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   T6 __MNRFGTRLVGATA
0 7   T14 RLVGATATssPPPkA
0 5   S15‑p LVGATATssPPPkAR
0 18   S16‑p VGATATssPPPkARs
0 1   K20‑ub ATssPPPkARsNENL
0 29   S23‑p sPPPkARsNENLDKI
0 1   K39‑ub MSLDDIIkLNRKEGK
0 4   S61‑p NRRLLQQsGAQQFRM
0 1   K82 QQNSGFGKTSLNRRG
0 9   S118‑p TGIRKGIsPMNRPPL
0 1   S126 PMNRPPLSDKNIEQY
0 1   K138‑ub EQYFPVLkRkANLLR
0 2   K140‑ac YFPVLkRkANLLRQN
1 1   K140‑sm YFPVLkRkANLLRQN
0 3   N142 PVLkRkANLLRQNEG
0 2   K152‑ac RQNEGQRkPVAVLKR
0 1   K166‑ub RPSQLSRkNNIPANF
0 1   K179‑ub NFTRSGNkLNHQKDT
0 1   N181 TRSGNkLNHQKDTRQ
0 1   T205‑p KVQAQLNtEQLLDDV
0 3   K215‑ub LLDDVVAkRTRQWRT
0 1   T245 GAVQCPVTQKPRLTR
0 1   T251 VTQKPRLTRTAVPSF
0 1   K261‑ub AVPSFLTkREQSDVK
0 2   S282‑p PLQFDINsVGKQTGM
0 1   T290‑p VGKQTGMtLNERFGI
0 2   K299‑ub NERFGILkEQRATLT
0 3   K309‑ub RATLTYNkGGSRFVT
0 1   S312 LTYNkGGSRFVTVG_
  mouse

► Hide Isoforms 		 
T6‑p __MNRFGtRLVGATA
T14‑p RLVGATAtPPPPPKA
P15 LVGATAtPPPPPKAR
P16 VGATAtPPPPPKARs
K20 AtPPPPPKARsNENL
S23‑p PPPPKARsNENLDKI
K39 MSLDDIIKLNRKEGK
S60 LNRRLQQSGTRQFRM
K81‑ub QQNSGFGkTSLSRRG
S117‑p TGIRKGIsPMNRPPL
S125‑p PMNRPPLsDKNIERY
K137 ERYFPALKRKTsLLR
K139 YFPALKRKTsLLRQN
K139 YFPALKRKTsLLRQN
S141‑p PALKRKTsLLRQNEV
K151 RQNEVQRKQVAVLKR
K165 RPNQLNRKNNIPANF
K178 NFTRNGNKLSHQKDT
S180 TRNGNKLSHQKDTRQ
T204 KVQTQLNTEQLIDDV
K214 LIDDVVAKRTRQWRT
T244 GAVQCPVTQKPRLTR
T250 VTQKPRLTRTAVPSF
K260 AVPSFLTKREQSDVK
S281 PLQFDINSVGKQTGM
T289 VGKQTGMTLNERFGI
K298 NERFGILKEQRANLT
K308‑ub RANLTFSkGGsRFVT
S311‑p LTFSkGGsRFVTVG_
  FYTTD1 iso2  
T6 __MNRFGTRLVGATA
T14 RLVGATATPPPPPKA
P15 LVGATATPPPPPKAR
P16 VGATATPPPPPKARS
K20 ATPPPPPKARSNENL
S23 PPPPKARSNENLDKI
K39 MSLDDIIKLNRKEGK
S60 LNRRLQQSGTRQFRM
K81 QQNSGFGKTSLSRRG
S117 TGIRKGISPMNRPPL
S125 PMNRPPLSDKNIERY
K137 ERYFPALKRKTSLLR
K139 YFPALKRKTSLLRQN
K139 YFPALKRKTSLLRQN
S141 PALKRKTSLLRQNEV
K151 RQNEVQRKQVAVLKR
K165 RPNQLNRKNGNKLsH
K169 LNRKNGNKLsHQKDT
S171‑p RKNGNKLsHQKDTRQ
T195 KVQTQLNTEQLIDDV
K205 LIDDVVAKRTRQtQK
T210‑p VAKRTRQtQKPRLtR
T216‑p QtQKPRLtRTAVPSF
K226 AVPSFLTKREQSDVK
S247 PLQFDINSVGKQTGM
T255 VGKQTGMTLNERFGI
K264 NERFGILKEQRANLT
K274 RANLTFSKGGSRFVT
S277 LTFSKGGSRFVTVG_
  rat

 
T6 __MNRFGTRLVGATA
T14 RLVGATATTPPAPKA
T15 LVGATATTPPAPKAR
P16 VGATATTPPAPKARS
K20 ATTPPAPKARSNENL
S23 PPAPKARSNENLDKI
K39 MSLDEIIKLNRKEGK
S60 LNRRLQQSGARQLRM
K81 QQSSGFGKTSVSRRG
S117 TGIRKGISPMNRPPL
S125 PMNRPPLSDKNIERY
K137 ERYFPALKRKTSLLR
K139 YFPALKRKTSLLRQN
K139 YFPALKRKTSLLRQN
S141 PALKRKTSLLRQNEV
K151 RQNEVQRKPVAVLKR
K165 RPNQLNRKNNIPANF
K178 NFTRSGNKLSHQKDT
S180 TRSGNKLSHQKDTRQ
T204 KVQTQLNTEQLIDDV
K214 LIDDVVAKRTRQWRT
T244 GAVQCPVTQKPRLTR
T250 VTQKPRLTRTAVPSF
K260 AVPSFLTKREQSDVK
S281 PLQFDINSVGKQTGM
T289 VGKQTGMTLNERFGI
K298 NERFGILKEQRAALP
K308 RAALPFSKGGSRFVT
S311 LPFSKGGSRFVTVG_