGYESSSTLMTSEL
T206 MTSELESTSLGDSDE
S211 ESTSLGDSDEDDSMS
S222 DSMSRFSSSTEQSSA
T224 MSRFSSSTEQSSASR
T250 RPPRMERTSSFSSVT
S252 PRMERTSSFSSVTDS
S254 MERTSSFSSVTDSTM
S255 ERTSSFSSVTDSTMS
T257 TSSFSSVTDSTMSLN
Y275 VTLNMEKYNFLGISI
Y295 ERGDGGIYIGSIMKG
K301 IYIGSIMKGGAVAAD
K343 VLRDIVHKPGPIVLT
K353 PIVLTVAKCWDPSPQ
S358 VAKCWDPSPQAYFTL
Y362 WDPSPQAYFTLPRNE
T364 PSPQAYFTLPRNEPI
S418 GCEGRGLSVHMDMAS
K428 MDMASVTKAMAAPES
Y463 SDVVDWLYHHVEGFP
K477 PERREARKYASGLLK
Y478 ERREARKYASGLLKA
K484 KYASGLLKAGLIRHT
S591 QHSEGSRSSGSTRSD
S592 HSEGSRSSGSTRSDG
S594 EGSRSSGSTRSDGGA
T595 GSRSSGSTRSDGGAG
S597 RSSGSTRSDGGAGRT
S614 PEERAPESKSGSGSE
K615 EERAPESKSGSGSES
S616 ERAPESKSGSGSESE
S618 APESKSGSGSESELS
S620 ESKSGSGSESELSSR
S626 GSESELSSRGGSLRR
R627 SESELSSRGGSLRRG
S630 ELSSRGGSLRRGGEP
R633 SRGGSLRRGGEPGGT
R649 DGGPPPSRGSAGGTP
S651 GPPPSRGSAGGTPNL
R659 AGGTPNLRALPGLHP
T715 GSVPPELTASRQSFH
S720 ELTASRQSFHMAMGN
S729 HMAMGNPSEFFVDVM
S435 KAMAAPESGLEVRDR