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 1   S57 RGLGVHLSFVRSVtM
0 2   T63‑p LSFVRSVtMDKWKDI
0 1   K68 SVtMDKWKDIELEKM
0 1   K74 WKDIELEKMKAGGNA
0 3   K74 WKDIELEKMKAGGNA
0 1   K82 MKAGGNAKFREFLET
0 2   Y93 FLETQDDYEPSWSLQ
0 1   S98 DDYEPSWSLQDkYSS
0 9   K102‑ub PSWSLQDkYSSRAAA
0 1   Y103 SWSLQDkYSSRAAAL
0 1   S105 SLQDkYSSRAAALFR
0 3   K114‑ub AAALFRDkVATLAEG
0 3   S125 LAEGKEWSLESSPAQ
0 1   S128 GKEWSLESSPAQNWt
0 5   S129 KEWSLESSPAQNWtP
0 34   T135‑p SSPAQNWtPPQPKtL
0 3   T141‑p WtPPQPKtLQFTAHR
0 3   F144 PQPKtLQFTAHRAsG
0 10   S150‑p QFTAHRAsGQPQsAA
0 3   S155‑p RAsGQPQsAAASGDK
0 1   A157 sGQPQsAAASGDKAF
0 1   G160 PQsAAASGDKAFEDW
0 1   K162 sAAASGDKAFEDWLN
0 3   S174‑p WLNDDLGsYQGAQEN
0 6   Y175 LNDDLGsYQGAQENR
0 21   T189 RYVGFGNTVPPQKRE
0 1   K194 GNTVPPQKREDDFLN
0 2   S206 FLNNAMSSLYSGWSS
0 22   Y208 NNAMSSLYSGWSSFT
0 1   S209 NAMSSLYSGWSSFTT
0 1   K226 SKFASAAKEGAtKFG
0 4   K226 SKFASAAKEGAtKFG
0 1   T230‑p SAAKEGAtKFGSQAs
0 2   K231 AAKEGAtKFGSQAsQ
0 3   K231 AAKEGAtKFGSQAsQ
0 1   K231 AAKEGAtKFGSQAsQ
0 4   S234 EGAtKFGSQAsQKAS
0 6   S237‑p tKFGSQAsQKASELG
0 2   K239 FGSQAsQKASELGHs
0 1   S241 SQAsQKASELGHsLN
0 13   S246‑p KASELGHsLNENVLK
0 1   K253 sLNENVLKPAQEKVK
0 1   K253 sLNENVLKPAQEKVK
0 1   R263 QEKVKEGRIFDDVSS
0 1   R263 QEKVKEGRIFDDVSS
0 3   S273 DDVSSGVSQLASkVQ
0 10   K278‑ub GVSQLASkVQGVGSK
0 1   S284 SkVQGVGSKGWRDVt
0 2   K285 kVQGVGSKGWRDVtT
0 1   T291‑p SKGWRDVtTFFsGKA
0 3   S295‑p RDVtTFFsGKAEDSS
0 1   K297 VtTFFsGKAEDSSDR
0 1   S301 FsGKAEDSSDRPLEG
0 1   Y311 RPLEGHSYQNSSGDN
0 1   S334 SFWETFGSAEPPKAK
0 1   K339 FGSAEPPKAKsPssD
0 1   K341 SAEPPKAKsPssDsW
0 38   S342‑p AEPPKAKsPssDsWT
0 11   S344‑p PPKAKsPssDsWTCA
0 12   S345‑p PKAKsPssDsWTCAD
0 25   S347‑p AKsPssDsWTCADAS
0 6   T349 sPssDsWTCADASTG
0 13   S359‑p DASTGRRssDsWDVW
0 35   S360‑p ASTGRRssDsWDVWG
0 6   S362‑p TGRRssDsWDVWGsG
0 1   S368‑p DsWDVWGsGSASNNK
0 3   S377 SASNNKNSNsDGWEs
0 7   S379‑p SNNKNSNsDGWEsWE
0 3   S384‑p SNsDGWEsWEGAsGE
0 1   S389‑p WEsWEGAsGEGRAKA
  human

► Hide Isoforms 		 
S57‑p RGLGVHLsFVRSVtM
T63‑p LsFVRSVtMDKWkDI
K68‑ub SVtMDKWkDIELEkM
K74‑ac WkDIELEkMKAGGNA
K74‑ub WkDIELEkMKAGGNA
K82‑ub MKAGGNAkFREFLES
Y93‑p FLESQEDyDPCWsLQ
S98‑p EDyDPCWsLQEkyNs
K102‑ub PCWsLQEkyNsRAAA
Y103‑p CWsLQEkyNsRAAAL
S105‑p sLQEkyNsRAAALFR
K114‑ub AAALFRDkVVALAEG
S125‑p LAEGREWsLEssPAQ
S128‑p GREWsLEssPAQNWt
S129‑p REWsLEssPAQNWtP
T135‑p ssPAQNWtPPQPRtL
T141‑p WtPPQPRtLPsMVHR
S144‑p PQPRtLPsMVHRVsG
S150‑p PsMVHRVsGQPQsVt
S155‑p RVsGQPQsVtASsDk
T157‑p sGQPQsVtASsDkAF
S160‑p PQsVtASsDkAFEDW
K162‑ub sVtASsDkAFEDWLN
S174‑p WLNDDLGsyQGAQGN
Y175‑p LNDDLGsyQGAQGNR
T189‑p RYVGFGNtPPPQkKE
K194‑ub GNtPPPQkKEDDFLN
S206‑p FLNNAMSsLysGWSS
Y208‑p NNAMSsLysGWSSFT
S209‑p NAMSsLysGWSSFTT
K226‑ac SRFASAAkEGATkFG
K226‑ub SRFASAAkEGATkFG
T230 SAAkEGATkFGsQAs
K231‑ac AAkEGATkFGsQAsQ
K231‑ub AAkEGATkFGsQAsQ
K231‑sm AAkEGATkFGsQAsQ
S234‑p EGATkFGsQAsQkAs
S237‑p TkFGsQAsQkAsELG
K239‑ub FGsQAsQkAsELGHs
S241‑p sQAsQkAsELGHsLN
S246‑p kAsELGHsLNENVLk
K253‑ac sLNENVLkPAQEKVK
K253‑ub sLNENVLkPAQEKVK
K263‑ac QEKVKEGkIFDDVSS
K263‑ub QEKVKEGkIFDDVSS
S273‑p DDVSSGVsQLASkVQ
K278‑ub GVsQLASkVQGVGsk
S284‑p SkVQGVGskGWRDVT
K285‑ub kVQGVGskGWRDVTT
T291 skGWRDVTTFFsGkA
S295‑p RDVTTFFsGkAEGPL
K297‑sm VTTFFsGkAEGPLDs
S304‑p kAEGPLDsPSEGHSy
Y311‑p sPSEGHSyQNSGLDH
S334‑p SFWETFGsAEPTkTR
K339‑ub FGsAEPTkTRksPss
K342‑ub AEPTkTRksPssDsW
S343‑p EPTkTRksPssDsWt
S345‑p TkTRksPssDsWtCA
S346‑p kTRksPssDsWtCAD
S348‑p RksPssDsWtCADTS
T350‑p sPssDsWtCADTSTE
S360‑p DTSTERRssDsWEVW
S361‑p TSTERRssDsWEVWG
S363‑p TERRssDsWEVWGSA
S369 DsWEVWGSASTNRNs
S376‑p SASTNRNsNsDGGEG
S378‑p STNRNsNsDGGEGGE
- gap
G383 sNsDGGEGGEGTKKA
  ARF GAP1 iso2  
S57 RGLGVHLSFVRSVTM
T63 LSFVRSVTMDKWKDI
K68 SVTMDKWKDIELEKM
K74 WKDIELEKMKAGGNA
K74 WKDIELEKMKAGGNA
K82 MKAGGNAKFREFLES
Y93 FLESQEDYDPCWSLQ
S98 EDYDPCWSLQEKYNS
K102 PCWSLQEKYNSRAAA
Y103 CWSLQEKYNSRAAAL
S105 SLQEKYNSRAAALFR
K114 AAALFRDKVVALAEG
S125 LAEGREWSLESSPAQ
S128 GREWSLESSPAQNWT
S129 REWSLESSPAQNWTP
T135 SSPAQNWTPPQPRTL
T141 WTPPQPRTLPSMVHR
S144 PQPRTLPSMVHRVSG
S150 PSMVHRVSGQPQSVT
S155 RVSGQPQSVTASSDK
T157 SGQPQSVTASSDKAF
S160 PQSVTASSDKAFEDW
K162 SVTASSDKAFEDWLN
S174 WLNDDLGSYQGAQGN
Y175 LNDDLGSYQGAQGNR
T189 RYVGFGNTPPPQKKE
K194 GNTPPPQKKEDDFLN
S206 FLNNAMSSLYSGWSS
Y208 NNAMSSLYSGWSSFT
S209 NAMSSLYSGWSSFTT
K226 SRFASAAKEGATKFG
K226 SRFASAAKEGATKFG
T230 SAAKEGATKFGSQAS
K231 AAKEGATKFGSQASQ
K231 AAKEGATKFGSQASQ
K231 AAKEGATKFGSQASQ
S234 EGATKFGSQASQKFW
S237 TKFGSQASQKFWGHK
K239 FGSQASQKFWGHKQQ
S251 KQQPEPASELGHSLN
S256 PASELGHSLNENVLK
K263 SLNENVLKPAQEKVK
K263 SLNENVLKPAQEKVK
K273 QEKVKEGKIFDDVSS
K273 QEKVKEGKIFDDVSS
S283 DDVSSGVSQLASKGV
K288 GVSQLASKGVGSKGW
S292 LASKGVGSKGWRDVT
K293 ASKGVGSKGWRDVTT
T299 SKGWRDVTTFFSGKA
S303 RDVTTFFSGKAEGPL
K305 VTTFFSGKAEGPLDS
S312 KAEGPLDSPSEGHSY
Y319 SPSEGHSYQNSGLDH
S342 SFWETFGSAEPTKTR
K347 FGSAEPTKTRKSPSS
K350 AEPTKTRKSPSSDSW
S351 EPTKTRKSPSSDSWT
S353 TKTRKSPSSDSWTCA
S354 KTRKSPSSDSWTCAD
S356 RKSPSSDSWTCADTS
T358 SPSSDSWTCADTSTE
S368 DTSTERRSSDSWEVW
S369 TSTERRSSDSWEVWG
S371 TERRSSDSWEVWGSA
S377 DSWEVWGSASTNRNS
S384 SASTNRNSNSDGGEG
S386 STNRNSNSDGGEGGE
- gap
G391 SNSDGGEGGEGTKKA
  rat

 
S57 RGLGVHLSFVRSVTM
T63 LSFVRSVTMDKWKDI
K68 SVTMDKWKDIELEKM
K74 WKDIELEKMKAGGNA
K74 WKDIELEKMKAGGNA
K82 MKAGGNAKFREFLEA
Y93 FLEAQDDYEPSWSLQ
S98 DDYEPSWSLQDKYSS
K102 PSWSLQDKYSSRAAA
Y103 SWSLQDKYSSRAAAL
S105 SLQDKYSSRAAALFR
K114 AAALFRDKVATLAEG
S125 LAEGKEWSLESSPAQ
S128 GKEWSLESSPAQNWt
S129 KEWSLESSPAQNWtP
T135‑p SSPAQNWtPPQPKTL
T141 WtPPQPKTLQFTAHR
F144 PQPKTLQFTAHRPAG
A150 QFTAHRPAGQPQNVT
N155 RPAGQPQNVTTSGDK
T157 AGQPQNVTTSGDKAF
G160 PQNVTTSGDKAFEDW
K162 NVTTSGDKAFEDWLN
S174 WLNDDLGSYQGAQEN
Y175 LNDDLGSYQGAQENR
T189 RYVGFGNTVPPQKRE
K194 GNTVPPQKREDDFLN
S206 FLNSAMSSLYSGWSS
Y208 NSAMSSLYSGWSSFT
S209 SAMSSLYSGWSSFTT
K226 SKFASAAKEGATKFG
K226 SKFASAAKEGATKFG
T230 SAAKEGATKFGSQAS
K231 AAKEGATKFGSQASQ
K231 AAKEGATKFGSQASQ
K231 AAKEGATKFGSQASQ
S234 EGATKFGSQASQKAS
S237 TKFGSQASQKASELG
K239 FGSQASQKASELGHS
S241 SQASQKASELGHSLN
S246 KASELGHSLNENVLK
K253 SLNENVLKPAQEKVK
K253 SLNENVLKPAQEKVK
R263 QEKVKEGRIFDDVSS
R263 QEKVKEGRIFDDVSS
S273 DDVSSGVSQLASKVQ
K278 GVSQLASKVQGVGSK
S284 SKVQGVGSKGWRDVT
K285 KVQGVGSKGWRDVTT
T291 SKGWRDVTTFFSGKA
S295 RDVTTFFSGKAEDTS
K297 VTTFFSGKAEDTSDR
T301 FSGKAEDTSDRPLEG
Y311 RPLEGHSYQNSSGDN
S334 SFWETFGSAEPPKAK
K339 FGSAEPPKAKSPSSD
K341 SAEPPKAKSPSSDsW
S342 AEPPKAKSPSSDsWT
S344 PPKAKSPSSDsWTCA
S345 PKAKSPSSDsWTCAD
S347‑p AKSPSSDsWTCADAS
T349 SPSSDsWTCADASTG
S359‑p DASTGRRssDSWDIW
S360‑p ASTGRRssDSWDIWG
S362 TGRRssDSWDIWGSG
S368 DSWDIWGSGSASNNK
S377 SASNNKNSNsDGWES
S379‑p SNNKNSNsDGWESWE
S384 SNsDGWESWEGASGE
S389 WESWEGASGEGRAKA