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   R6‑m1 __MSTGLrYKSKLAt
0 9   T13‑p rYKSKLAtPEDKQDI
2 9   - gap
0 1   - gap
0 207   Y24‑p KQDIDKQyVGFAtLP
0 4   T29‑p KQyVGFAtLPNQVHR
0 1   K71 LFLTDLYKDRKLLsA
0 1   K71 LFLTDLYKDRKLLsA
0 1   S77‑p YKDRKLLsAEERISQ
0 1   K98 HTVDIEEKGVKLKLT
0 1   K98 HTVDIEEKGVKLKLT
1 0   S161 HCCLYFISPFGHGLR
0 2   R168 SPFGHGLRPVDVGFM
0 1   K181 FMKALHEKVNIVPLI
0 2   K190 NIVPLIAKADCLVPS
0 1   S197 KADCLVPSEIRKLKE
0 38   S225‑p YQFPECDsDEDEDFK
0 1   K239 KQQDRELKESAPFAV
0 1   K239 KQQDRELKESAPFAV
0 1   S249‑p APFAVIGsNtVVEAK
0 1   T251‑p FAVIGsNtVVEAKGQ
0 1   K256 sNtVVEAKGQRVRGR
0 1   Y265 QRVRGRLYPWGIVEV
0 3   K296 RTHMHDLKDVTCDVH
0 1   Y304 DVTCDVHYENYRAHC
0 7   K318‑ub CIQQMTSkLTQDSRM
0 2   T320 QQMTSkLTQDSRMEs
0 1   S323 TSkLTQDSRMEsPIP
2 29   S327‑p TQDSRMEsPIPILPL
0 8   T336‑p IPILPLPtPDAEtEk
0 4   T341‑p LPtPDAEtEkLIRMK
0 3   K343‑ub tPDAEtEkLIRMKDE
0 1   K363‑m1 QEMLQRMkQQMQDQ_
  SEPT5 iso2  
- gap
- gap
S17‑p RLVEQLLsPRTQAQr
R24‑m1 sPRTQAQrRLKDIDK
Y33‑p LKDIDKQyVGFATLP
T38 KQyVGFATLPNQVHR
K80 LFLTDLYKDRKLLSA
K80 LFLTDLYKDRKLLSA
S86 YKDRKLLSAEERISQ
K107 HTVDIEEKGVKLKLT
K107 HTVDIEEKGVKLKLT
S170 HCCLYFISPFGHGLR
R177 SPFGHGLRPVDVGFM
K190 FMKALHEKVNIVPLI
K199 NIVPLIAKADCLVPS
S206 KADCLVPSEIRKLKE
S234 YQFPECDSDEDEDFK
K248 KQQDRELKESAPFAV
K248 KQQDRELKESAPFAV
S258 APFAVIGSNTVVEAK
T260 FAVIGSNTVVEAKGQ
K265 SNTVVEAKGQRVRGR
Y274 QRVRGRLYPWGIVEG
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  mouse

► Hide Isoforms 		 
R6 __MSTGLRYKSKLAt
T13‑p RYKSKLAtPEDKQDI
- gap
- gap
Y24‑p KQDIDKQyVGFATLP
T29 KQyVGFATLPNQVHR
K71 LFLTDLYKDRKLLSA
K71‑ub LFLTDLYkDRKLLSA
S77 YkDRKLLSAEERINQ
K98 HTVDIEEKGVKLKLT
K98‑ub HTVDIEEkGVKLKLT
S161 HCCLYFISPFGHGLr
R168‑m1 SPFGHGLrPVDVGFM
K181‑ub FMKALHEkVNIVPLI
K190‑ub NIVPLIAkADCLVPs
S197‑p kADCLVPsEIRKLKD
S225‑p YQFPECDsDEDEDFK
K239 KQQDRELKESAPFAV
K239‑ub KQQDRELkESAPFAV
S249 APFAVIGSNTVVEAk
T251 FAVIGSNTVVEAkGQ
K256‑ub SNTVVEAkGQRVRGR
Y265‑p QRVRGRLyPWGIVEV
K296‑ub RTHMHDLkDVTCDVH
Y304 DVTCDVHYENYRAHC
K318‑ub CIQQMTSkLtQDsRM
T320‑p QQMTSkLtQDsRMEs
S323‑p TSkLtQDsRMEsPIP
S327‑p tQDsRMEsPIPILPL
T336‑p IPILPLPtPDAEtEk
T341‑p LPtPDAEtEkLIRMK
K343‑ub tPDAEtEkLIRMKDE
K363 QEMLQKMKQQMQDQ_
  SEPT5 iso2  
- gap
- gap
S17‑p RLVEQLLsPRTQAQR
R24 sPRTQAQRRLKDIDK
Y33 LKDIDKQYVGFATLP
T38 KQYVGFATLPNQVHR
K80 LFLTDLYKDRKLLSA
K80 LFLTDLYKDRKLLSA
S86 YKDRKLLSAEERINQ
K107 HTVDIEEKGVKLKLT
K107 HTVDIEEKGVKLKLT
S170 HCCLYFISPFGHGLR
R177 SPFGHGLRPVDVGFM
K190 FMKALHEKVNIVPLI
K199 NIVPLIAKADCLVPS
S206 KADCLVPSEIRKLKD
S234 YQFPECDSDEDEDFK
K248 KQQDRELKESAPFAV
K248 KQQDRELKESAPFAV
S258 APFAVIGSNTVVEAK
T260 FAVIGSNTVVEAKGQ
K265 SNTVVEAKGQRVRGR
Y274 QRVRGRLYPWGIVEV
K305 RTHMHDLKDVTCDVH
Y313 DVTCDVHYENYRAHC
K327 CIQQMTSKLTQDSRM
T329 QQMTSKLTQDSRMES
S332 TSKLTQDSRMESPIP
S336 TQDSRMESPIPILPL
T345 IPILPLPTPDAETEK
T350 LPTPDAETEKLIRMK
K352 TPDAETEKLIRMKDE
- gap
  rat

► Hide Isoforms 		 
R6 __MSTGLRYKSKLAt
T13‑p RYKSKLAtPEDKQDI
- gap
- gap
Y24‑p KQDIDKQyVGFATLP
T29 KQyVGFATLPNQVHR
K71‑ac LFLTDLYkDRKLLSA
K71 LFLTDLYKDRKLLSA
S77 YkDRKLLSAEERINQ
K98‑ac HTVDIEEkGVKLKLT
K98 HTVDIEEKGVKLKLT
S161‑p HCCLYFIsPFGHGLR
R168 sPFGHGLRPVDVGFM
K181 FMKALHEKVNIVPLI
K190‑ub NIVPLIAkADCLVPS
S197 kADCLVPSEIRKLKD
S225‑p YQFPECDsDEDEDFK
K239‑ac KQQDRELkESAPFAV
K239 KQQDRELKESAPFAV
S249 APFAVIGSNTVVEAK
T251 FAVIGSNTVVEAKGQ
K256 SNTVVEAKGQRVRGR
Y265 QRVRGRLYPWGIVEV
K296‑ub RTHMHDLkDVTCDVH
Y304‑p DVTCDVHyENYRAHC
K318‑ub CIQQMTSkLtQDSRM
T320‑p QQMTSkLtQDSRMEs
S323 TSkLtQDSRMEsPIP
S327‑p tQDSRMEsPIPILPL
T336 IPILPLPTPDSETEk
T341 LPTPDSETEkLIRMK
K343‑ub TPDSETEkLIRMKDE
K363 QEMLQKMKQRMQDQ_
  SEPT5 iso2  
- gap
- gap
S17 RLVEQLLSPRTQAQR
R24 SPRTQAQRRLKDIDK
Y33‑p LKDIDKQyVGFATLP
T38 KQyVGFATLPNQVHR
K80 LFLTDLYKDRKLLSA
K80 LFLTDLYKDRKLLSA
S86 YKDRKLLSAEERINQ
K107 HTVDIEEKGVKLKLT
K107 HTVDIEEKGVKLKLT
S170 HCCLYFISPFGHGLR
R177 SPFGHGLRPVDVGFM
K190 FMKALHEKVNIVPLI
K199‑ub NIVPLIAkADCLVPS
S206 kADCLVPSEIRKLKD
S234 YQFPECDSDEDEDFK
K248 KQQDRELKESAPFAV
K248 KQQDRELKESAPFAV
S258 APFAVIGSNTVVEAK
T260 FAVIGSNTVVEAKGQ
K265 SNTVVEAKGQRVRGR
Y274 QRVRGRLYPWGIVEV
K305‑ub RTHMHDLkDVTCDVH
Y313 DVTCDVHYENYRAHC
K327‑ub CIQQMTSkLTQDSRM
T329 QQMTSkLTQDSRMES
S332 TSkLTQDSRMESPIP
S336 TQDSRMESPIPILPL
T345 IPILPLPTPDSETEk
T350 LPTPDSETEkLIRMK
K352‑ub TPDSETEkLIRMKDE
K372 QEMLQKMKQRMQDQ_