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   R47‑m1 FLLYKIVrGDQPAAs
1 22   S54‑p rGDQPAAsGDsDDDE
3 62   S57‑p QPAAsGDsDDDEPPP
0 21   T74‑p RLKRRDFtPAELrRF
0 1   R79‑m1 DFtPAELrRFDGVQD
0 3   K96‑ac ILMAINGkVFDVtkG
0 5   K96‑ub ILMAINGkVFDVtkG
0 1   T101‑p NGkVFDVtkGRkFyG
0 1   K102 GkVFDVtKGRkFyGP
0 4   K102‑ub GkVFDVtkGRkFyGP
0 3   K105‑ac FDVtkGRkFyGPEGP
0 12   K105‑ub FDVtkGRkFyGPEGP
0 1   K105 FDVtkGRKFyGPEGP
0 4   Y107‑p VtkGRkFyGPEGPyG
0 57   Y113‑p FyGPEGPyGVFAGrD
0 1   R119‑m1 PyGVFAGrDASRGLA
0 3   K132‑ub LATFCLDkEALkDEy
0 1   K136 CLDkEALKDEyDDLs
0 1   K136‑ub CLDkEALkDEyDDLs
0 4   Y139‑p kEALkDEyDDLsDLt
0 1   S143‑p kDEyDDLsDLtAAQQ
0 1   T146‑p yDDLsDLtAAQQEtL
0 1   T152‑p LtAAQQEtLsDWESQ
0 1   S154‑p AAQQEtLsDWESQFT
0 1   K163 WESQFTFKyHHVGkL
0 2   K163‑ub WESQFTFkyHHVGkL
0 1   Y164‑p ESQFTFkyHHVGkLL
0 1   K169 FkyHHVGKLLkEGEE
0 2   K169‑ub FkyHHVGkLLkEGEE
0 1   K172 HHVGkLLKEGEEPtV
0 4   K172‑ub HHVGkLLkEGEEPtV
1 26   T178‑p LkEGEEPtVysDEEE
1 47   Y180‑p EGEEPtVysDEEEPk
5 263   S181‑p GEEPtVysDEEEPkD
0 1   K187‑ub ysDEEEPkDEsARKN
0 17   S190‑p EEEPkDEsARKND__
0 2   N194 kDEsARKND______
  mouse

 
R47 FLLYKIVRGDQPGAs
S54‑p RGDQPGAsGDNDDDE
N57 QPGAsGDNDDDEPPP
T74‑p RLKRRDFtPAELRRF
R79 DFtPAELRRFDGVQD
K96 ILMAINGKVFDVTkG
K96‑ub ILMAINGkVFDVTkG
T101 NGkVFDVTkGRkFYG
K102 GkVFDVTKGRkFYGP
K102‑ub GkVFDVTkGRkFYGP
K105 FDVTkGRKFYGPEGP
K105‑ub FDVTkGRkFYGPEGP
K105‑sc FDVTkGRkFYGPEGP
Y107 VTkGRkFYGPEGPYG
Y113 FYGPEGPYGVFAGRD
R119 PYGVFAGRDASRGLA
K132‑ub LATFCLDkEALkDEy
K136‑ac CLDkEALkDEyDDLS
K136 CLDkEALKDEyDDLS
Y139‑p kEALkDEyDDLSDLT
S143 kDEyDDLSDLTPAQQ
T146 yDDLSDLTPAQQETL
T152 LTPAQQETLSDWDSQ
S154 PAQQETLSDWDSQFT
K163‑ac WDSQFTFkYHHVGkL
K163‑ub WDSQFTFkYHHVGkL
Y164 DSQFTFkYHHVGkLL
K169 FkYHHVGKLLkEGEE
K169‑ub FkYHHVGkLLkEGEE
K172 HHVGkLLKEGEEPtV
K172‑ub HHVGkLLkEGEEPtV
T178‑p LkEGEEPtVysDDEE
Y180‑p EGEEPtVysDDEEPK
S181‑p GEEPtVysDDEEPKD
K187 ysDDEEPKDEtARKN
T190‑p DEEPKDEtARKNE__
N194 KDEtARKNE______
  rat

 
R47 FLLYKIVRGDQPGAS
S54 RGDQPGASGDNDDDE
N57 QPGASGDNDDDEPPP
T74‑p RLKPRDFtPAELRRY
R79 DFtPAELRRYDGVQD
K96 ILMAINGKVFDVTkG
K96 ILMAINGKVFDVTkG
T101 NGKVFDVTkGRkFYG
K102‑ac GKVFDVTkGRkFYGP
K102 GKVFDVTKGRkFYGP
K105‑ac FDVTkGRkFYGPEGP
K105 FDVTkGRKFYGPEGP
K105 FDVTkGRKFYGPEGP
Y107 VTkGRkFYGPEGPYG
Y113 FYGPEGPYGVFAGRD
R119 PYGVFAGRDASRGLA
K132 LATFCLDKEALKDEY
K136 CLDKEALKDEYDDLS
K136 CLDKEALKDEYDDLS
Y139 KEALKDEYDDLSDLT
S143 KDEYDDLSDLTPAQQ
T146 YDDLSDLTPAQQETL
T152 LTPAQQETLNDWDSQ
N154 PAQQETLNDWDSQFT
K163 WDSQFTFKYHHVGkL
K163 WDSQFTFKYHHVGkL
Y164 DSQFTFKYHHVGkLL
K169‑ac FKYHHVGkLLkEGEE
K169 FKYHHVGKLLkEGEE
K172‑ac HHVGkLLkEGEEPtV
K172 HHVGkLLKEGEEPtV
T178‑p LkEGEEPtVysDDEE
Y180‑p EGEEPtVysDDEEPK
S181‑p GEEPtVysDDEEPKD
K187 ysDDEEPKDEAARKs
A190 DEEPKDEAARKsD__
S194‑p KDEAARKsD______
  pig

 
R47 FLLYKIVRGDQPAAS
S54 RGDQPAASDSDDDEP
S56 DQPAASDSDDDEPPP
T73 RLKRRDFTPAELRRF
R78 DFTPAELRRFDGVQD
K95 ILMAINGKVFDVTKG
K95 ILMAINGKVFDVTKG
T100 NGKVFDVTKGRKFYG
K101 GKVFDVTKGRKFYGP
K101 GKVFDVTKGRKFYGP
K104 FDVTKGRKFYGPEGP
K104 FDVTKGRKFYGPEGP
K104 FDVTKGRKFYGPEGP
Y106 VTKGRKFYGPEGPYG
Y112 FYGPEGPYGVFAGRD
R118 PYGVFAGRDASRGLA
K131 LATFCLDKEALKDEY
K135 CLDKEALKDEYDDLS
K135 CLDKEALKDEYDDLS
Y138 KEALKDEYDDLSDLT
S142 KDEYDDLSDLTPAQQ
T145 YDDLSDLTPAQQETL
T151 LTPAQQETLNDWDSQ
N153 PAQQETLNDWDSQFT
K162 WDSQFTFKYHHVGKL
K162 WDSQFTFKYHHVGKL
Y163 DSQFTFKYHHVGKLL
K168 FKYHHVGKLLKEGEE
K168 FKYHHVGKLLKEGEE
K171 HHVGKLLKEGEEPTV
K171 HHVGKLLKEGEEPTV
T177 LKEGEEPTVYsDEEE
Y179 EGEEPTVYsDEEEPK
S180‑p GEEPTVYsDEEEPKD
K186 YsDEEEPKDESARKN
S189 EEEPKDESARKND__
N193 KDESARKND______