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   A9 TAEEMKAAENGAQSA
0 5   S15 AAENGAQSAPLPLEG
0 2   S26 PLEGVDISPkQDEGV
0 1   K28 EGVDISPKQDEGVLk
0 78   K28‑ub EGVDISPkQDEGVLk
0 1   K35‑ac kQDEGVLkVIkREGT
0 9   K35‑ub kQDEGVLkVIkREGT
0 1   K38‑ac EGVLkVIkREGTGTE
0 2   T46‑p REGTGTEtPMIGDRV
0 1   R52 EtPMIGDRVFVHYTG
0 2   K74‑ub FDSSLDRkDKFsFDL
0 2   K76 SSLDRkDKFsFDLGk
0 5   K76 SSLDRkDKFsFDLGk
0 8   S78‑p LDRkDKFsFDLGkGE
0 5   K83‑ub KFsFDLGkGEVIKAW
0 1   K83 KFsFDLGKGEVIKAW
0 1   K88 LGkGEVIKAWDIAVA
0 1   K108 EVCHITCKPEYAYGA
0 2   A115 KPEYAYGAAGSPPKI
0 4   S118 YAYGAAGSPPKIPPN
1 1   T143 EFKGEDLTEEEDGGI
0 7   Y161 IRTRGEGYARPNDGA
0 2   R181 LEGYHKDRLFDQREL
0 3   R181 LEGYHKDRLFDQREL
0 3   S217 RMEKGEHSIVyLkPS
0 232   Y220‑p KGEHSIVyLkPSyAF
0 1   K222‑ac EHSIVyLkPSyAFGs
0 4   K222‑ub EHSIVyLkPSyAFGs
0 1   K222 EHSIVyLKPSyAFGs
0 2   Y225‑p IVyLkPSyAFGsVGk
0 4   S229‑p kPSyAFGsVGkERFQ
0 2   K232 yAFGsVGKERFQIPP
0 1   K232‑ub yAFGsVGkERFQIPP
0 1   R244 IPPHAELRYEVRLKS
0 2   K250 LRYEVRLKSFEKAKE
0 3   S258 SFEKAKESWEMSSAE
0 2   S263 KESWEMSSAEKLEQS
0 2   K274 LEQSNIVKERGTAYF
0 2   K274 LEQSNIVKERGTAYF
0 1   K274 LEQSNIVKERGTAYF
0 1   K282 ERGTAYFKEGKYKQA
0 4   K282 ERGTAYFKEGKYKQA
0 1   Y286 AYFKEGKYKQALLQY
0 1   K287 YFKEGKYKQALLQYk
0 2   Y293 YKQALLQYkKIVSWL
0 1   K294 KQALLQYKKIVSWLE
0 1   K294 KQALLQYKKIVSWLE
0 1   K294‑sc KQALLQYkKIVSWLE
0 1   S298 LQYkKIVSWLEYESS
0 1   S305 SWLEYESSFSGEEMQ
0 1   K313 FSGEEMQKVHALRLA
0 3   S336‑p HLKLQAFsAAIESCN
0 1   S341 AFsAAIESCNKALEL
0 1   K344 AAIESCNKALELDSN
0 2   S350 NKALELDSNNEkGLF
0 2   K354 ELDSNNEKGLFRRGE
0 8   K354‑ub ELDSNNEkGLFRRGE
0 1   R359 NEkGLFRRGEAHLAV
0 7   R373‑m1 VNDFDLArADFQKVL
0 1   K378 LArADFQKVLQLYPS
0 4   K378 LArADFQKVLQLYPS
0 4   K387‑ub LQLYPSNkAAkTQLA
0 8   K390‑ub YPSNkAAkTQLAVCQ
0 5   K409‑ub RQLAREKkLyANMFE
1 202   Y411‑p LAREKkLyANMFERL
0 1   R417 LyANMFERLAEEEHk
0 3   K424‑ub RLAEEEHkVKAEVAA
0 2   K426 AEEEHkVKAEVAAGD
0 2   A430 HkVKAEVAAGDHPTD
0 4   A431 kVKAEVAAGDHPTDA
0 31   T436 VAAGDHPTDAEMkGE
0 6   A438 AGDHPTDAEMkGERN
0 7   K441‑ub HPTDAEMkGERNNVA
0 1   K441 HPTDAEMKGERNNVA
0 2   V447 MkGERNNVAENQSRV
0 32   N450 ERNNVAENQSRVETE
0 21   S452 NNVAENQSRVETEA_
  human

 
T9‑p TAEEMKAtESGAQsA
S15‑p AtESGAQsAPLPMEG
S26‑p PMEGVDIsPkQDEGV
K28‑ac EGVDIsPkQDEGVLk
K28‑ub EGVDIsPkQDEGVLk
K35 kQDEGVLKVIKREGT
K35‑ub kQDEGVLkVIKREGT
K38 EGVLkVIKREGTGTE
M46 REGTGTEMPMIGDrV
R52‑m1 EMPMIGDrVFVHYTG
K74‑ub FDSSLDRkDkFsFDL
K76‑ac SSLDRkDkFsFDLGk
K76‑ub SSLDRkDkFsFDLGk
S78‑p LDRkDkFsFDLGkGE
K83‑ub kFsFDLGkGEVIkAW
K83‑sc kFsFDLGkGEVIkAW
K88‑ub LGkGEVIkAWDIAIA
K108‑ub EVCHITCkPEYAYGs
S115‑p kPEYAYGsAGsPPKI
S118‑p YAYGsAGsPPKIPPN
T143‑p EFKGEDLtEEEDGGI
Y161‑p IQTRGEGyAKPNEGA
K181‑ac LEGYYKDkLFDQREL
K181‑ub LEGYYKDkLFDQREL
S217‑p RMEKGEHsIVyLkPS
Y220‑p KGEHsIVyLkPSyAF
K222‑ac EHsIVyLkPSyAFGs
K222‑ub EHsIVyLkPSyAFGs
K222‑sc EHsIVyLkPSyAFGs
Y225‑p IVyLkPSyAFGsVGk
S229‑p kPSyAFGsVGkEKFQ
K232‑ac yAFGsVGkEKFQIPP
K232 yAFGsVGKEKFQIPP
K244‑ub IPPNAELkYELHLkS
K250‑ub LkYELHLkSFEKAKE
S258‑p SFEKAKEsWEMNsEE
S263‑p KEsWEMNsEEKLEQS
K274‑ac LEQSTIVkERGTVYF
K274‑ub LEQSTIVkERGTVYF
K274‑sc LEQSTIVkERGTVYF
K282‑ac ERGTVYFkEGKykQA
K282‑ub ERGTVYFkEGKykQA
Y286‑p VYFkEGKykQALLQy
K287‑ub YFkEGKykQALLQyk
Y293‑p ykQALLQykKIVsWL
K294‑ac kQALLQykKIVsWLE
K294‑ub kQALLQykKIVsWLE
K294‑sc kQALLQykKIVsWLE
S298‑p LQykKIVsWLEYESs
S305‑p sWLEYESsFSNEEAQ
K313‑ub FSNEEAQkAQALRLA
S336‑p HLKLQAFsAAIEsCN
S341‑p AFsAAIEsCNkALEL
K344‑ub AAIEsCNkALELDsN
S350‑p NkALELDsNNEkGLF
K354‑ac ELDsNNEkGLFRrGE
K354‑ub ELDsNNEkGLFRrGE
R359‑m1 NEkGLFRrGEAHLAV
R373‑m1 VNDFELArADFQkVL
K378‑ac LArADFQkVLQLYPN
K378‑ub LArADFQkVLQLYPN
K387‑ub LQLYPNNkAAkTQLA
K390‑ub YPNNkAAkTQLAVCQ
K409‑ub RQLAREKkLyANMFE
Y411‑p LAREKkLyANMFErL
R417‑m1 LyANMFErLAEEENk
K424‑ub rLAEEENkAkAEAss
K426‑ub AEEENkAkAEAssGD
S430‑p NkAkAEAssGDHPtD
S431‑p kAkAEAssGDHPtDt
T436‑p AssGDHPtDtEMkEE
T438‑p sGDHPtDtEMkEEQK
K441‑ub HPtDtEMkEEQKSNt
K441‑sm HPtDtEMkEEQKSNt
T448‑p kEEQKSNtAGsQsQV
S451‑p QKSNtAGsQsQVETE
S453‑p SNtAGsQsQVETEA_
  rat

 
A9 TAEEMKVAENGAQSA
S15 VAENGAQSAPLPLEG
S26 PLEGVDISPKQDEGV
K28 EGVDISPKQDEGVLK
K28 EGVDISPKQDEGVLK
K35 KQDEGVLKVIKREGT
K35 KQDEGVLKVIKREGT
K38 EGVLKVIKREGTGTE
T46 REGTGTETAMIGDRV
R52 ETAMIGDRVFVHYTG
K74 FDSSLDRKDKFSFDL
K76 SSLDRKDKFSFDLGK
K76 SSLDRKDKFSFDLGK
S78 LDRKDKFSFDLGKGE
K83 KFSFDLGKGEVIKAW
K83 KFSFDLGKGEVIKAW
K88 LGKGEVIKAWDIAVA
K108 EVCHITCKPEYAYGS
S115 KPEYAYGSAGSPPKI
S118 YAYGSAGSPPKIPPN
T143 EFKGEDLTEDEDGGI
Y161 IRTRGEGYARPNDGA
R181 LEGYYNDRLFDQREL
R181 LEGYYNDRLFDQREL
S217 RMEKGEHSIVYLKPS
Y220 KGEHSIVYLKPSYAF
K222 EHSIVYLKPSYAFGS
K222 EHSIVYLKPSYAFGS
K222 EHSIVYLKPSYAFGS
Y225 IVYLKPSYAFGSVGK
S229 KPSYAFGSVGKERFQ
K232 YAFGSVGKERFQIPP
K232 YAFGSVGKERFQIPP
R244 IPPHAELRYEVHLKS
K250 LRYEVHLKSFEKAKA
S258 SFEKAKASWEMNSEE
S263 KASWEMNSEEKLEQS
K274 LEQSNIVKERGTVYF
K274 LEQSNIVKERGTVYF
K274 LEQSNIVKERGTVYF
K282 ERGTVYFKEGKYKQA
K282 ERGTVYFKEGKYKQA
Y286 VYFKEGKYKQALLQY
K287 YFKEGKYKQALLQYK
Y293 YKQALLQYKKIVSWL
K294 KQALLQYKKIVSWLE
K294 KQALLQYKKIVSWLE
K294 KQALLQYKKIVSWLE
S298 LQYKKIVSWLEYESS
S305 SWLEYESSFSGEEMQ
K313 FSGEEMQKVHALRLA
S336 HLKLQAFSAAIESCN
S341 AFSAAIESCNKALEL
K344 AAIESCNKALELDSN
S350 NKALELDSNNEKGLF
K354 ELDSNNEKGLFRRGE
K354 ELDSNNEKGLFRRGE
R359 NEKGLFRRGEAHLAV
R373 VNDFDLARADFQKVL
K378 LARADFQKVLQLYPS
K378 LARADFQKVLQLYPS
K387 LQLYPSNKAAKTQLA
K390 YPSNKAAKTQLAVCQ
K409 RQLAREKKLyANMFE
Y411‑p LAREKKLyANMFERL
R417 LyANMFERLAEEEHK
K424 RLAEEEHKAKTEVAA
K426 AEEEHKAKTEVAAGD
A430 HKAKTEVAAGDHPTD
A431 KAKTEVAAGDHPTDA
T436 VAAGDHPTDAEMKGE
A438 AGDHPTDAEMKGEPN
K441 HPTDAEMKGEPNNVA
K441 HPTDAEMKGEPNNVA
V447 MKGEPNNVAGNQAQV
N450 EPNNVAGNQAQVKTE
A452 NNVAGNQAQVKTEA_
  rabbit

 
A9 TAEEMKAAESGAQSA
S15 AAESGAQSAPLPLEG
S26 PLEGVDISPKQDEGV
K28 EGVDISPKQDEGVLK
K28 EGVDISPKQDEGVLK
K35 KQDEGVLKVIKREGT
K35 KQDEGVLKVIKREGT
K38 EGVLKVIKREGTGTE
T46 REGTGTETPMIGDRV
R52 ETPMIGDRVFVHYTG
K74 FDSSLDRKDKFSFDL
K76 SSLDRKDKFSFDLGK
K76 SSLDRKDKFSFDLGK
S78 LDRKDKFSFDLGKGE
K83 KFSFDLGKGEVIKAW
K83 KFSFDLGKGEVIKAW
K88 LGKGEVIKAWDIAVA
K108 ELCRITCKPEYAYGS
S115 KPEYAYGSAGSPPKI
S118 YAYGSAGSPPKIPPN
T143‑p EFKGEDLtDDEDGGI
Y161 IRTRGEGYARPNDGA
R181 LEGYYKDRLFDQREL
R181 LEGYYKDRLFDQREL
S217 RMEKGEHSILYLKPS
Y220 KGEHSILYLKPSYAF
K222 EHSILYLKPSYAFGN
K222 EHSILYLKPSYAFGN
K222 EHSILYLKPSYAFGN
Y225 ILYLKPSYAFGNAGK
N229 KPSYAFGNAGKEKFQ
K232 YAFGNAGKEKFQIPP
K232 YAFGNAGKEKFQIPP
K244 IPPYAELKYEVHLKS
K250 LKYEVHLKSFEKAKE
S258 SFEKAKESWEMSSEE
S263 KESWEMSSEEKLEQS
K274 LEQSAIVKERGTVYF
K274 LEQSAIVKERGTVYF
K274 LEQSAIVKERGTVYF
K282 ERGTVYFKEGKYKQA
K282 ERGTVYFKEGKYKQA
Y286 VYFKEGKYKQALLQY
K287 YFKEGKYKQALLQYK
Y293 YKQALLQYKKIVSWL
K294 KQALLQYKKIVSWLE
K294 KQALLQYKKIVSWLE
K294 KQALLQYKKIVSWLE
S298 LQYKKIVSWLEYESS
S305 SWLEYESSFSSEEVQ
K313 FSSEEVQKAQALRLA
S336 HLKLQAFSAAVESCN
S341 AFSAAVESCNKALEL
K344 AAVESCNKALELDSN
S350 NKALELDSNNEKGLF
K354 ELDSNNEKGLFRRGE
K354 ELDSNNEKGLFRRGE
R359 NEKGLFRRGEAHLAV
R373 VNDFDLARADFQKVL
K378 LARADFQKVLQLYPS
K378 LARADFQKVLQLYPS
K387 LQLYPSNKAAKAQLA
K390 YPSNKAAKAQLAVCQ
K409 KQIAREKKLYANMFE
Y411 IAREKKLYANMFERL
R417 LYANMFERLAEEENK
K424 RLAEEENKAKAEVAA
K426 AEEENKAKAEVAAGD
A430 NKAKAEVAAGDHPMD
A431 KAKAEVAAGDHPMDT
M436 VAAGDHPMDTEMKDE
T438 AGDHPMDTEMKDERN
K441 HPMDTEMKDERNDVA
K441 HPMDTEMKDERNDVA
V447 MKDERNDVAGSQSQV
S450 ERNDVAGSQSQVETE
S452 NDVAGSQSQVETEA_