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   K13‑ub IDPKELLkGLDSFLN
0 1   S32‑p VKSVDGIskIFSLMK
0 1   K33‑ub KSVDGIskIFSLMKE
0 1   K118‑ub NNTAKLVkQLSKSSE
0 1   S134‑p EELRKLAsVLVsDWM
0 1   S138‑p KLAsVLVsDWMAVIR
0 1   S149‑p AVIRSQSstQPAEKD
0 2   T150‑p VIRSQSstQPAEKDK
0 4   K207‑ac TTAPSHAkFRSTGLE
0 2   K207‑ub TTAPSHAkFRSTGLE
0 1   Y236‑p TVVVSDKyNLkPIPL
0 2   K239‑ac VSDKyNLkPIPLkRQ
0 6   K244‑ac NLkPIPLkRQSNVAA
0 1   K244‑m1 NLkPIPLkRQSNVAA
0 1   S247 PIPLkRQSNVAAPGD
0 27   T256‑p VAAPGDAtPPAEkky
0 20   K261‑ac DAtPPAEkkyKPLNt
0 2   K262‑ac AtPPAEkkyKPLNtt
0 2   Y263‑p tPPAEkkyKPLNttP
0 1   T268‑p kkyKPLNttPNATkE
0 4   T269‑p kyKPLNttPNATkEI
0 1   K274‑ac NttPNATkEIKVKII
0 1   K274‑ub NttPNATkEIKVKII
0 2   S297‑p GFLDALNsAPVPGIK
0 70   S313‑p KKKKKVLsPtAAkPs
0 7   T315‑p KKKVLsPtAAkPsPF
0 2   K318‑ac VLsPtAAkPsPFEGK
0 4   S320‑p sPtAAkPsPFEGKTS
0 1   S331‑p GKTSTEPstAKPssP
0 1   T332‑p KTSTEPstAKPssPE
0 1   S336‑p EPstAKPssPEPAPP
0 1   S337‑p PstAKPssPEPAPPS
0 3   T354‑p MDADRPGtPVPPVEV
0 1   S369‑p PELMDTAsLEPGALD
0 18   S382‑p LDAKPVEsPGDPNQL
0 1   T390‑p PGDPNQLtRKGRKRK
0 6   S398‑p RKGRKRKsVtWPEEG
0 1   T400‑p GRKRKsVtWPEEGKL
0 1   R441‑m1 KREILSDrHAFETAR
0 2   S451‑p FETARRLsHDNMEEK
0 5   S471‑p PRPLVLPsPLVTPGS
0 2   K491‑ub YIQAEREkGILQELF
0 1   K501‑ub LQELFLNkEsPHEPD
0 1   S503‑p ELFLNkEsPHEPDPE
0 2   S542‑p ETLEPGGsGGsPDGA
0 7   S545‑p EPGGsGGsPDGAGGs
0 2   S552‑p sPDGAGGsKLPPVLA
0 1   T586‑p INVQEILtsIMGsPN
0 1   S587‑p NVQEILtsIMGsPNs
0 14   S591‑p ILtsIMGsPNsHPSE
0 3   S594‑p sIMGsPNsHPSEELL
0 1   K602‑ub HPSEELLkQPDYSDk
0 1   K609 kQPDYSDKIKQMLVP
0 1   K609‑ub kQPDYSDkIKQMLVP
0 9   R665‑m1 PGGPVGPrLLGPPPP
0 3   R665‑m2 PGGPVGPrLLGPPPP
0 1   R674‑m1 LGPPPPPrGGDPFWD
0 2   R674‑m2 LGPPPPPrGGDPFWD
0 4   R688‑m1 DGPGDPMrGGPMrGG
0 44   R693‑m1 PMrGGPMrGGPGPGP
0 18   R705‑m1 PGPGPYHrGrGGrGG
0 11   R707‑m1 PGPYHrGrGGrGGNE
0 11   R710‑m1 YHrGrGGrGGNEPPP
0 12   R723‑m1 PPPPPPFrGArGGrS
0 12   R726‑m1 PPPFrGArGGrSGGG
0 12   R729‑m1 FrGArGGrSGGGPPN
0 11   R738 GGGPPNGRGGPGGGM
0 1   S779‑p GPGGGMGsGHRPHEG
0 1   S790‑p PHEGPGGsMGGGGGH
  mouse

 
K13 IDPKELLKGLDSFLT
S32 VKSVDGISKIFSLMK
K33 KSVDGISKIFSLMKE
K118 NNTAKLVKQLSKSSE
S134 EELRKLASVLVSDWM
S138 KLASVLVSDWMAVIR
S149 AVIRSQSSTQPAEKD
T150 VIRSQSSTQPAEKDK
K207 TTAPSHAKFRSTGLE
K207 TTAPSHAKFRSTGLE
Y236 TVVVSDKYNLKPIPL
K239 VSDKYNLKPIPLKRQ
K244 NLKPIPLKRQsATAA
K244 NLKPIPLKRQsATAA
S247‑p PIPLKRQsATAAPGD
A256 TAAPGDAAPPAEKKY
K261 DAAPPAEKKYKPLNT
K262 AAPPAEKKYKPLNTA
Y263 APPAEKKYKPLNTAP
T268 KKYKPLNTAPNTTKE
A269 KYKPLNTAPNTTKEI
K274 NTAPNTTKEIKVKII
K274 NTAPNTTKEIKVKII
S297 GFLDALNSAPVPGIK
S313‑p KKKKKVLsPtAAKPs
T315‑p KKKVLsPtAAKPsPF
K318 VLsPtAAKPsPFEGK
S320‑p sPtAAKPsPFEGKTS
S331 GKTSTEQSTAKPSSP
T332 KTSTEQSTAKPSSPE
S336 EQSTAKPSSPEPAPP
S337 QSTAKPSSPEPAPPA
T354 MDTDRPGTPVPPVEV
S369 PELMDAASSEPGALD
S382‑p LDAKPVDsPGDPNQL
T390 PGDPNQLTRKGRKRK
T398 RKGRKRKTVTWPEEG
T400 GRKRKTVTWPEEGKL
R441 KREILSDRHAFETAR
S451‑p FETARRLsHDNMEEK
S471 PRPLVLPSPLVIPGS
K491‑ub YIQAEREkGILQELF
K501 LQELFLNKEsPHEPD
S503‑p ELFLNKEsPHEPDPE
S542‑p ETLEPGGsGGSPDGA
S545 EPGGsGGSPDGAGGS
S552 SPDGAGGSKLPPVLA
T586 INVQEILTSIMGsPN
S587 NVQEILTSIMGsPNs
S591‑p ILTSIMGsPNsHPSE
S594‑p SIMGsPNsHPSEELL
K602 HPSEELLKQPDYSDK
K609 KQPDYSDKLKQMLVP
K609 KQPDYSDKLKQMLVP
R665 PGGPVGPRLLGPPPP
R665 PGGPVGPRLLGPPPP
R674 LGPPPPSRGGDPFWD
R674 LGPPPPSRGGDPFWD
R688 DGPGDPMRGGPMrGG
R693‑m1 PMRGGPMrGGPGPAP
R705 PAPGPYHRGRGGRGG
R707 PGPYHRGRGGRGGNE
R710 YHRGRGGRGGNEPPP
R722 PPPPPPFRGARGGRS
R725 PPPFRGARGGRSGGG
R728 FRGARGGRSGGGPPN
R737‑m1 GGGPPNGrGGPGGGG
S777 GPGGNMGSGHRSHDG
N788 SHDGPGGNMGGSGGH
  rat

 
K13 IDPKELLKGLDSFLT
A32 VKSVDGIAKIFSLMK
K33 KSVDGIAKIFSLMKE
K118 NNTAKLVKQLSKSSE
S134 EELRKLASVLVSDWM
S138 KLASVLVSDWMAVIR
S149 AVIRSQSSTQPAEKD
T150 VIRSQSSTQPAEKDK
K207 TTAPSHAKFRSTGLE
K207 TTAPSHAKFRSTGLE
Y236 TVVVSDKYNLkPIPL
K239‑ac VSDKYNLkPIPLKRQ
K244 NLkPIPLKRQSATAA
K244 NLkPIPLKRQSATAA
S247 PIPLKRQSATAAPGD
A256 TAAPGDAAPPAEKKY
K261 DAAPPAEKKYKPLNT
K262 AAPPAEKKYKPLNTT
Y263 APPAEKKYKPLNTTP
T268 KKYKPLNTTPNTTKE
T269 KYKPLNTTPNTTKEI
K274 NTTPNTTKEIKVKII
K274 NTTPNTTKEIKVKII
S297 GFLDALNSAPVPGIK
S313‑p KKKKKVLsPTAAkPS
T315 KKKVLsPTAAkPSPF
K318‑ac VLsPTAAkPSPFEGK
S320 sPTAAkPSPFEGKTS
S331 GKTSTEPSTAKPSSP
T332 KTSTEPSTAKPSSPE
S336 EPSTAKPSSPEPAAP
S337 PSTAKPSSPEPAAPA
T354 MDTDRPGTPVPAVEV
S369 PELMDAASSEPGALD
S382‑p LDAKPVEsPGDPNQL
T390 PGDPNQLTRKGRKRK
T398 RKGRKRKTVTWPEEG
T400 GRKRKTVTWPEEGKL
R441 KREILSDRHAFETAR
S451 FETARRLSHDNMEEK
S471 PRPLVLPSPLVIPGS
K491 YIQAEREKGILQELF
K501 LQELFLNKESPHEPD
S503 ELFLNKESPHEPDPE
S542 ETLEPGGSGGSPDGA
S545 EPGGSGGSPDGAGGS
S552 SPDGAGGSKLPPVLA
T586 INVQEILTSIMGsPN
S587 NVQEILTSIMGsPNN
S591‑p ILTSIMGsPNNHPSE
N594 SIMGsPNNHPSEELL
K602 HPSEELLKQPDYSDk
K609‑ac KQPDYSDkLKQMLVP
K609 KQPDYSDKLKQMLVP
R665 PGGPVGPRLLGPPPP
R665 PGGPVGPRLLGPPPP
R674 LGPPPPSRGGDPFWD
R674 LGPPPPSRGGDPFWD
R688 DGPGDPMRGGPMRGG
R693 PMRGGPMRGGPGPGP
R705 PGPGPYHRGRGGRGG
R707 PGPYHRGRGGRGGNE
R710 YHRGRGGRGGNEPPP
R722 PPPPPPFRGARGGRS
R725 PPPFRGARGGRSGGG
R728 FRGARGGRSGGGPPN
R737 GGGPPNGRGGPGGGG
S777 GPGGSMGSGHRSHEG
- gap