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

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0 3   R29‑m1 GMIRELCrGFGRYRR
0 1   S286‑p FKVPKLGsEIIDSST
0 1   K339‑ub MLVEQSEkLRHLSTF
0 1   T353‑p FSHQVLQtRLVDAAK
0 1   K479‑ub LNQAVANkLISSVDY
0 1   S575‑p VAQEAIEsLsAsKLA
0 1   S577‑p QEAIEsLsAsKLAKS
0 1   S579‑p AIEsLsAsKLAKSIC
0 1   S603 SHEAFAASLRQLEAG
0 1   K617‑ub GHSGRLEkTEDLWLR
0 1   K792 LDKQNRAKITDLGFC
0 1   K800 ITDLGFCKPEAMMSG
0 1   K824‑ac APELFTGkYDNSVDV
0 1   R870 NNVRRGARPERLPVF
0 1   R873 RRGARPERLPVFDEE
0 3   S928‑p PNRGLDDst______
0 3   T929‑p NRGLDDst_______
  DSTYK iso2  
R29 GMIRELCRGFGRYRR
S286 FKVPKLGSEIIDSST
K339 MLVEQSEKLRHLSTF
T353 FSHQVLQTRLVDAAK
K479 LNQAVANKLISSVDY
S575 VAQEAIESLSASKLA
S577 QEAIESLSASKLAKS
S579 AIESLSASKLAKSIC
S603 SHEAFAASLRQLEAG
K617 GHSGRLEKTEDLWLR
K792‑m1 LDKQNRAkITDLGFC
K800‑m1 ITDLGFCkPEAMMSG
- gap
R825‑m1 PELFTGArPErLPVF
R828‑m1 FTGArPErLPVFDEE
S883 PNRGLDDST______
T884 NRGLDDST_______
  mouse

 
R29 GMIRELCRGFSRYRR
- gap
K337 MLVEQSEKLKQLSTF
N351 FSHQLLQNRLVDAAK
K477 LNQAVANKLISSVDY
S573 VAQEAIDSLSASKLA
S575 QEAIDSLSASKLAKS
S577 AIDSLSASKLAKSIC
S601‑p SHEAFAAsLRQLEAG
K615 GHSGRLEKTEDLWLK
K790 LDKQNRAKITDLGFC
K798 ITDLGFCKPEAMMSG
K822 APELFTGKYDNSVDV
R868 NNVRRGTRPERLPVF
R871 RRGTRPERLPVFDEE
S926 PNRGLDDSt______
T927‑p NRGLDDSt_______