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 2   K36 QKEIVYNKLLPYAER
0 3   K56‑ub DLQLAQIkSNLGRAV
0 1   T81 FWTRKLSTYIRLYGR
0 2   Y82 WTRKLSTYIRLYGRK
0 1   Y146‑p ELPWRPLyDLVERIL
0 1   T157‑p ERILYSKtEHLRLNS
0 1   Y213 TMQKAISYFEIFLPT
0 1   K278 DWDPYVPKIFTRILR
0 1   S286‑p IFTRILRsLNLPVGs
0 1   S293‑p sLNLPVGssQVLVPR
0 1   S294‑p LNLPVGssQVLVPRF
0 1   S336 HLAGLFNSITSFYHP
0 1   T338 AGLFNSITSFYHPSN
0 1   S339 GLFNSITSFYHPSNN
0 1   T572 QTREETETEKMTHLE
0 1   S580 EKMTHLESLVELGLS
0 2   K636 DMCRAAVKCCPEESL
0 1   S642 VKCCPEESLKLFVPH
0 1   S727‑p LLHHLLRsttLIYPT
0 1   T728‑p LHHLLRsttLIYPTE
0 1   T729‑p HHLLRsttLIYPTEY
0 1   S883 LSHILDNSEDDTKSL
0 1   K908 LHFQGSHKHEFDSRW
0 5   K916‑ub HEFDSRWkSFNLVKK
0 1   K922 WkSFNLVKKSMENRL
0 1   T952 MLQHELRTLTVEGCE
0 1   T954 QHELRTLTVEGCEYK
0 3   K1082‑ub LFDDLAEkIHRQYET
0 1   Y1087 AEkIHRQYETIGLDF
0 15   S1121‑p SISQTLLsPEkIKEG
0 2   K1124‑ub QTLLsPEkIKEGQKR
0 1   S1206 VVRKMAISAVAGILK
0 1   K1261 KNIPRTKKEWESSCF
0 2   K1294‑ub AGVEEQPkLGRSRED
0 1   S1298 EQPkLGRSREDMIEA
0 1   K1361‑ub DAFLPVLkPHLERLV
0 1   T1394 IRGSKHWTFEKVEKL
0 1   K1397 SKHWTFEKVEKLWEL
0 1   T1411 LLCPLLRTALSNMTV
0 1   K1488‑ub ELLHRLLkYLEPKLT
0 2   Y1489 LLHRLLkYLEPKLTQ
0 1   K1493 LLkYLEPKLTQVYkN
0 1   K1499‑ac PKLTQVYkNVRERIG
0 1   K1499‑ub PKLTQVYkNVRERIG
0 1   K1572 DERTQGIKLLKTILK
0 1   K1594‑ub RSFSTAVkEQLQLLP
0 2   K1605 QLLPLFFKIAPVEND
0 3   S1614 APVENDNSYDELKRD
0 2   Y1615 PVENDNSYDELKRDA
0 4   K1619 DNSYDELKRDAKLCL
0 7   S1746 KRKRDPGSVGDTIPS
0 2   S1753 SVGDTIPSAELVKRH
0 1   K1758 IPSAELVKRHAGVLG
0 1   K1804 PIEMTVKKTLSNFRR
  human

 
K36‑ub QKEIVYNkLLPYAER
K56‑ub DLQLAQIkCNLGRAV
T81‑p FWTRKLStyIRLYGR
Y82‑p WTRKLStyIRLYGRK
Y146 ELPWRPLYDMVERIL
T157 ERILYSKTEHLGLNW
Y213‑p TMQKAITyFEIFLPT
K278‑ub DWDPYVPkIFTRILR
S286 IFTRILRSLNLPVGS
S293 SLNLPVGSSQVLVPR
S294 LNLPVGSSQVLVPRF
S336‑p HLAGLFNsItsFYHP
T338‑p AGLFNsItsFYHPSN
S339‑p GLFNsItsFYHPSNN
T572‑p QTREETEtEKMTHLE
S580‑p EKMTHLEsLVELGLS
K636‑ub DMCRAAVkCCPEEsL
S642‑p VkCCPEEsLKLFVPH
S727 LLHHLLRSTTLIYPT
T728 LHHLLRSTTLIYPTE
T729 HHLLRSTTLIYPTEY
S883‑p LNHILDNsEDDTKSL
K908‑ub LQFQGSHkHEFDSRW
K916‑ub HEFDSRWkSFNLVkK
K922‑ub WkSFNLVkKSMENRL
T952‑p MLQHELRtLtVEGCE
T954‑p QHELRtLtVEGCEYK
K1082‑ub LFDDLAEkIHRQyET
Y1087‑p AEkIHRQyETIGLDF
S1121‑p SINQILLsPEkIKEG
K1124‑ub QILLsPEkIKEGIKR
S1206‑p VVRKMAIsAVAGILK
K1261‑ub KTIPRTKkEWESSCF
K1294‑ub AGVEEQPkLGRsRED
S1298‑p EQPkLGRsREDMTEA
K1361 DAFLPVLKPHLEHLV
T1394‑p IRGSKHWtFEkVEKL
K1397‑ac SKHWtFEkVEKLWEL
T1411‑p LLCPLLRtALSNITV
K1488 ELLHRLLKyLEPkLT
Y1489‑p LLHRLLKyLEPkLTQ
K1493‑ub LLKyLEPkLTQVYKN
K1499 PkLTQVYKNVRERIG
K1499 PkLTQVYKNVRERIG
K1572‑ub DERTQGIkLLKTILK
T1594 RSFSTAVTEQLQLLP
K1605‑ub QLLPLFFkIAPVEND
S1614‑p APVENDNsyDELkRD
Y1615‑p PVENDNsyDELkRDA
K1619‑ub DNsyDELkRDAKLCL
S1746‑p KRKRDPGsVGDTIPs
S1753‑p sVGDTIPsAELVkRH
K1758‑ub IPsAELVkRHAGVLG
K1804‑ub PIEMTVKkTLSNFRR