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 2   S7‑p _MAAAVLsGPSAGSA
0 11   S13 LsGPSAGSAAGVPGG
0 2   R32‑m1 SAVSSGPrLrLLLLE
0 1   R34‑m1 VSSGPrLrLLLLEsV
0 1   S40‑p LrLLLLEsVsGLLQP
0 1   S42‑p LLLLEsVsGLLQPrT
0 1   R48‑m1 VsGLLQPrTGsAVAP
0 4   S51‑p LLQPrTGsAVAPVHP
0 1   S86‑p VGGAQNLsALGALVS
0 1   S101‑p LSNARLSsIKtRFEG
0 1   T104‑p ARLSsIKtRFEGLCL
0 1   K216‑ub ACGSLKGkLASFFLS
0 8   S251‑p PSLGAGFsQGLKHTE
0 2   K354‑ub RTLSVSSkNISLHGD
1 42   S477‑p ADALKLRsPRGsPDG
0 60   S481‑p KLRsPRGsPDGsLQt
0 11   S485‑p PRGsPDGsLQtGkPs
0 3   T488‑p sPDGsLQtGkPsAPk
0 1   K490‑ub DGsLQtGkPsAPkKL
0 3   S492‑p sLQtGkPsAPkKLKL
0 1   K495‑ub tGkPsAPkKLKLDVG
0 3   K512‑ub MAPPSHRkGDSNANS
0 1   K541‑ub LMCGPLIkEETHRRL
0 2   T647‑p PMGPTCPtPAPVPPP
0 5   S658‑p VPPPEAPsPFRAPPF
0 1   S679 PSVGSMPSAGPMPSA
0 1   P694 GPMPSAGPVPSARPG
0 1   S697 PSAGPVPSARPGPPT
0 2   S734 PENHRAGSNEDPILA
0 11   S743‑p EDPILAPsGtPPPTI
1 31   T745‑p PILAPsGtPPPTIPP
0 2   T749 PsGtPPPTIPPDETF
0 1   S804‑p PLPPPPPsGAtPPPI
0 1   T807‑p PPPPsGAtPPPIAPT
1 0   K826‑sm ASPPVPAkEEPEELP
1 0   Y920‑p EEEDEEEyFEEEEEE
1 1   S991‑p PALPPPEsPPKVQPE
0 1   T1014‑p LEVEEPGtEEERGAD
0 3   T1022‑p EEERGADtAPTLAPE
2 40   S1033‑p LAPEALPsQGEVERE
0 17   S1043‑p EVEREGEsPAAGPPP
1 1   S1059 ELVEEEPSAPPTLLE
0 1   S1073‑p EEETEDGsDKVQPPP
0 3   T1082‑p KVQPPPEtPAEEEME
0 6   T1090‑p PAEEEMEtETEAEAL
  mouse

 
S7‑p _MAAAVLsGASAGsP
S13‑p LsGASAGsPAGAPGG
R32 SAVGSGPRLRLLLLE
R34 VGSGPRLRLLLLESI
S40 LRLLLLESISGLLQP
S42 LLLLESISGLLQPRT
R48 ISGLLQPRTAsPVAP
S51‑p LLQPRTAsPVAPVHP
S86 AGGAQNLSALGALVN
S101 LSNAHLGSIKTRFEG
T104 AHLGSIKTRFEGLCL
K216 ACGSLKGKLASFFLS
S251 PSLGAGFSQGLKHTE
K355 RILGISSKNINLLGD
S478 ADALKLCSTRGSSDG
S482 KLCSTRGSSDGGLQS
G486 TRGSSDGGLQSGKPS
S489 SSDGGLQSGKPSAPK
K491 DGGLQSGKPSAPKKL
S493 GLQSGKPSAPKKLKL
K496 SGKPSAPKKLKLDMG
K513 LAPPSQRKGDRNANS
K542 LMCGPLIKEETHRRL
T648 SSGPACPTPAPVPPP
S659 VPPPEAPSSFRAPAF
S680 PSIGAVPSTGPLPSA
Q701 GSMASTGQVPSRPGP
S704 ASTGQVPSRPGPPAT
S740‑p PENHRAGsGEDPVLA
S749‑p EDPVLAPsGtPPPsI
T751‑p PVLAPsGtPPPsIPP
S755‑p PsGtPPPsIPPDETF
S810 SLPPAPPSGTPPPAA
T812 PPAPPSGTPPPAAPA
K831 ASPPVPAKEDSEELP
Y923 EEEDEEEYFEEEEEE
S988 PALPPSDSPKVQPEA
P1010 LEVEEPGPEEVPGPE
T1018 EEVPGPETAPTLAPE
S1029 LAPEVLPSQEEGEQE
S1039 EGEQEVGSPAAGPPQ
S1053‑p QELVEESsAPPALLE
G1067 EEGTEGGGDKVPPPP
T1076 KVPPPPETPAEEMET
T1083 TPAEEMETEAEVPAP
  rat

 
S7 _MAAAVLSGPTTGsP
S13‑p LSGPTTGsPAGAPGG
R32 SAAGSGPRLRLLLLE
R34 AGSGPRLRLLLLESV
S40 LRLLLLESVSGLLQP
S42 LLLLESVSGLLQPRT
R48 VSGLLQPRTGSHVAP
S51 LLQPRTGSHVAPVHP
S86 AGGAQNLSALGALVN
S101 LSNAHLSSIKTRFEG
T104 AHLSSIKTRFEGLCL
K216 ACGFLKGKLASFFLS
S251 PSLGAGFSQGLKHTE
K355 RILGISSKNINLLGD
S478 ADALKLCSTRGSSDG
S482 KLCSTRGSSDGGLQS
G486 TRGSSDGGLQSGKPS
S489 SSDGGLQSGKPSAPK
K491 DGGLQSGKPSAPKKL
S493 GLQSGKPSAPKKLKL
K496 SGKPSAPKKLKLDMG
K513 LAPPSQRKGDRNADS
K542 LMCGPLVKEETHRRL
T648 SSGPACPTPAPVPPP
S659 VPPPEAPSSFRAPAF
S680‑p PSIGALPsPGPVPSA
S701‑p GSMSSAGsVPsTGPV
S704‑p SSAGsVPsTGPVPSR
S746 SENHRAGSGEDPVLA
S755 EDPVLAPSGTPPPSI
T757 PVLAPSGTPPPSIPP
S761 PSGTPPPSIPPDETF
S815 PSLPPPPSGTPPPVA
T817 LPPPPSGTPPPVAPI
K836 ASPPVPAKEDSEELP
Y928 EEEDEEEYFEEEEEE
S993 PALPPTDSPKVQPEA
A1015 LEVEEPGAEDGPGPE
I1023 EDGPGPEIAPTLAPE
S1034 LAPEVLPSQEEVERE
S1044 EVEREGESPTAGPPQ
S1059 ELVEEESSAPPTLLE
G1073 EEGTEGGGDKVPPPP
T1082 KVPPPPETPAQEEME
T1090 PAQEEMETETEASAP