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 4   S2‑p ______MsNYNVSLV
0 1   N5 ___MsNYNVSLVGPA
0 1   K22‑ac GFRLQGGkDFNMPLT
0 1   K22 GFRLQGGKDFNMPLT
0 1   S31 FNMPLTISSLkDGGK
0 1   K34‑ac PLTISSLkDGGKASQ
0 1   K34 PLTISSLKDGGKASQ
0 2   S76 KIKACTGSLNMTLQR
0 2   T80 CTGSLNMTLQRASAA
0 1   K89 QRASAAAKSEPVAVQ
0 2   K89 QRASAAAKSEPVAVQ
0 1   S90 RASAAAKSEPVAVQK
0 1   A94 AAKSEPVAVQKGEPK
0 1   K97 SEPVAVQKGEPKEVV
0 1   K105 GEPKEVVKPVPITSP
0 4   T110 VVKPVPITSPAVSKV
0 3   T110 VVKPVPITSPAVSKV
0 20   S111 VKPVPITSPAVSKVT
0 2   S115 PITSPAVSKVTSTTN
0 2   S119 PAVSKVTSTTNMAYN
0 20   Y125 TSTTNMAYNKVPRPF
0 18   S134 KVPRPFGSVSSPKVT
0 10   S136 PRPFGSVSSPKVTSI
0 28   S137 RPFGSVSSPKVTSIP
1 0   S177 TPPPLSASGLHASAN
0 1   P199 SPPNTGKPAVHVPRQ
0 65   T208 VHVPRQPTVTSVCSE
0 1   S211 PRQPTVTSVCSESAQ
0 4   S214 PTVTSVCSESAQELA
0 2   S216 VTSVCSESAQELAEG
0 1   A217 TSVCSESAQELAEGQ
0 53   S228‑p AEGQRRGsQGDIKQQ
0 1   I232 RRGsQGDIKQQNGPP
0 1   K241 QQNGPPRKHIVERNT
0 40   N247 RKHIVERNTEFyHIP
0 19   T248 KHIVERNTEFyHIPT
0 970   Y251‑p VERNTEFyHIPTHSD
0 43   T255 TEFyHIPTHSDASKK
0 6   S257 FyHIPTHSDASKKRL
0 2   S260 IPTHSDASKKRLIED
0 3   K261 PTHSDASKKRLIEDT
0 5   K262 THSDASKKRLIEDTE
0 12   S282 TGTTQSRSFRILAQI
0 1   T290 FRILAQITGTEHLKE
0 1   K304 ESENDNAKKANSTPE
0 1   K305 SENDNAKKANSTPEP
0 1   - gap
0 8   - gap
0 1   - gap
0 1   - gap
0 17   T309 NAKKANSTPEPSQQS
0 20   S313 ANSTPEPSQQSAsPL
0 1   S316 TPEPSQQSAsPLSAA
0 5   S318‑p EPSQQSAsPLSAAES
0 3   S321 QQSAsPLSAAESLES
0 1   A323 SAsPLSAAESLESPG
0 1   S325 sPLSAAESLESPGSN
0 14   S328 SAAESLESPGSNRPV
0 1   S331 ESLESPGSNRPVVAG
0 1   N332 SLESPGSNRPVVAGL
0 2   V335 SPGSNRPVVAGLRSA
0 2   K346‑ac LRSAAAFkPVGSTSV
0 1   S350 AAFkPVGSTSVKsPs
0 1   T351 AFkPVGSTSVKsPsW
0 27   S355‑p VGSTSVKsPsWQRPN
0 9   S357‑p STSVKsPsWQRPNQA
0 4   S367‑p RPNQAAPsTGRIsNs
0 1   T368 PNQAAPsTGRIsNsA
0 1   R370 QAAPsTGRIsNsASS
0 1   S372‑p APsTGRIsNsASSsG
0 1   S374‑p sTGRIsNsASSsGtG
0 1   S376 GRIsNsASSsGtGAP
0 3   S377 RIsNsASSsGtGAPM
0 1   S378‑p IsNsASSsGtGAPMK
0 3   T380‑p NsASSsGtGAPMKPA
0 1   K410 AEHIPAGKRTPMCAH
0 2   T412 HIPAGKRTPMCAHCN
0 1   T447 NCAHCKNTMAYIGFV
0 1   Y450 HCKNTMAYIGFVEEK
0 2   Y461 VEEKGALYCELCYEK
0 1   K480 ECGRCQRKILGEVIN
0 1   Y525 EPYCETDYYALFGTI
0 1   Y526 PYCETDYYALFGTIC
0 1   T531 DYYALFGTICRGCEF
0 3   S588 LCKKHAHSVNF____
  human

► Hide Isoforms
 
S2‑p ______MsNYsVSLV
S5‑p ___MsNYsVSLVGPA
K22 GFRLQGGKDFNMPLT
K22 GFRLQGGKDFNMPLT
S31‑p FNMPLTIsSLKDGGK
K34 PLTIsSLKDGGKAAQ
K34 PLTIsSLKDGGKAAQ
S76‑p KIKGCTGsLNMtLQR
T80‑p CTGsLNMtLQRASAA
K89 QRASAAPKPEPVPVQ
K89‑sm QRASAAPkPEPVPVQ
P90 RASAAPkPEPVPVQK
P94 APkPEPVPVQKGEPK
K97 PEPVPVQKGEPKEVV
K105‑ac GEPKEVVkPVPItsP
T110‑p VVkPVPItsPAVSKV
T110‑gl VVkPVPItsPAVSKV
S111‑p VkPVPItsPAVSKVT
S115 PItsPAVSKVTsTNN
S119‑p PAVSKVTsTNNMAyN
Y125‑p TsTNNMAyNKAPRPF
S134‑p KAPRPFGsVssPKVT
S136‑p PRPFGsVssPKVTSI
S137‑p RPFGsVssPKVTSIP
S177 TPPLFAASGLHANAN
T199‑p SALSAGKtAVNVPRQ
T208‑p VNVPRQPtVTsVCsE
S211‑p PRQPtVTsVCsEtsQ
S214‑p PtVTsVCsEtsQELA
T216‑p VTsVCsEtsQELAEG
S217‑p TsVCsEtsQELAEGQ
S228‑p AEGQRRGsQGDsKQQ
S232‑p RRGsQGDsKQQNGPP
K241 QQNGPPRKHIVERyt
Y247‑p RKHIVERytEFyHVP
T248‑p KHIVERytEFyHVPt
Y251‑p VERytEFyHVPtHsD
T255‑p tEFyHVPtHsDAskk
S257‑p FyHVPtHsDAskkRL
S260‑p VPtHsDAskkRLIED
K261‑ac PtHsDAskkRLIEDT
K262‑ac tHsDAskkRLIEDTE
S282‑p TGTTQSRsFRILAQI
T290‑p FRILAQItGTEHLKE
K304 ESEADNTKkANNsQE
K305‑ub SEADNTKkANNsQEP
- gap
- gap
- gap
- gap
S309‑p NTKkANNsQEPsPQL
S313‑p ANNsQEPsPQLASsV
S319‑p PsPQLASsVASTRSM
S322 QLASsVASTRSMPES
S325 SsVASTRSMPESLDs
- gap
S329 STRSMPESLDsPTSG
S332‑p SMPESLDsPTSGRPG
S335 ESLDsPTSGRPGVTS
G336 SLDsPTSGRPGVTSL
G339 sPTSGRPGVTSLTAA
K350 LTAAAAFKPVGStGV
S354 AAFKPVGStGVIKsP
T355‑p AFKPVGStGVIKsPs
S360‑p GStGVIKsPsWQRPN
S362‑p tGVIKsPsWQRPNQG
S372‑p RPNQGVPstGrISNS
T373‑p PNQGVPstGrISNSA
R375‑m1 QGVPstGrISNSAty
S377 VPstGrISNSAtySG
S379 stGrISNSAtySGSV
T381‑p GrISNSAtySGSVAP
Y382‑p rISNSAtySGSVAPA
S383 ISNSAtySGSVAPAN
S385 NSAtySGSVAPANSA
K415‑ub AEHIPAGkRtPMCAH
T417‑p HIPAGkRtPMCAHCN
T452‑p NCAHCKNtMAyIGFV
Y455‑p HCKNtMAyIGFVEEK
Y466‑p VEEKGALyCELCYEK
K485‑ub ECGRCQRkILGEVIS
Y530 EPYCETDYYALFGTI
Y531 PYCETDYYALFGTIC
T536 DYYALFGTICHGCEF
S593‑p LCKKHAHsVNF____
  PDLIM5 iso2  
S2 ______MSNYSVSLV
S5 ___MSNYSVSLVGPA
K22 GFRLQGGKDFNMPLT
K22 GFRLQGGKDFNMPLT
S31 FNMPLTISSLKDGGK
K34 PLTISSLKDGGKAAQ
K34 PLTISSLKDGGKAAQ
S76 KIKGCTGSLNMTLQR
T80 CTGSLNMTLQRASAA
K89 QRASAAPKPEPVPVQ
K89 QRASAAPKPEPVPVQ
P90 RASAAPKPEPVPVQK
P94 APKPEPVPVQKPTVT
K97 PEPVPVQKPTVTSVC
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
T99 PVPVQKPTVTSVCSE
S102 VQKPTVTSVCSETSQ
S105 PTVTSVCSETSQELA
T107 VTSVCSETSQELAEG
S108 TSVCSETSQELAEGQ
S119 AEGQRRGSQGDSKQQ
S123 RRGSQGDSKQQNGKI
K138 PPKRPPRKHIVERyT
Y144‑p RKHIVERyTEFyHVP
T145 KHIVERyTEFyHVPT
Y148‑p VERyTEFyHVPTHSD
T152 TEFyHVPTHSDASKK
S154 FyHVPTHSDASKKRL
S157 VPTHSDASKKRLIED
K158 PTHSDASKKRLIEDT
K159 THSDASKKRLIEDTE
S179 TGTTQSRSFRILAQI
T187 FRILAQITGTEHLKE
K201 ESEADNTKKAKEKIP
K202 SEADNTKKAKEKIPL
K206 NTKKAKEKIPLHVFs
S213‑p KIPLHVFsPKYTKLR
K215 PLHVFsPKYTKLRDW
K218 VFsPKYTKLRDWHHE
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- under review  
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  PDLIM5 iso10  
S2 ______MSNYSVSLV
S5 ___MSNYSVSLVGPA
K22 GFRLQGGKDFNMPLT
K22 GFRLQGGKDFNMPLT
S31 FNMPLTISSLKDGGK
K34 PLTISSLKDGGKAAQ
K34 PLTISSLKDGGKAAQ
S76 KIKGCTGSLNMTLQR
T80 CTGSLNMTLQRASAA
K89 QRASAAPKPEPVPVQ
K89 QRASAAPKPEPVPVQ
P90 RASAAPKPEPVPVQK
P94 APKPEPVPVQKGEPK
K97 PEPVPVQKGEPKEVV
K105 GEPKEVVKPVPITSP
T110 VVKPVPITSPAVSKV
T110 VVKPVPITSPAVSKV
S111 VKPVPITSPAVSKVT
S115 PITSPAVSKVTSTNN
S119 PAVSKVTSTNNMAYN
Y125 TSTNNMAYNKAPRPF
S134 KAPRPFGSVSSPKVT
S136 PRPFGSVSSPKVTSI
S137 RPFGSVSSPKVTSIP
S177 TPPLFAASGLHANAN
T199 SALSAGKTAVNVPRQ
T208 VNVPRQPTVTSVCSE
S211 PRQPTVTSVCSETSQ
S214 PTVTSVCSETSQELA
T216 VTSVCSETSQELAEG
S217 TSVCSETSQELAEGQ
S228 AEGQRRGSQGDSKQQ
S232 RRGSQGDSKQQNGPP
K241 QQNGPPRKHIVERYT
Y247 RKHIVERYTEFYHVP
T248 KHIVERYTEFYHVPT
Y251 VERYTEFYHVPTHSD
T255 TEFYHVPTHSDASKK
S257 FYHVPTHSDASKKRL
S260 VPTHSDASKKRLIED
K261 PTHSDASKKRLIEDT
K262 THSDASKKRLIEDTE
S282 TGTTQSRSFRILAQI
T290 FRILAQITGTEHLKE
K304 ESEADNTKKANNSQE
K305 SEADNTKKANNSQEP
- gap
- gap
- gap
- gap
S309 NTKKANNSQEPSPQL
S313 ANNSQEPSPQLASSV
S319 PSPQLASSVASTRsM
S322 QLASSVASTRsMPEs
S325‑p SSVASTRsMPEsLDs
P327 VASTRsMPEsLDsPT
S329‑p STRsMPEsLDsPTSG
S332‑p sMPEsLDsPTSGRPG
S335 EsLDsPTSGRPGVTS
G336 sLDsPTSGRPGVTSL
G339 sPTSGRPGVTSLTTA
K350 LTTAAAFKPVGsTGV
S354‑p AAFKPVGsTGVIKSP
T355 AFKPVGsTGVIKSPS
S360 GsTGVIKSPSWQRPN
S362 TGVIKSPSWQRPNQG
S372 RPNQGVPSTGRISNS
T373 PNQGVPSTGRISNSA
R375 QGVPSTGRISNSATY
S377 VPSTGRISNSATYSG
S379 STGRISNSATYSGSV
T381 GRISNSATYSGSVAP
Y382 RISNSATYSGSVAPA
S383 ISNSATYSGSVAPAN
S385 NSATYSGSVAPANSA
K415 AEHIPAGKRTPMCAH
T417 HIPAGKRTPMCAHCN
T452 NCAHCKNTMAYIGFV
Y455 HCKNTMAYIGFVEEK
Y466 VEEKGALYCELCYEK
K485 ECGRCQRKILGEVIS
Y530 EPYCETDYYALFGTI
Y531 PYCETDYYALFGTIC
T536 DYYALFGTICHGCEF
S593 LCKKHAHSVNF____
  mouse

► Hide Isoforms
 
S2‑p ______MsNYSVSLV
S5 ___MsNYSVSLVGPA
K22 GFRLQGGKDFNMPLT
K22‑ub GFRLQGGkDFNMPLT
S31 FNMPLTISSLkDGGK
K34 PLTISSLKDGGKASQ
K34‑ub PLTISSLkDGGKASQ
S76 KIKACTGSLNMtLQR
T80‑p CTGSLNMtLQRASAA
K89‑ub QRASAAAkSEPVsVQ
K89 QRASAAAKSEPVsVQ
S90 RASAAAkSEPVsVQK
S94‑p AAkSEPVsVQKGEPK
K97 SEPVsVQKGEPKEVV
K105‑ac GEPKEVVkPVPItsP
T110 VVkPVPITsPAVsKV
T110‑gl VVkPVPItsPAVsKV
S111‑p VkPVPItsPAVsKVT
S115‑gl PItsPAVsKVTSTTN
S119 PAVsKVTSTTNMAyN
Y125‑p TSTTNMAyNKAPRPF
S134‑p KAPRPFGsVssPKVT
S136‑p PRPFGsVssPKVTSI
S137‑p RPFGsVssPKVTSIP
S177‑p TPLHLSAsGLHVSAN
P199 SPPNTGKPAVNVPRQ
T208 VNVPRQPTVTSVCsE
S211 PRQPTVTSVCsESAQ
S214‑p PTVTSVCsESAQELA
S216 VTSVCsESAQELAEG
A217 TSVCsESAQELAEGQ
S228‑p AEGQRRGsQGDIKQQ
I232 RRGsQGDIKQQNGPP
K241‑ub QQNGPPRkHIVERNT
N247 RkHIVERNTEFyHIP
T248 kHIVERNTEFyHIPT
Y251‑p VERNTEFyHIPTHSD
T255 TEFyHIPTHSDASKK
S257 FyHIPTHSDASKKRL
S260 IPTHSDASKKRLIED
K261 PTHSDASKKRLIEDT
K262 THSDASKKRLIEDTE
S282‑p TGTTQSRsFRILAQI
T290 FRILAQITGTEHLTE
K304‑ub ESENDNTkKANSTQE
K305 SENDNTkKANSTQEP
- gap
- gap
- gap
- gap
T309 NTkKANSTQEPSQQP
S313 ANSTQEPSQQPASSG
S319 PSQQPASSGAsPLsA
S322‑p QPASSGAsPLsAsEG
S325‑p SSGAsPLsAsEGPEs
S327‑p GAsPLsAsEGPEsPG
G329 sPLsAsEGPEsPGss
S332‑p sAsEGPEsPGssRPs
S335‑p EGPEsPGssRPsVAG
S336‑p GPEsPGssRPsVAGL
S339‑p sPGssRPsVAGLRSA
K350‑ac LRSAAAFkPVGSTSV
S354 AAFkPVGSTSVKsPs
T355 AFkPVGSTSVKsPsW
S359‑p VGSTSVKsPsWQRPN
S361‑p STSVKsPsWQRPNQA
S371‑p RPNQAAPsTGRISNN
T372 PNQAAPsTGRISNNA
R374 QAAPsTGRISNNARS
S376 APsTGRISNNARSSG
N378 sTGRISNNARSSGtG
R380 GRISNNARSSGtGAS
S381 RISNNARSSGtGASV
S382 ISNNARSSGtGASVG
T384‑p NNARSSGtGASVGPP
K410 AEHIPAGKRTPMCAH
T412 HIPAGKRTPMCAHCN
T447 NCAHCKNTMAYIGFV
Y450 HCKNTMAYIGFVEEK
Y461 VEEKGALYCELCYEK
K480 ECGRCQRKILGEVIN
Y525‑p EPYCETDyyALFGtI
Y526‑p PYCETDyyALFGtIC
T531‑gl DyyALFGtICRGCEF
S588‑p LCKKHAHsVNF____
  PDLIM5 iso3  
S2 ______MSNYSVSLV
S5 ___MSNYSVSLVGPA
K22 GFRLQGGKDFNMPLT
K22 GFRLQGGKDFNMPLT
S31 FNMPLTISSLKDGGK
K34 PLTISSLKDGGKASQ
K34 PLTISSLKDGGKASQ
S76 KIKACTGSLNMTLQR
T80 CTGSLNMTLQRASAA
K89‑ub QRASAAAksEPVSVQ
K89 QRASAAAKsEPVSVQ
S90‑p RASAAAksEPVSVQk
S94 AAksEPVSVQkPTVT
K97‑ub sEPVSVQkPTVTSVC
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
T99 PVSVQkPTVTSVCsE
S102 VQkPTVTSVCsESAQ
S105‑p PTVTSVCsESAQELA
S107 VTSVCsESAQELAEG
A108 TSVCsESAQELAEGQ
S119‑p AEGQRRGsQGDIKQQ
I123 RRGsQGDIKQQNGNP
K143 SPKRPPRKHIVERNT
N149 RKHIVERNTEFYHIP
T150 KHIVERNTEFYHIPT
Y153 VERNTEFYHIPTHSD
T157 TEFYHIPTHSDASKK
S159 FYHIPTHSDASKKRL
S162 IPTHSDASKKRLIED
K163 PTHSDASKKRLIEDT
K164 THSDASKKRLIEDTE
S184 TGTTQSRSFRILAQI
T192 FRILAQITGTEHLTE
K206 ESENDNTKKAKEkIP
K207 SENDNTKKAKEkIPL
K211‑ub NTKKAKEkIPLHVFs
S218‑p kIPLHVFsPkYTkLR
K220‑ub PLHVFsPkYTkLRDW
K223‑ub VFsPkYTkLRDWHHE
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- under review  
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap