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   T113‑p LPVLKLVtRsCDPGE
0 1   S115‑p VLKLVtRsCDPGEKL
0 1   K125‑ub PGEKLDSkIGVLIGK
0 1   K141‑ub LHEFDSLkDPEVNEF
0 1   K159‑ac MRKFSEEkILSLVGL
0 1   K173‑ac LSWMDWLkQTYPPEH
0 1   K191‑ub IPENLEDkLYGGKLI
0 2   K230‑ub VNELAIQkRLTIHGK
0 1   Y244‑p KEDEVSPyDyVLQVS
0 2   Y246‑p DEVSPyDyVLQVSGR
0 5   S324 PKKTRIISHVWENNN
0 1   S416‑p DKVKTKKstkTINPs
0 1   T417‑p KVKTKKstkTINPsK
0 1   K418‑ub VKTKKstkTINPsKy
0 3   S423‑p stkTINPsKyQtIRK
0 49   Y425‑p kTINPsKyQtIRKAG
0 4   T427‑p INPsKyQtIRKAGKV
0 1   Y436‑p RKAGKVHyPVAWVNT
0 10   Y503‑p PENKKQPyyyPPFDK
0 15   Y504‑p ENKKQPyyyPPFDKI
0 10   Y505‑p NKKQPyyyPPFDKII
0 1   K514‑ub PFDKIIEkAAEIAsS
0 1   S520‑p EkAAEIAsSDSANVS
0 2   K711‑ub GHMKVLSkQVEALNK
0 1   T721‑p EALNKLKtLNsLIKL
0 1   S724‑p NKLKtLNsLIKLNAV
0 2   K732‑ub LIKLNAVkLNRAKGK
0 1   K747‑m1 EAMHTCLkQSAYREA
0 14   Y772‑p CVILSELyVEKCKYM
0 1   K828‑ub RLMDLLWkEAGLDLR
0 1   K886‑ub DALLNWLkEYNSGDD
0 1   S947‑p HILGNFKsKFGIkRE
1 0   K952‑sm FKsKFGIkRERVPFI
0 3   T961‑p ERVPFILtyDFIHVI
0 135   Y962‑p RVPFILtyDFIHVIQ
0 4   K1025‑ub VKDIQYLkDSLALGk
0 1   K1032‑ub kDSLALGkSEEEALk
0 1   K1039‑ub kSEEEALkQFKQkFD
0 1   K1044‑ub ALkQFKQkFDEALRE
2 0   S1070‑p TVRKDYRs_______
  mouse

 
T107 LPVLKLVTRSCDPAE
S109 VLKLVTRSCDPAEKL
K119 PAEKLDSKIGVLIGK
K135 LHEFDALKDPEVNEF
K153 MRKFSEAKIQSLVGL
K167 LSWIDWLKHTYPPEH
K185 VLENLEDKLYGGKLV
K224 INELAIQKRLTIRGK
C238 KEDEASPCDYVLQVS
Y240 DEASPCDYVLQVSGR
S318‑p PKKTRVIsHIWDNNN
S410 DKVKTKKSTKTINPS
T411 KVKTKKSTKTINPSK
K412 VKTKKSTKTINPSKy
S417 STKTINPSKyQTIRK
Y419‑p KTINPSKyQTIRKAG
T421 INPSKyQTIRKAGKV
Y430 RKAGKVHYPVAWVNT
C497 PENKKQPCyYPPFDK
Y498‑p ENKKQPCyYPPFDKI
Y499 NKKQPCyYPPFDKII
K508 PFDKIIEKAAELASG
S514 EKAAELASGDSANVS
K705 GHMKVLSKQVEALNK
T715 EALNKLKTLNSLIKL
S718 NKLKTLNSLIKLNAV
K726 LIKLNAVKLSRAKGK
K741 EAMHTCLKQSAYREA
Y766‑p CVILSELyVEKCKYM
K822 RLMDLLWKEAGLDLR
K880 DALLNWLKEYNSGDD
S941 HILGNFKSKFGIKRE
K946 FKSKFGIKRERVPFI
T955 ERVPFILTyDFIHVI
Y956‑p RVPFILTyDFIHVIQ
K1019‑ub VKDIQYLkDSLALGK
K1026 kDSLALGKSEEEALK
K1033 KSEEEALKQFKQKFD
K1038 ALKQFKQKFDEALRE
S1064 TVRKDYRS_______
  rat

 
T113 LPVLKLVTRSCDPAE
S115 VLKLVTRSCDPAEKL
K125 PAEKLDSKIGVLIGK
K141 LHEFDALKDPEVNEF
K159 MRKFSEDKIQSLVGL
K173 LSWIDWLKHTYPPEH
K191 VLENLEDKLYGGKLV
K230 INELAIQKRLTIRGK
C244 KEEEASPCDYVLQVS
Y246 EEASPCDYVLQVSGR
S324 PKKTRVISHVWGNNN
S416 DKVKTKKSTKTINPS
T417 KVKTKKSTKTINPSK
K418 VKTKKSTKTINPSKY
S423 STKTINPSKYQTIRK
Y425 KTINPSKYQTIRKAG
T427 INPSKYQTIRKAGKV
Y436 RKAGKVHYPVAWVNT
Y503 PENKKQPYYYPPFDK
Y504 ENKKQPYYYPPFDKI
Y505 NKKQPYYYPPFDKII
K514 PFDKIIEKAAEIASG
S520 EKAAEIASGDSANVS
K711 GHMKVLSKQVEALNK
T721 EALNKLKTLNSLIKL
S724 NKLKTLNSLIKLNAM
K732 LIKLNAMKLNRAKGK
K747 EAMHTCLKQSAYREA
Y772 CVILSELYVEKCRYM
K828 RLMDLLWKEAGLDLR
K886 DALLNWLKEYNSGDD
S947 HILGNFKSKFGIKRE
K952 FKSKFGIKRERVPFI
T961 ERVPFILTyDFIHVI
Y962‑p RVPFILTyDFIHVIQ
K1025 VKDIQYLKDSLALGK
K1032 KDSLALGKSEEEALK
K1039 KSEEEALKQFKQKFD
K1044 ALKQFKQKFDEALRE
S1070 TVRKDYRS_______