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.


       rat

 
0 1   S3‑p _____MFsWLKKGGA
0 1   K6 __MFsWLKKGGARGQ
0 1   K6 __MFsWLKKGGARGQ
0 2   R11 WLKKGGARGQRSEAI
0 1   T20 QRSEAIRTVTSSLkE
0 1   T22 SEAIRTVTSSLkELY
0 2   S23 EAIRTVTSSLkELYR
0 1   K26‑ac RTVTSSLkELYRTkL
0 2   K26 RTVTSSLKELYRTkL
0 1   K32‑ac LkELYRTkLLPLEEH
0 1   K32 LkELYRTKLLPLEEH
0 1   Y40 LLPLEEHYRFGSFHS
0 1   S44 EEHYRFGSFHSPALE
0 1   K58 EDADFDGKPMVLVAG
0 2   K124 DPEKPFRKLNPFGNT
0 4   K324‑ac EMPSVFGkENKKKQL
0 1   K328 VFGkENKKKQLIFkL
0 1   K334‑ac KKKQLIFkLPVIFAK
0 1   S349 IQLEHHISPGDFPDC
0 1   K358 GDFPDCQKMQELLMA
0 1   K370‑ac LMAHDFTkFHSLKPK
0 3   S373 HDFTkFHSLKPKLLE
0 63   S438‑p IEDGEEGsEDDAEWV
0 2   T447 DDAEWVVTKDKSKYD
0 3   S451 WVVTKDKSKYDEIFY
0 2   K452 VVTKDKSKYDEIFYN
0 3   Y453 VTKDKSKYDEIFYNL
0 6   Y458 SKYDEIFYNLAPADG
0 1   K466 NLAPADGKLsGsKAK
0 26   S468‑p APADGKLsGsKAKTW
0 12   S470‑p ADGKLsGsKAKTWMV
0 2   K473 KLsGsKAKTWMVGTK
0 3   T474 LsGsKAKTWMVGTKL
0 1   K480 KTWMVGTKLPNsVLG
0 8   S484‑p VGTKLPNsVLGRIWK
0 3   S493‑p LGRIWKLsDVDRDGM
0 1   K516‑ac ASHLIEAkLEGHGLP
0 1   K516 ASHLIEAKLEGHGLP
0 1   T524 LEGHGLPTNLPRRLV
0 1   K535‑ac RRLVPPSkRRQKGSA
  human

► Hide Isoforms 		 
S3 _____MFSWLkRGGA
K6 __MFSWLKRGGARGQ
K6‑m1 __MFSWLkRGGARGQ
R11 WLkRGGARGQQPEAI
T20‑p QQPEAIRtVtsALkE
T22‑p PEAIRtVtsALkELY
S23‑p EAIRtVtsALkELYR
K26 RtVtsALKELYRTkL
K26‑ub RtVtsALkELYRTkL
K32 LkELYRTKLLPLEEH
K32‑ub LkELYRTkLLPLEEH
Y40‑p LLPLEEHyRFGAFHS
A44 EEHyRFGAFHSPALE
K58 EDADFDGKPMVLVAG
K124‑ub DPDKPFRkLNPFGNT
K324‑ac EMPSVFGkENKkKQL
K328‑ac VFGkENKkKQLILKL
K334 KkKQLILKLPVIFAK
S349 IQLEHHISPGDFPDC
K358‑ub GDFPDCQkMQELLMA
K370 LMAHDFTKFHsLKPK
S373‑p HDFTKFHsLKPKLLE
S438‑p MEDGEEGsDDEAEWV
T447 DEAEWVVTKDKskyD
S451‑p WVVTKDKskyDEIFy
K452‑ub VVTKDKskyDEIFyN
Y453‑p VTKDKskyDEIFyNL
Y458‑p skyDEIFyNLAPADG
K466 NLAPADGKLsGsKAk
S468‑p APADGKLsGsKAktW
S470‑p ADGKLsGsKAktWMV
K473‑ub KLsGsKAktWMVGTK
T474‑p LsGsKAktWMVGTKL
K480 ktWMVGTKLPNsVLG
S484‑p VGTKLPNsVLGRIWK
S493 LGRIWKLSDVDRDGM
K516 ASHLIEAKLEGHGLP
K516‑ub ASHLIEAkLEGHGLP
A524 LEGHGLPANLPRRLV
K535 RRLVPPSKRRHKGSA
  EHD2 iso2  
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
K188 EMPSVFGKENKKKQL
K192 VFGKENKKKQLILKL
K198 KKKQLILKLPVIFAK
S213 IQLEHHISPGDFPDC
K222 GDFPDCQKMQELLMA
K234 LMAHDFTKFHSLKPK
S237 HDFTKFHSLKPKLLE
S302 MEDGEEGSDDEAEWV
T311 DEAEWVVTKDKSKYD
S315 WVVTKDKSKYDEIFY
K316 VVTKDKSKYDEIFYN
Y317 VTKDKSKYDEIFYNL
Y322 SKYDEIFYNLAPADG
K330 NLAPADGKLSGSKAK
S332 APADGKLSGSKAKTW
S334 ADGKLSGSKAKTWMV
K337 KLSGSKAKTWMVGTK
T338 LSGSKAKTWMVGTKL
K344 KTWMVGTKLPNSVLG
S348 VGTKLPNSVLGRIWK
S357 LGRIWKLSDVDRDGM
K380 ASHLIEAKLEGHGLP
K380 ASHLIEAKLEGHGLP
A388 LEGHGLPANLPRRLV
K399 RRLVPPSKRRHKGSA
  mouse

 
S3 _____MFSWLkKGGA
K6‑ub __MFSWLkKGGArGQ
K6 __MFSWLKKGGArGQ
R11‑m1 WLkKGGArGQRPEAI
T20 QRPEAIRTVTsSLKE
T22 PEAIRTVTsSLKELY
S23‑p EAIRTVTsSLKELYR
K26 RTVTsSLKELYRTKL
K26 RTVTsSLKELYRTKL
K32 LKELYRTKLLPLEEH
K32 LKELYRTKLLPLEEH
Y40 LLPLEEHYRFGsFHS
S44‑p EEHYRFGsFHSPALE
K58‑ub EDADFDGkPMVLVAG
K124‑ub DPEKPFRkLNPFGNT
K324‑ac EMPTVFGkENKKKQL
K328 VFGkENKKKQLILKL
K334 KKKQLILKLPVIFAK
S349‑p IQLEHHIsPGDFPDC
K358 GDFPDCQKMQELLMA
K370 LMAHDFTKFHsLKPK
S373‑p HDFTKFHsLKPKLLE
S438‑p IEDGEEGsEDDAEWV
T447‑p DDAEWVVtKDKskyD
S451‑p WVVtKDKskyDEIFy
K452‑ub VVtKDKskyDEIFyN
Y453‑p VtKDKskyDEIFyNL
Y458‑p skyDEIFyNLAPADG
K466‑ub NLAPADGkLsGsKAk
S468‑p APADGkLsGsKAktW
S470‑p ADGkLsGsKAktWMV
K473‑ub kLsGsKAktWMVGTk
T474‑p LsGsKAktWMVGTkL
K480‑ub ktWMVGTkLPNsVLG
S484‑p VGTkLPNsVLGRIWK
S493‑p LGRIWKLsDVDRDGM
K516 ASHLIEAKLEGHGLP
K516 ASHLIEAKLEGHGLP
T524‑p LEGHGLPtNLPRRLV
K535 RRLVPPSKRRQKGSA