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.


       mouse

 
0 1   S58 IVLSDARSMKHALRE
0 1   S142 RGLKYIHSANVLHRD
1 15   S186‑p YSHKGYLsEGLVTKW
0 1   Y206 LLLSPNNYTKAIDMW
0 1   T294 DFLEKILTFNPMDRL
0 1   S316 HPYMSPYSCPEDEPT
0 4   S382‑p QRDPRAGsTPLAEDV
0 2   S408 SERFLEQSHSSMERA
0 1   S410 RFLEQSHSSMERAFE
0 1   S411 FLEQSHSSMERAFEA
0 1   Y420 ERAFEADYGRSCDYK
0 1   S423 FEADYGRSCDYKVGs
0 7   S430‑p SCDYKVGsPSYLDKL
0 1   R468 QAASAPPRAAVAADP
0 1   S477 AVAADPVSREDEPAS
  human

 
S58‑p IALSDARsMKHALRE
S142‑p RGLKYIHsANVLHRD
S186‑p YSHKGYLsEGLVTKW
Y206‑p LLLSPNNyTKAIDMW
T294‑p DFLEKILtFNPMDRL
S316‑p HPYMSPYsCPEDEPT
S386‑p QRDPRAGsAPLAEDV
S412‑p SERFLEQsHssMERA
S414‑p RFLEQsHssMERAFE
S415‑p FLEQsHssMERAFEA
Y424‑p ERAFEADyGRsCDYK
S427‑p FEADyGRsCDYKVGs
S434‑p sCDYKVGsPSYLDKL
T472‑p QAAGAPPtATGLADt
T479‑p tATGLADtGAREDEP
  rat

 
S58 IVLSDARSMKHALRE
S142 RGLKYIHSANVLHRD
S186‑p YSHKGYLsEGLVTKW
Y206 LLLSPNNYTKAIDMW
T294 DFLEKILTFNPMDRL
S316 HPYMSPYSCPEDEPT
S382 QRDPRAGSTPLAEDV
S408 SERFLEQSHSSMERA
S410 RFLEQSHSSMERAFE
S411 FLEQSHSSMERAFEA
Y420 ERAFEADYGRSCDYK
S423 FEADYGRSCDYKVGs
S430‑p SCDYKVGsPSYLDKL
R468 QAASAPPRAAVAADP
S477 AVAADPVSREDEPAS