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   S20‑p GFPKKKLsNTLKKPN
0 1   K25 KLsNTLKKPNSRDCE
0 1   - gap
0 2   E32 KPNSRDCEVKLRNVQ
1 0   R36 RDCEVKLRNVQPVPT
0 2   P42 LRNVQPVPTTPCVDV
0 20   T44 NVQPVPTTPCVDVKL
0 1   K50 TTPCVDVKLLPLsPR
10 15   S55‑p DVKLLPLsPRKRLGD
0 4   T68‑p GDDNLCNtPRLsPCs
0 1   S72‑p LCNtPRLsPCsPPKL
7 11   S75‑p tPRLsPCsPPKLGKK
0 2   S89 KENGPPRSHTWKGCR
0 1   T91 NGPPRSHTWKGCRLV
1 0   K93 PPRSHTWKGCRLVFD
0 1   K93 PPRSHTWKGCRLVFD
1 0   K106 FDDEPTFKASPPKEQ
6 5   A107 DDEPTFKASPPKEQD
1 0   P110 PTFKASPPKEQDRVR
0 1   R115 SPPKEQDRVRQHQIR
0 1   Q120 QDRVRQHQIRSSSAQ
0 1   R128 IRSSSAQRSPESKAD
0 4   S129 RSSSAQRSPESKADP
0 1   P136 SPESKADPEQKCPPE
0 2   K153 SVCIRLFKQEGTCYQ
0 1   K153 SVCIRLFKQEGTCYQ
0 8   T168 QAKLVLNTAVPDRLP
0 1   K196 KEHICGKKAGSLYLS
0 2   K210 SGAPGTGKTACLSRI
0 1   K222 SRILQDFKKEVKGFK
0 1   K381 AIQFCARKVSAVSGD
0 2   S383 QFCARKVSAVSGDIR
0 1   S386 ARKVSAVSGDIRKAL
0 1   K391 AVSGDIRKALDVCRR
0 2   R408 EIVESDVRSQTVLKP
0 2   K414 VRSQTVLKPLSECKs
0 5   S421‑p KPLSECKsPSEsPVP
0 3   S423 LSECKsPSEsPVPKR
0 1   S425‑p ECKsPSEsPVPKRVG
0 1   K429 PSEsPVPKRVGLAHI
0 2   K480 LTRRLKIKEVTLGKL
0 1   T483 RLKIKEVTLGKLYEA
0 1   K486 IKEVTLGKLYEAYSS
0 2   S493 KLYEAYSSICRKQQV
0 2   K497 AYSSICRKQQVTAVD
0 2   K533 NKESRLTKVSLKIEE
0 1   K537 RLTKVSLKIEEKEIE
0 2   K541 VSLKIEEKEIEHVLN
  human

 
S20‑p SFPKRKLsRALNkAk
K25‑ub KLsRALNkAkNSSDA
K27‑ub sRALNkAkNSSDAkL
K33‑ub AkNSSDAkLEPtNVQ
T37‑p SDAkLEPtNVQTVtC
T43‑p PtNVQTVtCsPRVkA
S45‑p NVQTVtCsPRVkALP
K49‑ub VtCsPRVkALPLsPR
S54‑p RVkALPLsPRKRLGD
T67‑p GDDNLCNtPHLPPCs
P71 LCNtPHLPPCsPPKQ
S74‑p tPHLPPCsPPKQGKK
S88‑p KENGPPHsHtLkGRR
T90‑p NGPPHsHtLkGRRLV
K92‑ac PPHsHtLkGRRLVFD
K92‑ub PPHsHtLkGRRLVFD
K105‑ac FDNQLTIksPSkREL
S106‑p DNQLTIksPSkRELA
K109‑ac LTIksPSkRELAkVH
K114‑ub PSkRELAkVHQNkIL
K119‑ub LAkVHQNkILSSVRk
K126‑ub kILSSVRksQEITTN
S127‑p ILSSVRksQEITTNs
S134‑p sQEITTNsEQRCPLK
K151‑ub SACVRLFkQEGTCYQ
K151‑sm SACVRLFkQEGTCYQ
T166‑p QAKLVLNtAVPDRLP
K194‑ub REHICGKkAGSLYLS
K208‑ub SGAPGTGkTACLSRI
K220‑ub SRILQDLkKELKGFK
K379‑ub AVQFCARkVsAVsGD
S381‑p QFCARkVsAVsGDVR
S384‑p ARkVsAVsGDVRkAL
K389‑ub AVsGDVRkALDVCRR
K406‑ub EIVESDVkSQTILkP
K412‑ub VkSQTILkPLSECKs
S419‑p kPLSECKsPsEPLIP
S421‑p LSECKsPsEPLIPkR
P423 ECKsPsEPLIPkRVG
K427‑ub PsEPLIPkRVGLIHI
K478‑ub LIRQLKIkEVtLGkL
T481‑p QLKIkEVtLGkLYEA
K484‑ub IkEVtLGkLYEAYSk
K491‑ub kLYEAYSkVCRkQQV
K495‑ub AYSkVCRkQQVAAVD
K531‑ub NKETRLTkVFFkIEE
K535‑ub RLTkVFFkIEEkEIE
K539‑ub VFFkIEEkEIEHALK
  rat

 
S20 DFPKKKQSKTLSKTN
K25 KQSKTLSKTNSRDSE
- gap
E32 KTNSRDSEVKLRNVQ
R36 RDSEVKLRNVQPVPT
P42 LRNVQPVPTTPCADI
T44 NVQPVPTTPCADIKI
K50 TTPCADIKILPLSPR
S55 DIKILPLSPRKRLGD
T68 GDDNLCNTPHLSPCS
S72 LCNTPHLSPCSPPKL
S75 TPHLSPCSPPKLGRK
S89 KENGPPRSHTRKGCR
T91 NGPPRSHTRKGCRLI
K93 PPRSHTRKGCRLIFD
K93 PPRSHTRKGCRLIFD
K106 FDDELAVKASAPKEQ
A107 DDELAVKASAPKEQD
P110 LAVKASAPKEQDRVP
R115 SAPKEQDRVPQHQIL
Q120 QDRVPQHQILSSAQR
G128 ILSSAQRGQESETNP
- gap
P135 GQESETNPEQKCPPE
K152 SACMRLFKQEGTCYQ
K152 SACMRLFKQEGTCYQ
T167 QAKLVLNTAVPDRLP
K195 KEHICGKKAGSLYLS
K209 SGAPGTGKTACLSRI
K221 SRILQDFKKEVKGFK
K380 AIQFCARKVSAVSGD
S382 QFCARKVSAVSGDIR
S385 ARKVSAVSGDIRKAL
K390 AVSGDIRKALDVCRR
R407 EIVESDVRSQTVLKP
K413 VRSQTVLKPLSECKS
S420 KPLSECKSPCESLVP
C422 LSECKSPCESLVPKR
S424 ECKSPCESLVPKRVG
K428 PCESLVPKRVGLAHI
K479 LTKRLKIKEVTLGKL
T482 RLKIKEVTLGKLYEA
K485 IKEVTLGKLYEAYSS
S492 KLYEAYSSVCRKQQV
K496 AYSSVCRKQQVAAVD
K532 NKESRLTKVSLKIEE
K536 RLTKVSLKIEEKEIE
K540 VSLKIEEKEIEHVLK
  hamster

 
T20 SFPKKKLTKTASKTS
K25 KLTKTASKTSSSISK
- gap
K32 KTSSSISKVQLKKAQ
K36 SISKVQLKKAQAVPS
P42 LKKAQAVPSAPCVDT
A44 KAQAVPSAPCVDTKL
K50 SAPCVDTKLLPLsPR
S55‑p DTKLLPLsPRKRLGD
T68 GDDNLCNTPHLSPCS
S72 LCNTPHLSPCSPPKL
S75 TPHLSPCSPPKLGKK
S89 KENGPPHSHTRKGCR
T91 NGPPHSHTRKGCRLV
K93 PPHSHTRKGCRLVFD
K93 PPHSHTRKGCRLVFD
K106 FDDELTVKSSNQKEQ
S107 DDELTVKSSNQKEQD
Q110 LTVKSSNQKEQDQVP
Q115 SNQKEQDQVPQNQIL
Q120 QDQVPQNQILSSAQE
E127 QILSSAQEGQERKAD
G128 ILSSAQEGQERKADS
S135 GQERKADSEQKCPPE
K152 PARVRLFKQEGTCYQ
K152 PARVRLFKQEGTCYQ
T167 QAKLVLNTAVPDRLP
K195 KEHICGKKAGSLYLS
K209 SGAPGTGKTACLSRI
K221 SRILQDLKKEVKGFK
K380 AIQFCARKVSAVSGD
S382 QFCARKVSAVSGDIR
S385 ARKVSAVSGDIRKAL
K390 AVSGDIRKALDVCRR
K407 EIVEADVKSQTVLKP
K413 VKSQTVLKPLSEGQS
S420 KPLSEGQSPSEAPVP
S422 LSEGQSPSEAPVPKR
A424 EGQSPSEAPVPKRVG
K428 PSEAPVPKRVGLAHI
K479 LTRRLKIKEVTLGKL
T482 RLKIKEVTLGKLYEA
K485 IKEVTLGKLYEAYSS
S492 KLYEAYSSVCRKQRV
K496 AYSSVCRKQRVAAVD
K532 NKESRLTKVSLKIEE
K536 RLTKVSLKIEEKEIE
K540 VSLKIEEKEIEHVLK