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 17   S2‑p ______MsPtPPLFS
0 2   T4‑p ____MsPtPPLFSLP
0 1   S9 sPtPPLFSLPEARtR
0 1   T15‑p FSLPEARtRFtKSTR
0 1   T18‑p PEARtRFtKSTREAL
0 2   K31‑ub ALNNKNIkPLLSTFS
0 1   K31‑sm ALNNKNIkPLLSTFS
0 2   K133‑ac NTFYSAGkNYLLRMC
0 2   K237‑ub IDYNLYRkFWSLQDY
0 1   K258‑ub CYEKISWkTFLKysE
0 1   Y263‑p SWkTFLKysEEVLAV
0 1   S264‑p WkTFLKysEEVLAVF
0 1   K272‑ac EEVLAVFkSyKLDDT
0 1   Y274‑p VLAVFkSyKLDDTQA
0 1   K290‑ub RKKMEELkTGGEHVy
0 1   Y297‑p kTGGEHVyFAkFLTS
0 2   K300‑ac GEHVyFAkFLTSEKL
0 1   S313‑p KLMDLQLsDsNFRRH
0 1   S315‑p MDLQLsDsNFRRHIL
0 1   K376‑ub PDGERFSkMVEHILN
0 1   K392‑ub EENWNSWkNEGCPSF
0 2   K401‑ub EGCPSFVkERTSDTk
0 1   S405 SFVkERTSDTkPTRI
0 1   K408‑sm kERTSDTkPTRIIRK
0 1   K425‑m1 APEDFLGkGPtKkIL
0 1   K425‑ub APEDFLGkGPtKkIL
0 1   T428‑p DFLGkGPtKkILMGN
0 2   K430‑ub LGkGPtKkILMGNEE
0 1   T439‑p LMGNEELtRLWNLCP
0 2   K453‑ub PDNMEACkSETREHM
0 1   Y521‑p QFKSLPEyLENMVIK
0 2   S537‑p AKELPPPsEEIKtGE
0 5   T542‑p PPsEEIKtGEDEDEE
0 34   S560‑p ALLKENEsPDVRRDK
0 1   K580‑ub QIEVFANkLGEQWKI
0 4   K595‑sm LAPYLEMkDSEIRQI
0 2   K595‑ub LAPYLEMkDSEIRQI
0 2   S640‑p LINALNKsGLSDLAE
0 1   S648‑p GLSDLAEsLTNDNET
0 3   S657‑p TNDNETNs_______
  mouse

 
S2‑p ______MsPTPALFs
T4 ____MsPTPALFsLP
S9‑p sPTPALFsLPEARTR
T15 FsLPEARTRFTKSTR
T18 PEARTRFTKSTREAL
K31 ALNNKNIKPLLTAFS
K31 ALNNKNIKPLLTAFS
K133 NTFYSAGKNYLLRMC
K237 IDYNLYRKFWSLQDY
K258 CYEKISWKTFLKYSE
Y263 SWKTFLKYSEEVLAV
S264 WKTFLKYSEEVLAVF
K272 EEVLAVFKSYKLDDT
Y274 VLAVFKSYKLDDTQA
K290 RKKMEELKTGGEHVY
Y297 KTGGEHVYFAKFLTS
K300 GEHVYFAKFLTSEKL
S313 KLMDLQLSDSNFRRH
S315 MDLQLSDSNFRRHIL
K376 PDGERFSKMVEHILN
K392 EENWNSWKNEGCPSF
K401 EGCPSFVKERASDTK
S405 SFVKERASDTKPTRV
K408 KERASDTKPTRVVRK
K425 APEDFLGKGPNKKIL
K425 APEDFLGKGPNKKIL
N428 DFLGKGPNKKILIGN
K430 LGKGPNKKILIGNEE
T439 LIGNEELTRLWNLCP
K453 PDNMEACKSETREYM
Y521 QFKSLPEYLENMVIK
S537‑p AKELPPPsEEIKTGE
T542 PPsEEIKTGEDEDEE
S560‑p ALLKENEsPDVRRDK
K580 QIESFANKLGEQWKI
K595 LAPYLEIKDSDIRQI
K595‑ub LAPYLEIkDSDIRQI
S640 LISALNKSGLSDLAE
S648 GLSDLAESLTNDTET
S657 TNDTETNS_______
  rat

 
S2 ______MSPTPALFS
T4 ____MSPTPALFSLP
S9 SPTPALFSLPEARTR
T15 FSLPEARTRFTINHS
T18 PEARTRFTINHSACE
- gap
- gap
D85 WKSNLSGDSYIRLLS
K150 IDYNLYRKFWSLQDY
K171 CYEKISWKTFLKYSE
Y176 SWKTFLKYSEEVLAV
S177 WKTFLKYSEEVLAVF
K185 EEVLAVFKSYKLDDT
Y187 VLAVFKSYKLDDTQA
K203 RKKMEELKTGGEHVY
Y210 KTGGEHVYFAKFLTS
K213 GEHVYFAKFLTSEKL
S226 KLMDLQLSDSNFRRH
S228 MDLQLSDSNFRRHIL
- gap
- gap
- gap
S255‑p QVKFKRAsDTKPTRV
K258 FKRAsDTKPTRVVRK
K275 APEDFLGKGPNKKIL
K275 APEDFLGKGPNKKIL
N278 DFLGKGPNKKILIGK
K280 LGKGPNKKILIGKVL
T292 KVLHINLTVYFTMTR
- gap
Y363 QFKSLPEYLENMVIK
S379 AKELPPPSEEIKTGE
T384 PPSEEIKTGEDEDEE
S402‑p ALLKENEsPDVRRDK
K422 QIESFANKLGEQWKI
K437 LAPYLEIKDSDIRQI
K437 LAPYLEIKDSDIRQI
S482 LIGALNKSGLSDLAE
S490 GLSDLAESLTNDTET
S499 TNDTETNS_______