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.


       human

► Hide Isoforms
 
0 6   T3‑p _____MAtLPSAERR
0 2   Y19‑p FALKINRysSAEIRK
0 4   S20‑p ALKINRysSAEIRKQ
0 1   T29‑p AEIRKQFtLPPNLGQ
0 6   S139‑p VNRKNQGsPEICGFk
0 1   K146‑ub sPEICGFkKTGSRKD
0 2   A196 SGKGPVTACDFDLRS
0 1   Y365‑p IGDCAEPytVIKESD
0 1   T366‑p GDCAEPytVIKESDG
0 3   S432 DSVVGRSSVGERRTL
0 1   S442 ERRTLAQSRRLsERA
0 5   S446‑p LAQSRRLsERALsLE
0 21   S451‑p RLsERALsLEENGVG
0 1   Y491 LFKFLADYKRSSSLQ
0 1   S494 FLADYKRSSSLQRRV
0 1   S496 ADYKRSSSLQRRVKS
0 1   Y559‑p VYVPHTVyRNLLYVY
0 1   Y615‑p PEFLQEVyTAVTYHN
0 1   K713‑ub PLQNPPIkWAEGHKG
0 2   T882‑p LDPRSYHtyGRTsAA
0 1   Y883‑p DPRSYHtyGRTsAAA
0 2   S887‑p YHtyGRTsAAAVSSk
0 1   K894‑ub sAAAVSSkLLQARVM
0 2   S902‑p LLQARVMsssNPDLA
0 3   S903‑p LQARVMsssNPDLAG
0 12   S904‑p QARVMsssNPDLAGT
0 1   T911 sNPDLAGTHSAADEE
0 1   S933‑p KIADRNCsRMsyYCS
0 3   S936‑p DRNCsRMsyYCSGSS
0 3   Y937‑p RNCsRMsyYCSGSSD
0 1   S956‑p PAAPRPAskKHFHEE
0 1   K957‑ac AAPRPAskKHFHEEL
0 1   T972 ALQMVVSTGMVRETV
0 1   S993‑p FFELLVKsMAQHVHN
0 1   S1006 HNMDKRDSFRRTRFS
0 1   Y1075‑p VFNLIRHyCsQLsAK
0 1   S1077‑p NLIRHyCsQLsAKLS
0 1   S1080‑p RHyCsQLsAKLSNLP
0 3   S1145‑p FQDQKIAsMFDLTSE
0 1   C1230 LDALPQLCDFTVADT
0 1   S1243 DTRRYRTSGSDEEQE
0 1   S1273‑p NNFNLKTsGIVLSSL
0 1   Y1340‑p ICVLCFEyKGKQSSD
0 1   S1350‑p KQSSDKVstQVLQKS
0 1   T1351‑p QSSDKVstQVLQKSR
0 1   K1356 VstQVLQKSRDVKAR
0 1   S1524‑p SSMDVTRsQACATLY
0 1   Y1628‑p EMLMDLMyRIAKSYQ
0 1   T1882‑p YEMKDRVtyFEKNFN
0 1   Y1883‑p EMKDRVtyFEKNFNL
0 12   Y1895‑p FNLRRFMyTTPFTLE
0 1   K1929 MHAFPYIKTRISVIQ
0 1   K1929‑ub MHAFPYIkTRISVIQ
0 1   T1956‑p IEDMKKKtLQLAVAI
0 4   Y2069‑p ERKIPELyKPIFRVE
1 24   S2077‑p KPIFRVEsQKRDsFH
1 11   S2082‑p VEsQKRDsFHRSsFR
1 9   S2087‑p RDsFHRSsFRKCETQ
0 7   S2096‑p RKCETQLsQGs____
0 1   S2099‑p ETQLsQGs_______
  DOCK8 iso2  
T3 _____MATLPSAERR
Y19 FALKINRYSSAEIRK
S20 ALKINRYSSAEIRKQ
T29 AEIRKQFTLPPNLGQ
S139 VNRKNQGSPEICGFK
K146 SPEICGFKKTGSRKD
A196 SGKGPVTACDFDLRS
Y365 IGDCAEPYTVIKESD
T366 GDCAEPYTVIKESDG
S432 DSVVGRSSVGERRTL
S442 ERRTLAQSRRLSERA
S446 LAQSRRLSERALSLE
S451 RLSERALSLEENGVG
Y491 LFKFLADYKRSSSLQ
S494 FLADYKRSSSLQRRV
S496 ADYKRSSSLQRRVKS
Y559 VYVPHTVYRNLLYVY
Y615 PEFLQEVYTAVTYHN
K713 PLQNPPIKWAEGHKG
T882 LDPRSYHTYGRTSAA
Y883 DPRSYHTYGRTSAAA
S887 YHTYGRTSAAAVSSK
K894 SAAAVSSKLLQARVM
S902 LLQARVMSSSNPDLA
S903 LQARVMSSSNPDLAG
S904 QARVMSSSNPDLAGT
T911 SNPDLAGTHSAADEE
- gap
- gap
- gap
- gap
- gap
T940 ALQMVVSTGMVRETV
S961 FFELLVKSMAQHVHN
S974 HNMDKRDSFRRTRFS
Y1043 VFNLIRHYCSQLSAK
S1045 NLIRHYCSQLSAKLS
S1048 RHYCSQLSAKLSNLP
S1113 FQDQKIASMFDLTSE
C1198 LDALPQLCDFTVADT
S1211 DTRRYRTSGSDEEQE
S1241 NNFNLKTSGIVLSSL
Y1308 ICVLCFEYKGKQSSD
S1318 KQSSDKVSTQVLQKS
T1319 QSSDKVSTQVLQKSR
K1324 VSTQVLQKSRDVKAR
S1492 SSMDVTRSQACATLY
Y1596 EMLMDLMYRIAKSYQ
T1850 YEMKDRVTYFEKNFN
Y1851 EMKDRVTYFEKNFNL
Y1863 FNLRRFMYTTPFTLE
K1897 MHAFPYIKTRISVIQ
K1897 MHAFPYIKTRISVIQ
T1924 IEDMKKKTLQLAVAI
Y2037 ERKIPELYKPIFRVE
S2045 KPIFRVESQKRDSFH
S2050 VESQKRDSFHRSSFR
S2055 RDSFHRSSFRKCETQ
S2064 RKCETQLSQGS____
S2067 ETQLSQGS_______
  mouse

 
T3‑p _____MAtLPSAERR
Y19 FALKINRYsSSEIRK
S20‑p ALKINRYsSSEIRKQ
T29 SEIRKQFTLPPNLGQ
S139 VNRKNQGSSEFCSFK
K146 SSEFCSFKKTGSRRD
S197‑p SGKGPLTsCDFDLRS
Y366 IADCAEPYMIIKESD
M367 ADCAEPYMIIKESDG
S433‑p EPGVGRNsVGEKRSL
S443‑p EKRSLSQsRRPsERT
S447‑p LSQsRRPsERTLsLE
S452‑p RPsERTLsLEENGVG
Y492‑p LFKFLADyKRsSsLQ
S495‑p FLADyKRsSsLQRRV
S497‑p ADyKRsSsLQRRVKS
Y560 VYVPHTVYRNLLYVY
Y616 PEFLQEVYTAITYHN
K714 PLQNPPIKWAEGHKG
T883‑p VPDPRYHtYGRTsAA
Y884 PDPRYHtYGRTsAAA
S888‑p YHtYGRTsAAAVSSK
K895 sAAAVSSKLMQARVM
S903‑p LMQARVMsssNPDLT
S904‑p MQARVMsssNPDLTG
S905‑p QARVMsssNPDLTGs
S912‑p sNPDLTGsHCAADEE
S934 KIADRNCSRMSYYCS
S937 DRNCSRMSYYCSGNS
Y938 RNCSRMSYYCSGNSD
S957 TAAPRPVSKKHFHEE
K958 AAPRPVSKKHFHEEL
T973‑p ALQMVVStGVVRETV
S994 FFELLVKSMAQYVHN
S1007 HNLDKRDSFRRTRFS
Y1076 VFNLIKHYCSQLSAK
S1078 NLIKHYCSQLSAKLN
S1081 KHYCSQLSAKLNILP
S1146 FQDQKIASMFDLTPE
Y1231‑p LDALPQLyDFTDARS
S1244‑p RSGRSRAsGSYEEQD
S1274 NHFNLKTSGAMLSSL
Y1341 ICVSCFEYKGKQSSD
S1351 KQSSDKVSNQVLQkS
N1352 QSSDKVSNQVLQkSR
K1357‑ub VSNQVLQkSRDVKAK
S1525 SSMDVTRSQACATLY
Y1629 EMLMDLMYRIAKSYQ
T1883 YEMKDRVTYFEKNFN
Y1884 EMKDRVTYFEKNFNL
Y1896 FNLRRFMYTTPFTLE
K1930 MHAFPYIKTRIRVSQ
K1930 MHAFPYIKTRIRVSQ
T1957 IEDMKKKTLQLAVAT
Y2070‑p ERKIPELyKPIFRVD
S2078‑p KPIFRVDsQKRDsFH
S2083‑p VDsQKRDsFHRSsFR
S2088‑p RDsFHRSsFRKCETQ
S2097‑p RKCETQLsQGs____
S2100‑p ETQLsQGs_______
  rat

 
T3‑p _____MAtLPSAERR
Y19 FALKINRYsSSEIRK
S20‑p ALKINRYsSSEIRKQ
T29 SEIRKQFTLPPNLGQ
S139 VNRKNQGSPEFCSFR
R146 SPEFCSFRKTGSRRD
S197 SGKGPITSCDFDLRS
Y365 IADCAEPYMIIKESD
M366 ADCAEPYMIIKESDG
S432 EPGAGRNSVGERRSL
S442 ERRSLSQSRRPSERT
S446 LSQSRRPSERTLsFE
S451‑p RPSERTLsFEENGVG
Y491 LFKFLADYKRSSSLQ
S494 FLADYKRSSSLQRRV
S496 ADYKRSSSLQRRVKS
Y559 VYVPHTVYRNLLYVY
Y615 PEFLQEVYTAITYHN
K713 PLQNPPIKWAEGHKG
T882 VPDPRYHTYGRTSAA
Y883 PDPRYHTYGRTSAAA
S887 YHTYGRTSAAAVSSK
K894 SAAAVSSKLMQARVM
S902 LMQARVMSSsNPDLA
S903 MQARVMSSsNPDLAG
S904‑p QARVMSSsNPDLAGT
T911 sNPDLAGTHCAADEE
S933 KIADRNCSRMSYYCS
S936 DRNCSRMSYYCSGNS
Y937 RNCSRMSYYCSGNSD
S956 TAAPRPVSKKHFHEE
K957 AAPRPVSKKHFHEEL
T972 ALQMVVSTGLVRETV
S993 FFELLVKSMAQYVHN
S1006‑p HNLDKRDsFRRTRFS
Y1075 VFNLIKHYCTQLSAK
T1077 NLIKHYCTQLSAKLN
S1080 KHYCTQLSAKLNTLP
S1145‑p FQDQKIAsMFDLTPE
Y1230 LDALPQLYDFTDARS
S1243 RSGRSRASGSYEEQD
S1273 NHFNLKTSGAMLSSL
Y1340 ICVSCFEYKGKQSSD
S1350 KQSSDKVSNQVLQKS
N1351 QSSDKVSNQVLQKSR
K1356 VSNQVLQKSRDVKAK
S1524 SSMDVTRSQACATLY
Y1628 EMLMDLMYRIAKSYQ
T1882 YEMKDRVTYFEKNFN
Y1883 EMKDRVTYFEKNFNL
Y1895 FNLRRFMYTTPFTLE
K1929‑ac MHAFPYIkTRIRVSQ
K1929 MHAFPYIKTRIRVSQ
T1956 IEDMKKKTLQLAVAT
Y2069 ERKIPELYKPIFRVD
S2077‑p KPIFRVDsQKRDsFH
S2082‑p VDsQKRDsFHRSSFR
S2087 RDsFHRSSFRKCETQ
S2096 RKCETQLSQGS____
S2099 ETQLSQGS_______