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

 
0 8   S21‑p EIPALSVsRPQtGLS
1 11   T25‑p LSVsRPQtGLSFLGP
0 13   S28 sRPQtGLSFLGPEPE
0 3   Y41‑p PEDLEDLySRYKKLQ
0 1   K45 EDLySRYKKLQQELE
0 6   K46 DLySRYKKLQQELEF
0 9   K62 EVQEEYIKDEQKNLK
0 2   K66 EYIKDEQKNLKkEFL
0 13   K70‑ub DEQKNLKkEFLHAQE
0 1   K80‑ac LHAQEEVkRIQSIPL
0 14   K80 LHAQEEVKRIQSIPL
0 1   S84 EEVkRIQSIPLVIGQ
0 2   Y111 GSTTGSNYYVRILST
0 2   Y112 STTGSNYYVRILSTI
0 4   S117 NYYVRILSTIDRELL
0 2   T118 YYVRILSTIDRELLK
0 12   K125 TIDRELLKPNASVAL
0 1   K134 NASVALHKHSNALVD
0 1   K159‑ac MMLTSDQkPDVMYAD
0 1   Y164 DQkPDVMYADIGGMD
0 1   K174 IGGMDIQKQEVREAV
0 8   K192 LTHFELYKQIGIDPP
0 1   Y205 PPRGVLMYGPPGCGK
0 8   K212 YGPPGCGKTMLAKAV
0 6   K217 CGKTMLAKAVAHHTT
0 6   K238‑ac VGSEFVQkYLGEGPR
0 47   K238‑ub VGSEFVQkYLGEGPR
0 7   K255‑ub RDVFRLAkENAPAII
0 16   K273‑ub EIDAIATkRFDAQTG
0 1   R283 DAQTGADREVQRILL
0 1   T316 MATNRADTLDPALLR
0 1   K330 RPGRLDRKIEFPLPD
0 1   K330 RPGRLDRKIEFPLPD
0 1   R338 IEFPLPDRRQKRLIF
0 1   S346 RQKRLIFStITSKMN
0 2   T347‑p QKRLIFStITSKMNL
0 1   S350 LIFStITSKMNLSEE
0 18   K397‑ac NRYIVLAkDFEKAYK
0 1   K397 NRYIVLAKDFEKAYK
0 1   K397‑sc NRYIVLAkDFEKAYK
0 5   K401 VLAkDFEKAYKTVIK
0 1   K401 VLAkDFEKAYKTVIK
0 1   K404 kDFEKAYKTVIKKDE
0 1   K404 kDFEKAYKTVIKKDE
0 1   K408 KAYKTVIKKDEQEHE
0 1   K408 KAYKTVIKKDEQEHE
0 2   K409 AYKTVIKKDEQEHEF
0 124   Y417 DEQEHEFYk______
0 86   K418‑ac EQEHEFYk_______
0 23   K418 EQEHEFYK_______
  human

► Hide Isoforms
 
S21‑p EIPALSVsRPQtGLs
T25‑p LSVsRPQtGLsFLGP
S28‑p sRPQtGLsFLGPEPE
Y41‑p PEDLEDLySRYkkLQ
K45‑ub EDLySRYkkLQQELE
K46‑ub DLySRYkkLQQELEF
K62‑ub EVQEEYIkDEQkNLK
K66‑ub EYIkDEQkNLKkEFL
K70‑ub DEQkNLKkEFLHAQE
K80 LHAQEEVKRIQsIPL
K80‑ub LHAQEEVkRIQsIPL
S84‑p EEVkRIQsIPLVIGQ
Y111‑p GSTTGSNyyVRILst
Y112‑p STTGSNyyVRILstI
S117‑p NyyVRILstIDRELL
T118‑p yyVRILstIDRELLk
K125‑ub tIDRELLkPNASVAL
K134‑m1 NASVALHkHSNALVD
K159 MMLTSDQKPDVMyAD
Y164‑p DQKPDVMyADIGGMD
K174‑ub IGGMDIQkQEVREAV
K192‑ub LTHFELYkQIGIDPP
Y205‑p PPRGVLMyGPPGCGk
K212‑ub yGPPGCGkTMLAkAV
K217‑ub CGkTMLAkAVAHHTT
K238‑ac VGSEFVQkYLGEGPR
K238‑ub VGSEFVQkYLGEGPR
K255‑ub RDVFRLAkENAPAII
K273‑ub EIDAIATkRFDAQTG
R283‑m1 DAQTGADrEVQRILL
T316‑p MATNRADtLDPALLR
K330 RPGRLDRKIEFPLPD
K330‑ub RPGRLDRkIEFPLPD
R338‑m1 IEFPLPDrRQKRLIF
S346‑p RQKRLIFstITsKMN
T347‑p QKRLIFstITsKMNL
S350‑p LIFstITsKMNLSEE
K397‑ac NRYIVLAkDFEkAYk
K397‑ub NRYIVLAkDFEkAYk
K397 NRYIVLAKDFEkAYk
K401‑ac VLAkDFEkAYkTVIk
K401‑ub VLAkDFEkAYkTVIk
K404 kDFEkAYKTVIkkDE
K404‑ub kDFEkAYkTVIkkDE
K408 kAYkTVIKkDEQEHE
K408‑ub kAYkTVIkkDEQEHE
K409‑ub AYkTVIkkDEQEHEF
Y417‑p DEQEHEFyk______
K418‑ac EQEHEFyk_______
K418‑ub EQEHEFyk_______
  RPT3 iso2  
S21 EIPALSVSRPQTGLS
T25 LSVSRPQTGLSFLGP
S28 SRPQTGLSFLGPEPE
Y41 PEDLEDLYSRYKEEV
- under review  
- gap
- gap
- gap
- gap
K49 SRYKEEVKRIQSIPL
K49 SRYKEEVKRIQSIPL
S53 EEVKRIQSIPLVIGQ
Y80 GSTTGSNYYVRILST
Y81 STTGSNYYVRILSTI
S86 NYYVRILSTIDRELL
T87 YYVRILSTIDRELLK
K94 TIDRELLKPNASVAL
K103 NASVALHKHSNALVD
K128 MMLTSDQKPDVMYAD
Y133 DQKPDVMYADIGGMD
K143 IGGMDIQKQEVREAV
K161 LTHFELYKQIGIDPP
Y174 PPRGVLMYGPPGCGK
K181 YGPPGCGKTMLAKAV
K186 CGKTMLAKAVAHHTT
K207 VGSEFVQKYLGEGPR
K207 VGSEFVQKYLGEGPR
K224 RDVFRLAKENAPAII
K242 EIDAIATKRFDAQTG
R252 DAQTGADREVQRILL
T285 MATNRADTLDPALLR
K299 RPGRLDRKIEFPLPD
K299 RPGRLDRKIEFPLPD
R307 IEFPLPDRRQKRLIF
S315 RQKRLIFSTITSKMN
T316 QKRLIFSTITSKMNL
S319 LIFSTITSKMNLSEE
K366 NRYIVLAKDFEKAYK
K366 NRYIVLAKDFEKAYK
K366 NRYIVLAKDFEKAYK
K370 VLAKDFEKAYKTVIK
K370 VLAKDFEKAYKTVIK
K373 KDFEKAYKTVIKKDE
K373 KDFEKAYKTVIKKDE
K377 KAYKTVIKKDEQEHE
K377 KAYKTVIKKDEQEHE
K378 AYKTVIKKDEQEHEF
Y386 DEQEHEFYK______
K387 EQEHEFYK_______
K387 EQEHEFYK_______
  rat

 
S21 EIPALSVSRPQTGLS
T25 LSVSRPQTGLSFLGP
S28 SRPQTGLSFLGPEPE
Y41 PEDLEDLYSRYKKLQ
K45 EDLYSRYKKLQQELE
K46 DLYSRYKKLQQELEF
K62 EVQEEYIKDEQKNLK
K66 EYIKDEQKNLKKEFL
K70 DEQKNLKKEFLHAQE
K80 LHAQEEVKRIQSIPL
K80 LHAQEEVKRIQSIPL
S84 EEVKRIQSIPLVIGQ
Y111 GSTTGSNYYVRILST
Y112 STTGSNYYVRILSTI
S117 NYYVRILSTIDRELL
T118 YYVRILSTIDRELLK
K125 TIDRELLKPNASVAL
K134 NASVALHKHSNALVD
K159 MMLTSDQKPDVMYAD
Y164 DQKPDVMYADIGGMD
K174 IGGMDIQKQEVREAV
K192 LTHFELYKQIGIDPP
Y205 PPRGVLMYGPPGCGK
K212 YGPPGCGKTMLAKAV
K217 CGKTMLAKAVAHHTT
K238‑ac VGSEFVQkYLGEGPR
K238 VGSEFVQKYLGEGPR
K255 RDVFRLAKENAPAII
K273 EIDAIATKRFDAQTG
R283 DAQTGADREVQRILL
T316 MATNRADTLDPALLR
K330‑ac RPGRLDRkIEFPLPD
K330 RPGRLDRKIEFPLPD
R338 IEFPLPDRRQKRLIF
S346 RQKRLIFSTITSKMN
T347 QKRLIFSTITSKMNL
S350 LIFSTITSKMNLSEE
K397‑ac NRYIVLAkDFEkAYk
K397 NRYIVLAKDFEkAYk
K397 NRYIVLAKDFEkAYk
K401‑ac VLAkDFEkAYkTVIk
K401 VLAkDFEKAYkTVIk
K404‑ac kDFEkAYkTVIkKDE
K404 kDFEkAYKTVIkKDE
K408‑ac kAYkTVIkKDEQEHE
K408 kAYkTVIKKDEQEHE
K409 AYkTVIkKDEQEHEF
Y417 DEQEHEFYK______
K418 EQEHEFYK_______
K418 EQEHEFYK_______