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 5   K30 SSSMYRKKSkNPkEQ
0 21   K32‑ac SMYRKKSkNPkEQkK
0 14   K35‑ac RKKSkNPkEQkKSAE
0 6   K38‑ac SkNPkEQkKSAEVFR
0 2   K39 kNPkEQkKSAEVFRK
0 1   K46 KSAEVFRKDLISAMK
0 17   N85 KGVQVPANPDSVPTP
0 1   S120‑p IRCSSPEsAEPGYIN
0 2   K299 ERMEPVTKISHIPPS
0 1   T348 EHGLEMKTILDEGDE
0 1   K371 KHSQNKPKLGDAEYH
0 9   A383 EYHHHRVAEQSQAKS
0 1   K389 VAEQSQAKSEKTSLR
0 1   Y433 TVDFIYNYWKLKRKS
0 1   S440 YWKLKRKSNFNKPLI
0 3   K461 ENGLVQPKEESIHTR
0 1   S464 LVQPKEESIHTRMRM
0 1   T467 PKEESIHTRMRMFMH
0 1   R491‑m1 NLCYMISrREKLKLS
0 1   T549 KLKMPKSTSEDCKDS
0 1   S556 TSEDCKDSSTETEHQ
0 1   S557 SEDCKDSSTETEHQL
0 1   T558 EDCKDSSTETEHQLS
0 1   T560 CKDSSTETEHQLSsP
0 35   S566‑p ETEHQLSsPGSSsPG
0 2   S571‑p LSsPGSSsPGHSKRs
0 11   S578‑p sPGHSKRsPQMPEEP
0 1   P585 sPQMPEEPLDMNVKI
0 1   I592 PLDMNVKIYPRYPLE
0 2   S608 KSNCLQTSRSHSRCE
0 6   S610 NCLQTSRSHSRCETK
0 1   R613 QTSRSHSRCETKSSs
0 1   S620‑p RCETKSSsPTPRAPS
0 1   A625 SSsPTPRAPSAEFYH
0 1   S627 sPTPRAPSAEFYHGQ
0 1   A628 PTPRAPSAEFYHGQS
0 1   S635 AEFYHGQSLGKPLAL
0 14   K638 YHGQSLGKPLALQAA
0 2   K656 QVSIGNGKNQPNSRV
0 1   N672 SSNGLEGNWSGNITQ
0 2   S695 YDQESMLSSHLPSPG
0 1   S700 MLSSHLPSPGNIRKS
0 1   N703 SHLPSPGNIRKSSME
0 2   S715 SMEHFSRSFKEATNT
0 1   C733 PTEDLQYCVKPTKNV
0 6   K735 EDLQYCVKPTKNVSS
0 1   K735 EDLQYCVKPTKNVSS
0 2   S741 VKPTKNVSSKEQLWG
0 20   S774‑p YCPDLEPsDsEAEGE
0 18   S776‑p PDLEPsDsEAEGEGS
0 2   G780 PsDsEAEGEGSKETP
0 8   S793 TPRVKRESSDRENPS
0 1   S794 PRVKRESSDRENPSH
  human

 
K30‑ac SGSMYRIkSkIPNEH
K32‑ac SMYRIkSkIPNEHkk
N35 RIkSkIPNEHkkPAE
K38‑ac SkIPNEHkkPAEVFR
K39‑ac kIPNEHkkPAEVFRk
K46‑ub kPAEVFRkDLISAMK
S85‑p KGVQVPAsPDTVPQP
T120 IHCSSPDTTEPGYIN
K299‑ac ERMEPITkISHIPPS
T348‑p EHGLEMKtILDEGDE
K371‑ac KHSQNRQkLGEAEYP
K383‑ac EYPHHRAkEQSQAkS
K389‑ac AkEQSQAkSEKTSLR
Y433‑p AVDFIYNyWKLKRKs
S440‑p yWKLKRKsNFNKPLF
K461‑ac ENGLVQPkEEsIHtR
S464‑p LVQPkEEsIHtRMRM
T467‑p PkEEsIHtRMRMFMH
R491 NLCYMISRREKLKLS
T549‑p KLKMPKStPEDHRNs
S556‑p tPEDHRNsstEtDQQ
S557‑p PEDHRNsstEtDQQP
T558‑p EDHRNsstEtDQQPH
T560‑p HRNsstEtDQQPHsP
S566‑p EtDQQPHsPDSSSSV
S571 PHsPDSSSSVHSIRN
N578 SSVHSIRNMQVPQEs
S585‑p NMQVPQEsLEMRTKs
S592‑p sLEMRTKsYPRYPLE
S608‑p KNNRLLAsLsHSrSE
S610‑p NRLLAsLsHSrSEAK
R613‑m1 LAsLsHSrSEAKESS
S620 rSEAKESSPAWRtPs
T625‑p ESSPAWRtPssECYH
S627‑p SPAWRtPssECYHGQ
S628‑p PAWRtPssECYHGQs
S635‑p sECYHGQsLGkPLVL
K638‑ac YHGQsLGkPLVLQAA
K656‑ac QSSIGNGkSQPNSKF
S672‑p KSNGLEGsWSGNVTQ
S695‑p CDQEPVFsPHLVsQG
S700‑p VFsPHLVsQGsFRKS
S703‑p PHLVsQGsFRKSTVE
S715‑p TVEHFSRsFKETTNR
Y733‑p NTEDLQCyVkPTKNM
K735‑ac EDLQCyVkPTKNMsP
K735‑ub EDLQCyVkPTKNMsP
S741‑p VkPTKNMsPKEQFWG
S774‑p YCPDLELsDsEAEsD
S776‑p PDLELsDsEAEsDGN
S780‑p LsDsEAEsDGNKEKV
S793‑p KVRVRKDssDRENPP
S794‑p VRVRKDssDRENPPH