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

► Hide Isoforms 		 
0 1   I17 RDFPFELIPEPPEGG
0 1   T39 HRGRKKATGsPVSIF
0 2   S41‑p GRKKATGsPVSIFVY
0 1   S44 KATGsPVSIFVYDVK
0 1   Y48 sPVSIFVYDVKPGAE
0 1   K176‑ub NGGGPPRkGIPELEQ
0 1   T275 MSNRFVETNLFLEEI
0 1   K292‑ub KEPAEKQkFFQELSk
0 1   K299‑ub kFFQELSkSLDAFPE
0 1   T332‑p NAGAVVLtPLFKVGk
0 3   K339‑ub tPLFKVGkFLSAEEY
0 1   F340 PLFKVGkFLSAEEYQ
0 1   K349‑ub SAEEYQQkIIPVVVK
0 1   K430‑ub NLNVELMkHFARLQA
0 1   K438‑ub HFARLQAkDEQGPIR
0 1   T448 QGPIRCNTTVCLGKI
0 1   S462‑p IGSYLSAsTRHRVLt
1 0   T469‑p sTRHRVLtSAFSRAT
0 1   K536‑ub AIRSFLSkLESVSED
0 1   S558‑p EKDVHAAssPGMGGA
0 1   S559‑p KDVHAAssPGMGGAA
0 3   S568‑p GMGGAAAsWAGWAVT
0 1   T603 TNIPQRPTPEGVPAP
0 1   T634‑p TQEEDKDtAEDsstA
0 1   S638‑p DKDtAEDsstADRWD
0 1   S639‑p KDtAEDsstADRWDD
0 1   T640‑p DtAEDsstADRWDDE
0 4   S676‑p GGQVSRAsQVsNsDH
0 4   S679‑p VSRAsQVsNsDHKSS
0 1   S681‑p RAsQVsNsDHKSSKS
0 1   S732‑p yNWGGPEsSDkGDPF
0 1   S723‑p PDGTRLAsEyNWGGP
0 5   Y725‑p GTRLAsEyNWGGPEs
0 1   K735‑ub GGPEsSDkGDPFAtL
0 2   T741‑p DkGDPFAtLSARPsT
0 4   S747‑p AtLSARPsTQPRPDs
1 90   S754‑p sTQPRPDsWGEDNWE
  SCYL1 iso2  
I17 RDFPFELIPEPPEGG
T39 HRGRKKATGSPVSIF
S41 GRKKATGSPVSIFVY
S44 KATGSPVSIFVYDVK
Y48 SPVSIFVYDVKPGAE
K176 NGGGPPRKGIPELEQ
T275 MSNRFVETNLFLEEI
K292 KEPAEKQKFFQELSK
K299 KFFQELSKSLDAFPE
T332 NAGAVVLTPLFKVGK
K339 TPLFKVGKFLSAEEY
F340 PLFKVGKFLSAEEYQ
K349 SAEEYQQKIIPVVVK
K430 NLNVELMKHFARLQA
K438 HFARLQAKDEQGPIR
T448 QGPIRCNTTVCLGKI
S462 IGSYLSASTRHRVLT
T469 STRHRVLTSAFSRAT
K536 AIRSFLSKLESVSED
S558 EKDVHAASSPGMGGA
S559 KDVHAASSPGMGGAA
S568 GMGGAAASWAGWAVT
T603‑p TNIPQRPtPEGHWET
T617 TQEEDKDTAEDSSTA
S621 DKDTAEDSSTADRWD
S622 KDTAEDSSTADRWDD
T623 DTAEDSSTADRWDDE
S659 GGQVSRASQVSNSDH
S662 VSRASQVSNSDHKSS
S664 RASQVSNSDHKSSKS
S715 YNWGGPESSDKGDPF
S706 PDGTRLASEYNWGGP
Y708 GTRLASEYNWGGPES
K718 GGPESSDKGDPFATL
T724 DKGDPFATLSARPST
S730 ATLSARPSTQPRPDS
S737 STQPRPDSWGEDNWE
  mouse

 
S17‑p RDFPFELsPEPPEGG
T39 HRGRKKATGSAVSIF
S41 GRKKATGSAVSIFVY
S44 KATGSAVSIFVYDVK
Y48 SAVSIFVYDVKPGAE
K176 NGGGPPSKGIPELEQ
T275‑p MSNRFVEtNLFLEEI
K292 KEPAEKQKFFQELSK
K299 KFFQELSKSLDSFPE
T332 NAGAVVLTPLFKVGK
K339 TPLFKVGKsLRAEEY
S340‑p PLFKVGKsLRAEEYQ
K349 RAEEYQEKIIPVVVK
K430 NLNVELMKHFARLQA
K438 HFARLQAKDDQGPIR
T448‑p QGPIRCNtTVCLGKI
S462 IGSYLSASTRHRVLT
T469 STRHRVLTSAFSRAT
K536 TIRSFLSKLESVSED
S558 EKDVHAASSPGTGGA
S559 KDVHAASSPGTGGAA
S568 GTGGAAASWAGWAVT
V603 TTVPQRPVPEGNPAP
T633 ETQEDKDTAEDSATA
S637 DKDTAEDSATADRWD
A638 KDTAEDSATADRWDD
T639 DTAEDSATADRWDDE
G675 KGQGSRAGQINHPDH
N678 GSRAGQINHPDHKSL
P680 RAGQINHPDHKSLES
P728 YNWGGAEPSDKGDPF
S719 PEGTRLASEYNWGGA
Y721 GTRLASEYNWGGAEP
K731 GGAEPSDKGDPFAAL
A737 DKGDPFAALSVRPSA
S743 AALSVRPSAQPRPDP
S752 QPRPDPDSWGEDNWE
  rat

 
N17 RDFPFELNPEPPEGG
T39‑p HRGRKKAtGsAVsIF
S41‑p GRKKAtGsAVsIFVy
S44‑p KAtGsAVsIFVyDVK
Y48‑p sAVsIFVyDVKPGAE
K176 NGGGPPNKGIPELEQ
T275 MSNRFVETNLFLEEI
K292 KEPAEKQKFFQELSK
K299 KFFQELSKSLDSFPE
T332 NAGAVVLTPLFKVGK
K339 TPLFKVGKFLSAEEY
F340 PLFKVGKFLSAEEYQ
K349 SAEEYQQKIIPVVVK
K430 NLNVELLKHFARLQA
K438 HFARLQAKDDQGPIR
T448 QGPIRCNTTVCLGKI
S462 IGSYLSASTRHRVLT
T469 STRHRVLTSAFSRAT
K536 TIRSFLSKLESVSED
S558 EKDVHAASSPGTGGA
S559 KDVHAASSPGTGGAA
S568 GTGGAAASWAGWAVT
V603 AAVPQRPVPEGDPAP
A634 TQEEDKDAAEDSATA
S638 DKDAAEDSATADRWD
A639 KDAAEDSATADRWDD
T640 DAAEDSATADRWDDE
G676 KGQGNRAGQVSHSDH
S679 GNRAGQVSHSDHKSL
S681 RAGQVSHSDHKSLDS
P729 YNWGGAEPSDKGDPF
S720 PEGTRLASEYNWGGA
Y722 GTRLASEYNWGGAEP
K732 GGAEPSDKGDPFAAL
A738 DKGDPFAALSVRPST
S744 AALSVRPSTQPRPDP
S753 QPRPDPDSWGEDNWE