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.


       mouse

► Hide Isoforms 		 
0 1   - gap
0 1   S79 KQRKAVVSSNDKKMP
0 1   S80 QRKAVVSSNDKKMPN
0 1   K83 AVVSSNDKKMPNGIL
0 1   S102‑p QQRVMLLsRsPsGPK
0 4   S104‑p RVMLLsRsPsGPKKF
0 2   S106‑p MLLsRsPsGPKKFFP
0 1   K110 RsPsGPKKFFPIPVE
0 1   Y164 ENREKNRYPNILPND
0 1   C173 NILPNDHCRVILSQV
0 1   K198 ASYIDGYKEKNKFIA
0 1   R225 WRMVWEQRSATIVML
0 1   K236 IVMLTNLKERKEEKC
0 1   K422 STATHFDKIGLEEEF
0 1   K422 STATHFDKIGLEEEF
0 2   T433 EEEFRKLTNVRIMKE
0 1   K439 LTNVRIMKENMRTGN
0 1   K439 LTNVRIMKENMRTGN
0 1   K453 NLPANMKKARVIQII
0 1   S470‑p DFNRVILsMKRGQEF
0 1   Y494‑p DGYRQKDyFMATQGP
0 1   T505‑p TQGPLAHtVEDFWRM
0 1   K650 SNILERVKAEGLLDV
0 2   K662‑ub LDVFQAVkSLRLQRP
0 4   S693 QDFIDIFSDyANFK_
4 605   Y695‑p FIDIFSDyANFK___
0 5   K699 FSDyANFK_______
1 0   N23 LARAGQGNDTTPTES
1 0   N31 DTTPTESNWTSTTAG
  PTPRE iso2  
R9 SSRKNFSRLTWFRKQ
S22 KQRKAVVSSNDKKMP
S23 QRKAVVSSNDKKMPN
K26 AVVSSNDKKMPNGIL
S45 QQRVMLLSRSPSGPK
S47 RVMLLSRSPSGPKKF
S49 MLLSRSPSGPKKFFP
K53 RSPSGPKKFFPIPVE
Y107 ENREKNRYPNILPND
C116 NILPNDHCRVILSQV
K141 ASYIDGYKEKNKFIA
R168 WRMVWEQRSATIVML
K179 IVMLTNLKERKEEKC
K365 STATHFDKIGLEEEF
K365 STATHFDKIGLEEEF
T376 EEEFRKLTNVRIMKE
K382 LTNVRIMKENMRTGN
K382 LTNVRIMKENMRTGN
K396 NLPANMKKARVIQII
S413 DFNRVILSMKRGQEF
Y437 DGYRQKDYFMATQGP
T448 TQGPLAHTVEDFWRM
K593 SNILERVKAEGLLDV
K605 LDVFQAVKSLRLQRP
S636 QDFIDIFSDyANFK_
Y638‑p FIDIFSDyANFK___
K642 FSDyANFK_______
- gap
- gap
  human

► Hide Isoforms 		 
- gap
S80‑p KQRKAVVstSDkKMP
T81‑p QRKAVVstSDkKMPN
K84‑ac AVVstSDkKMPNGIL
S103 QQRVMLLSRsPSGPK
S105‑p RVMLLSRsPSGPKkY
S107 MLLSRsPSGPKkYFP
K111‑ub RsPSGPKkYFPIPVE
Y165‑p ENREKNRyPNILPND
S174‑p NILPNDHsRVILSQL
K199‑ub ASYIDGYkEKNKFIA
K226‑m1 WRMVWEQkSATIVML
K237‑m1 IVMLTNLkERKEEKC
K423‑ac GTTTHFDkIGLEEEF
K423‑ub GTTTHFDkIGLEEEF
T434‑p EEEFRKLtNVRIMkE
K440‑ac LtNVRIMkENMRTGN
K440‑ub LtNVRIMkENMRTGN
K454‑ac NLPANMKkARVIQII
S471 DFNRVILSMKRGQEY
Y495 DGYRQKDYFIATQGP
T506 TQGPLAHTVEDFWRM
K651‑ub SNILERVkAEGLLDV
K663‑ub LDVFQAVkSLRLQRP
S694‑p QDFIDIFsDyANFk_
Y696‑p FIDIFsDyANFk___
K700‑ac FsDyANFk_______
N23‑ng LARALRGnETTADSn
N30‑ng nETTADSnETTTTSG
  PTPRE iso2  
R9‑m1 SNRSSFSrLTWFRKQ
S22 KQRKAVVSTSDKKMP
T23 QRKAVVSTSDKKMPN
K26 AVVSTSDKKMPNGIL
S45 QQRVMLLSRSPSGPK
S47 RVMLLSRSPSGPKKY
S49 MLLSRSPSGPKKYFP
K53 RSPSGPKKYFPIPVE
Y107 ENREKNRYPNILPND
S116 NILPNDHSRVILSQL
K141 ASYIDGYKEKNKFIA
K168 WRMVWEQKSATIVML
K179 IVMLTNLKERKEEKC
K365 GTTTHFDKIGLEEEF
K365 GTTTHFDKIGLEEEF
T376 EEEFRKLTNVRIMkE
K382‑ac LTNVRIMkENMRTGN
K382 LTNVRIMKENMRTGN
K396‑ac NLPANMKkARVIQII
S413 DFNRVILSMKRGQEY
Y437 DGYRQKDYFIATQGP
T448 TQGPLAHTVEDFWRM
K593 SNILERVKAEGLLDV
K605 LDVFQAVKSLRLQRP
S636 QDFIDIFSDyANFk_
Y638‑p FIDIFSDyANFk___
K642‑ac FSDyANFk_______
- gap
- gap
  rat

 
- gap
N79 KQRKAVVNSNDKKMP
S80 QRKAVVNSNDKKMPN
K83 AVVNSNDKKMPNGIL
S102 QQRVMLLSRSPSGPK
S104 RVMLLSRSPSGPKKY
S106 MLLSRSPSGPKKYFP
K110 RSPSGPKKYFPIPVE
Y164 ENREKNRYPNILPND
C173 NILPNDHCRVILSQL
K198 ASYIDGYKEKNKFIA
R225 WRMVWEQRSATIVML
K236 IVMLTNLKERKEEKC
K422 GTATHFDKIGLEEEF
K422 GTATHFDKIGLEEEF
T433 EEEFRKLTNVRIMKE
K439 LTNVRIMKENMRTGN
K439 LTNVRIMKENMRTGN
K453 NLPANMKKARVIQII
S470 DFNRVILSMKRGQEF
Y494 DGYRQKDYFMATQGP
T505 TQGPLAHTVEDFWRM
K650 SNILERVKAEGLLDV
K662 LDVFQAVKSLRLQRP
S693 QDFIDIFSDyANFK_
Y695‑p FIDIFSDyANFK___
K699 FSDyANFK_______
N23 LATAGQGNDTTPTES
N31 DTTPTESNWTSTTAG