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 2   - gap
0 9   - gap
0 1   Y29 STNVVMNYSEIESKV
0 3   S30 TNVVMNYSEIESKVR
0 2   S34 MNYSEIESKVREATN
0 1   K35 NYSEIESKVREATND
0 1   S90 NWRRVYKSLLLLAYL
0 1   S102 AYLIRNGSERVVTSA
0 1   Y114 TSAREHIYDLRSLEN
0 1   R117 REHIYDLRSLENYHF
0 1   S118 EHIYDLRSLENYHFV
0 1   Y122 DLRSLENYHFVDEHG
0 1   K130 HFVDEHGKDQGINIR
0 8   K130‑ub HFVDEHGkDQGINIR
0 4   K141 INIRQKVKELVEFAQ
0 1   K164 RKKAKKNKDKyVGVs
0 6   K166 KAKKNKDKyVGVsSD
0 71   Y167‑p AKKNKDKyVGVsSDs
0 3   S171‑p KDKyVGVsSDsVGGF
0 8   S174‑p yVGVsSDsVGGFRYN
0 4   Y180 DsVGGFRYNERYDPE
0 3   N181 sVGGFRYNERYDPEP
0 18   Y184 GFRYNERYDPEPKSK
0 2   S190 RYDPEPKSKWDEEWD
0 8   K191 YDPEPKSKWDEEWDk
0 15   K198‑ub KWDEEWDkNkSAFPF
0 17   K200‑ub DEEWDkNkSAFPFSD
0 48   K208‑ub SAFPFSDkLGELsDk
0 7   S213‑p SDkLGELsDkIGsTI
0 51   K215‑ub kLGELsDkIGsTIDD
0 8   S218‑p ELsDkIGsTIDDTIS
0 1   T219 LsDkIGsTIDDTISk
0 7   T223 IGsTIDDTISkFRRK
0 1   S225 sTIDDTISkFRRKDR
0 24   K226‑ub TIDDTISkFRRKDRE
0 25   S235‑p RRKDREDsPERCsDs
0 11   S240‑p EDsPERCsDsDEEKK
0 14   S242‑p sPERCsDsDEEKKAR
0 24   S253‑p KKARRGRsPKGEFkD
0 3   K255 ARRGRsPKGEFkDEE
0 1   K259‑ac RsPKGEFkDEEETVT
0 2   K259 RsPKGEFKDEEETVT
0 1   T264 EFkDEEETVTTKHIH
0 2   K268 EEETVTTKHIHITQA
0 2   T278 HITQATETTTTRHKR
0 1   T279 ITQATETTTTRHKRT
0 7   T280 TQATETTTTRHKRTA
0 1   S290 HKRTANPSKtIDLGA
0 3   K291 KRTANPSKtIDLGAA
0 3   K291 KRTANPSKtIDLGAA
0 2   T292‑p RTANPSKtIDLGAAA
0 21   Y301 DLGAAAHYtGDKAsP
1 11   T302‑p LGAAAHYtGDKAsPD
0 14   K305 AAHYtGDKAsPDQNA
0 47   S307‑p HYtGDKAsPDQNAst
0 5   S313‑p AsPDQNAstHtPQSS
0 1   T314‑p sPDQNAstHtPQSSA
0 19   T316‑p DQNAstHtPQSSAKP
0 2   S319 AstHtPQSSAKPSVP
0 3   S320 stHtPQSSAKPSVPS
0 23   K322 HtPQSSAKPSVPSsK
0 1   S328‑p AKPSVPSsKSSGDLV
0 2   S328‑gl AKPSVPSsKSSGDLV
0 1   T455 FSLMSTNTVGLGLPM
0 1   S463 VGLGLPMSRsQNTDM
0 10   S465‑p LGLPMSRsQNTDMVQ
0 7   - gap
0 1   - gap
0 3   - gap
0 8   T468 PMSRsQNTDMVQkSA
0 54   K473‑ub QNTDMVQkSASkTLP
0 1   S474 NTDMVQkSASkTLPS
0 6   K477‑ub MVQkSASkTLPSTWS
0 1   R544 PSNMLPVRPQTNPLL
0 8   S630‑p FANFANFsk______
0 8   K631‑ac ANFANFsk_______
0 36   K631 ANFANFsK_______
  ENTH iso3  
K6 __MLNMWKVRELVDK
K13 KVRELVDKATNVVMN
Y21 ATNVVMNYSEIESKV
S22 TNVVMNYSEIESKVR
S26 MNYSEIESKVREATN
K27 NYSEIESKVREATND
S82 NWRRVYKSLLLLAYL
S94 AYLIRNGSERVVTSA
Y106 TSAREHIYDLRSLEN
R109 REHIYDLRSLENYHF
S110 EHIYDLRSLENYHFV
Y114 DLRSLENYHFVDEHG
K122 HFVDEHGKDQGINIR
K122 HFVDEHGKDQGINIR
K133 INIRQKVKELVEFAQ
K156 RKKAKKNKDKYVGVS
K158 KAKKNKDKYVGVSSD
Y159 AKKNKDKYVGVSSDS
S163 KDKYVGVSSDSVGGF
S166 YVGVSSDSVGGFRYN
Y172 DSVGGFRYNERYDPE
N173 SVGGFRYNERYDPEP
Y176 GFRYNERYDPEPKSK
S182 RYDPEPKSKWDEEWD
K183 YDPEPKSKWDEEWDK
K190 KWDEEWDKNKSAFPF
K192 DEEWDKNKSAFPFSD
K200 SAFPFSDKLGELSDK
S205 SDKLGELSDKIGSTI
K207 KLGELSDKIGSTIDD
S210 ELSDKIGSTIDDTIS
T211 LSDKIGSTIDDTISK
T215 IGSTIDDTISKFRRK
S217 STIDDTISKFRRKDR
K218 TIDDTISKFRRKDRE
S227 RRKDREDSPERCSDS
S232 EDSPERCSDSDEEKK
S234 SPERCSDSDEEKKAR
S245 KKARRGRSPKGEFKD
K247 ARRGRSPKGEFKDEE
K251 RSPKGEFKDEEETVT
K251 RSPKGEFKDEEETVT
T256 EFKDEEETVTTKHIH
K260 EEETVTTKHIHITQA
T270 HITQATETTTTRHKR
T271 ITQATETTTTRHKRT
T272 TQATETTTTRHKRTA
S282 HKRTANPSKTIDLGA
K283 KRTANPSKTIDLGAA
K283 KRTANPSKTIDLGAA
T284 RTANPSKTIDLGAAA
Y293 DLGAAAHYTGDKASP
T294 LGAAAHYTGDKASPD
K297 AAHYTGDKASPDQNA
S299 HYTGDKASPDQNAST
S305 ASPDQNASTHTPQSS
T306 SPDQNASTHTPQSSA
T308 DQNASTHTPQSSAKP
S311 ASTHTPQSSAKPSVP
S312 STHTPQSSAKPSVPS
K314 HTPQSSAKPSVPSSK
S320 AKPSVPSSKSSGDLV
S320 AKPSVPSSKSSGDLV
T447 FSLMSTNTVGLGLPM
S455 VGLGLPMSRsQPLQN
S457‑p LGLPMSRsQPLQNVS
K469‑ub NVSAVLQkPNPLYHQ
K469 NVSAVLQKPNPLYHQ
Y474 LQkPNPLYHQNTDMV
T478 NPLYHQNTDMVQKSA
K483 QNTDMVQKSASKTLP
S484 NTDMVQKSASKTLPS
K487 MVQKSASKTLPSTWS
R554 PSNMLPVRPQTNPLL
S640 FANFANFSK______
K641 ANFANFSK_______
K641 ANFANFSK_______
  human

► Hide Isoforms 		 
K6‑ub __MLNMWkVRELVDk
K13‑ub kVRELVDkATNVVMN
Y21‑p ATNVVMNysEIEskV
S22‑p TNVVMNysEIEskVR
S26‑p MNysEIEskVREATN
K27‑ub NysEIEskVREATND
S82‑p NWRRVYKsLLLLAYL
S94‑p AYLIRNGsERVVTSA
Y106‑p TSAREHIyDLrsLEN
R109‑m1 REHIyDLrsLENyHF
S110‑p EHIyDLrsLENyHFV
Y114‑p DLrsLENyHFVDEHG
K122 HFVDEHGKDQGINIR
K122‑ub HFVDEHGkDQGINIR
K133‑ub INIRQKVkELVEFAQ
K156‑ub RKKAKKNkDkyVGVs
K158‑ub KAKKNkDkyVGVsSD
Y159‑p AKKNkDkyVGVsSDs
S163‑p kDkyVGVsSDsVGGF
S166‑p yVGVsSDsVGGFRys
Y172‑p DsVGGFRysERyDPE
S173‑p sVGGFRysERyDPEP
Y176‑p GFRysERyDPEPKsk
S182‑p RyDPEPKskWDEEWD
K183‑ub yDPEPKskWDEEWDk
K190‑ub kWDEEWDkNkSAFPF
K192‑ub DEEWDkNkSAFPFSD
K200‑ub SAFPFSDkLGELsDk
S205‑p SDkLGELsDkIGstI
K207‑ub kLGELsDkIGstIDD
S210‑p ELsDkIGstIDDtIs
T211‑p LsDkIGstIDDtIsk
T215‑p IGstIDDtIskFRRK
S217‑p stIDDtIskFRRKDR
K218‑ub tIDDtIskFRRKDRE
S227‑p RRKDREDsPERCsDs
S232‑p EDsPERCsDsDEEKK
S234‑p sPERCsDsDEEKKAR
S245‑p KKARRGRsPkGEFkD
K247‑ub ARRGRsPkGEFkDEE
K251 RsPkGEFKDEEEtVT
K251‑ub RsPkGEFkDEEEtVT
T256‑p EFkDEEEtVTTkHIH
K260‑ub EEEtVTTkHIHITQA
T270‑p HITQATEtTtTRHKR
T271 ITQATEtTtTRHKRT
T272‑p TQATEtTtTRHKRTA
S282‑p HKRTANPsktIDLGA
K283‑ac KRTANPsktIDLGAA
K283‑ub KRTANPsktIDLGAA
T284‑p RTANPsktIDLGAAA
Y293‑p DLGAAAHytGDkAsP
T294‑p LGAAAHytGDkAsPD
K297‑ub AAHytGDkAsPDQNA
S299‑p HytGDkAsPDQNAsT
S305‑p AsPDQNAsTHtPQss
T306 sPDQNAsTHtPQssV
T308‑p DQNAsTHtPQssVkT
S311‑p AsTHtPQssVkTSVP
S312‑p sTHtPQssVkTSVPS
K314‑ub HtPQssVkTSVPSSK
S320 VkTSVPSSKSSGDLV
S320 VkTSVPSSKSSGDLV
T449‑p FSMMSTNtVGLGLPM
S457‑p VGLGLPMsRsQNtDM
S459‑p LGLPMsRsQNtDMVQ
- gap
- gap
- gap
T462‑p PMsRsQNtDMVQksV
K467‑ub QNtDMVQksVSkTLP
S468‑p NtDMVQksVSkTLPS
K471‑ub MVQksVSkTLPSTWS
R538‑m2 PSNMLPVrPQTNALI
S624‑p FANFANFsk______
K625‑ac ANFANFsk_______
K625‑ub ANFANFsk_______
  ENTH iso2  
- gap
- gap
Y3 _____MNYSEIESKV
S4 ____MNYSEIESKVR
S8 MNYSEIESKVREATN
K9 NYSEIESKVREATND
S64 NWRRVYKSLLLLAYL
S76 AYLIRNGSERVVTSA
Y88 TSAREHIYDLRSLEN
R91 REHIYDLRSLENYHF
S92 EHIYDLRSLENYHFV
Y96 DLRSLENYHFVDEHG
K104 HFVDEHGKDQGINIR
K104 HFVDEHGKDQGINIR
K115 INIRQKVKELVEFAQ
K138 RKKAKKNKDKYVGVS
K140 KAKKNKDKYVGVSSD
Y141 AKKNKDKYVGVSSDS
S145 KDKYVGVSSDSVGGF
S148 YVGVSSDSVGGFRYS
Y154 DSVGGFRYSERYDPE
S155 SVGGFRYSERYDPEP
Y158 GFRYSERYDPEPKSK
S164 RYDPEPKSKWDEEWD
K165 YDPEPKSKWDEEWDK
K172 KWDEEWDKNKSAFPF
K174 DEEWDKNKSAFPFSD
K182 SAFPFSDKLGELSDK
S187 SDKLGELSDKIGSTI
K189 KLGELSDKIGSTIDD
S192 ELSDKIGSTIDDTIS
T193 LSDKIGSTIDDTISK
T197 IGSTIDDTISKFRRK
S199 STIDDTISKFRRKDR
K200 TIDDTISKFRRKDRE
S209 RRKDREDSPERCSDS
S214 EDSPERCSDSDEEKK
S216 SPERCSDSDEEKKAR
S227 KKARRGRSPKGEFKD
K229 ARRGRSPKGEFKDEE
K233 RSPKGEFKDEEETVT
K233 RSPKGEFKDEEETVT
T238 EFKDEEETVTTKHIH
K242 EEETVTTKHIHITQA
T252 HITQATETTTTRHKR
T253 ITQATETTTTRHKRT
T254 TQATETTTTRHKRTA
S264 HKRTANPSKTIDLGA
K265 KRTANPSKTIDLGAA
K265 KRTANPSKTIDLGAA
T266 RTANPSKTIDLGAAA
Y275 DLGAAAHYTGDKASP
T276 LGAAAHYTGDKASPD
K279 AAHYTGDKASPDQNA
S281 HYTGDKASPDQNAST
S287 ASPDQNASTHTPQSS
T288 SPDQNASTHTPQSSV
T290 DQNASTHTPQSSVKT
S293 ASTHTPQSSVKTSVP
S294 STHTPQSSVKTSVPS
K296 HTPQSSVKTSVPSSK
S302 VKTSVPSSKSSGDLV
S302 VKTSVPSSKSSGDLV
T431 FSMMSTNTVGLGLPM
S439 VGLGLPMSRsQPLQN
S441‑p LGLPMSRsQPLQNVS
K453‑ub NVSTVLQkPNPLyNQ
K453‑sm NVSTVLQkPNPLyNQ
Y458‑p LQkPNPLyNQNtDMV
T462‑p NPLyNQNtDMVQkSV
K467‑ub QNtDMVQkSVSKTLP
S468 NtDMVQkSVSKTLPS
K471 MVQkSVSKTLPSTWS
R538 PSNMLPVRPQTNALI
S624 FANFANFSK______
K625 ANFANFSK_______
K625 ANFANFSK_______
  ENTH iso3  
K6 __MLNMWKVRELVDK
K13 KVRELVDKATNVVMN
Y21 ATNVVMNYSEIESKV
S22 TNVVMNYSEIESKVR
S26 MNYSEIESKVREATN
K27 NYSEIESKVREATND
S82 NWRRVYKSLLLLAYL
S94 AYLIRNGSERVVTSA
Y106 TSAREHIYDLRSLEN
R109 REHIYDLRSLENYHF
S110 EHIYDLRSLENYHFV
Y114 DLRSLENYHFVDEHG
K122 HFVDEHGKDQGINIR
K122 HFVDEHGKDQGINIR
K133 INIRQKVKELVEFAQ
K156 RKKAKKNKDKYVGVS
K158 KAKKNKDKYVGVSSD
Y159 AKKNKDKYVGVSSDS
S163 KDKYVGVSSDSVGGF
S166 YVGVSSDSVGGFRYS
Y172 DSVGGFRYSERYDPE
S173 SVGGFRYSERYDPEP
Y176 GFRYSERYDPEPKSK
S182 RYDPEPKSKWDEEWD
K183 YDPEPKSKWDEEWDK
K190 KWDEEWDKNKSAFPF
K192 DEEWDKNKSAFPFSD
K200 SAFPFSDKLGELSDK
S205 SDKLGELSDKIGSTI
K207 KLGELSDKIGSTIDD
S210 ELSDKIGSTIDDTIS
T211 LSDKIGSTIDDTISK
T215 IGSTIDDTISKFRRK
S217 STIDDTISKFRRKDR
K218 TIDDTISKFRRKDRE
S227 RRKDREDSPERCSDS
S232 EDSPERCSDSDEEKK
S234 SPERCSDSDEEKKAR
S245 KKARRGRSPKGEFKD
K247 ARRGRSPKGEFKDEE
K251 RSPKGEFKDEEETVT
K251 RSPKGEFKDEEETVT
T256 EFKDEEETVTTKHIH
K260 EEETVTTKHIHITQA
T270 HITQATETTTTRHKR
T271 ITQATETTTTRHKRT
T272 TQATETTTTRHKRTA
S282 HKRTANPSKTIDLGA
K283 KRTANPSKTIDLGAA
K283 KRTANPSKTIDLGAA
T284 RTANPSKTIDLGAAA
Y293 DLGAAAHYTGDKASP
T294 LGAAAHYTGDKASPD
K297 AAHYTGDKASPDQNA
S299 HYTGDKASPDQNAST
S305 ASPDQNASTHTPQSS
T306 SPDQNASTHTPQSSV
T308 DQNASTHTPQSSVKT
S311 ASTHTPQSSVKTSVP
S312 STHTPQSSVKTSVPS
K314 HTPQSSVKTSVPSSK
S320 VKTSVPSSKSSGDLV
S320 VKTSVPSSKSSGDLV
T449 FSMMSTNTVGLGLPM
S457 VGLGLPMSRSQPLQN
S459 LGLPMSRSQPLQNVS
K471 NVSTVLQKPNPLYNQ
K471 NVSTVLQKPNPLYNQ
Y476 LQKPNPLYNQNTDMV
T480 NPLYNQNTDMVQKSV
K485 QNTDMVQKSVSKTLP
S486 NTDMVQKSVSKTLPS
K489 MVQKSVSKTLPSTWS
R556 PSNMLPVRPQTNALI
S642 FANFANFSK______
K643 ANFANFSK_______
K643 ANFANFSK_______
  rat

 
K6 __MLNMWKVRELVDK
K13 KVRELVDKATNVVMN
Y21 ATNVVMNYSEIESKV
S22 TNVVMNYSEIESKVR
S26 MNYSEIESKVREATN
K27 NYSEIESKVREATND
S82 NWRRVYKSLLLLAYL
S94 AYLIRNGSERVVTSA
Y106 TSAREHIYDLRSLEN
R109 REHIYDLRSLENYHF
S110 EHIYDLRSLENYHFV
Y114 DLRSLENYHFVDEHG
K122‑ac HFVDEHGkDQGINIR
K122 HFVDEHGKDQGINIR
K133 INIRQKVKELVEFAQ
K156 RKKAKKNKDKYVGVS
K158 KAKKNKDKYVGVSSD
Y159 AKKNKDKYVGVSSDS
S163 KDKYVGVSSDSVGGF
S166 YVGVSSDSVGGFRYN
Y172 DSVGGFRYNERYDPE
N173 SVGGFRYNERYDPEP
Y176 GFRYNERYDPEPKsK
S182‑p RYDPEPKsKWDEEWD
K183 YDPEPKsKWDEEWDK
K190 KWDEEWDKNKSAFPF
K192 DEEWDKNKSAFPFSD
K200 SAFPFSDKLGELSDK
S205 SDKLGELSDKIGSTI
K207 KLGELSDKIGSTIDD
S210 ELSDKIGSTIDDTIS
T211 LSDKIGSTIDDTISK
T215 IGSTIDDTISKFRRK
S217 STIDDTISKFRRKDR
K218 TIDDTISKFRRKDRE
S227‑p RRKDREDsPERCsDs
S232‑p EDsPERCsDsDEEKK
S234‑p sPERCsDsDEEKKAR
S245 KKARRGRSPKGEFKD
K247 ARRGRSPKGEFKDEE
K251 RSPKGEFKDEEETVT
K251 RSPKGEFKDEEETVT
T256 EFKDEEETVTTkHIH
K260‑ub EEETVTTkHIHITQA
T270 HITQATETtTTRHKR
T271‑p ITQATETtTTRHKRT
T272 TQATETtTTRHKRTA
S282 HKRTANPSkTIDLGA
K283‑ac KRTANPSkTIDLGAA
K283 KRTANPSKTIDLGAA
T284 RTANPSkTIDLGAAA
Y293 DLGAAAHYTGDKAsP
T294 LGAAAHYTGDKAsPD
K297 AAHYTGDKAsPDQNA
S299‑p HYTGDKAsPDQNAST
S305 AsPDQNASTHtPQSS
T306 sPDQNASTHtPQSSA
T308‑p DQNASTHtPQSSAKP
S311 ASTHtPQSSAKPSVP
S312 STHtPQSSAKPSVPS
K314 HtPQSSAKPSVPSSK
S320 AKPSVPSSKSSGDLV
S320 AKPSVPSSKSSGDLV
T447 FSLMSTNTVGLGLPM
S455 VGLGLPMSRSQVRCL
S457 LGLPMSRSQVRCLFP
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap