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.


       rat

 
0 1   K8 MDAQSSAKVNSRKRR
0 1   K8 MDAQSSAKVNSRKRR
0 1   K8 MDAQSSAKVNSRKRR
0 1   S11 QSSAKVNSRKRRKEV
0 1   K33‑ac EEDGIPSkVQRCAVG
0 3   K33 EEDGIPSKVQRCAVG
0 2   K57‑ac EIEVDFSkPYVRVTM
1 2   K57 EIEVDFSKPYVRVTM
0 1   Y141 DAVQHCRYVDEVVRN
0 3   K186 DDVYKHIKEAGMFAP
0 2   K228 LQRGYTAKELNVSFI
0 23   S233 TAKELNVSFINEKKY
0 1   K238 NVSFINEKKYHLQER
0 1   Y240 SFINEKKYHLQERVD
0 1   K261 KDVEEKSKEFVQKVE
0 1   K266 KSKEFVQKVEEKSID
0 11   K270 FVQKVEEKSIDLIQK
0 1   S271 VQKVEEKSIDLIQKW
0 2   K277 KSIDLIQKWEEKSRE
0 1   K281 LIQKWEEKSREFIGS
4 79   S315‑p GRMLQAIsPKQsPss
4 55   S319‑p QAIsPKQsPsssPTH
1 12   S321‑p IsPKQsPsssPTHER
1 11   S322‑p sPKQsPsssPTHERs
2 25   S323‑p PKQsPsssPTHERsP
0 9   T325 QsPsssPTHERsPsP
1 22   S329‑p ssPTHERsPsPsFRW
1 45   S331‑p PTHERsPsPsFRWPF
1 6   S333‑p HERsPsPsFRWPFSG
0 7   S339 PsFRWPFSGKtsPss
0 1   K341 FRWPFSGKtsPsssP
0 34   T342‑p RWPFSGKtsPsssPA
1 52   S343‑p WPFSGKtsPsssPAs
1 7   S345‑p FSGKtsPsssPAsLs
1 9   S346‑p SGKtsPsssPAsLsR
1 67   S347‑p GKtsPsssPAsLsRC
1 8   S350‑p sPsssPAsLsRCKAV
1 10   S352‑p sssPAsLsRCKAVTC
0 12   T358 LsRCKAVTCDIsEDE
2 33   C359 sRCKAVTCDIsEDEE
3 102   S362‑p KAVTCDIsEDEED__
  human

 
K8‑ac MDAQCSAkVNARKRR
K8‑ub MDAQCSAkVNARKRR
K8‑sm MDAQCSAkVNARKRR
A11 QCSAkVNARKRRKEA
K33 EEDGVPSKVQRCAVG
K33‑ub EEDGVPSkVQRCAVG
K57‑ac EIEVDFSkPYVRVTM
K57‑ub EIEVDFSkPYVRVTM
Y141‑p DAVQHCRyVDEVVRN
K186‑ub DDVYKHIkEAGMFAP
K228‑ub LQRGYTAkELNVsFI
S233‑p TAkELNVsFINEkKY
K238‑ub NVsFINEkKYHLQER
Y240 sFINEkKYHLQERVD
K261‑ub KDVEEKSkEFVQkVE
K266‑sm KSkEFVQkVEEksID
K270‑ub FVQkVEEksIDLIQk
S271‑p VQkVEEksIDLIQkW
K277‑ub ksIDLIQkWEEKSRE
K281 LIQkWEEKSREFIGS
S315‑p GRMLQAIsPKQsPss
S319‑p QAIsPKQsPsssPtR
S321‑p IsPKQsPsssPtRER
S322‑p sPKQsPsssPtRERs
S323‑p PKQsPsssPtRERsP
T325‑p QsPsssPtRERsPsP
S329‑p ssPtRERsPsPsFRW
S331‑p PtRERsPsPsFRWPF
S333‑p RERsPsPsFRWPFsG
S339‑p PsFRWPFsGKtsPPC
K341 FRWPFsGKtsPPCsP
T342‑p RWPFsGKtsPPCsPA
S343‑p WPFsGKtsPPCsPAN
P345 FsGKtsPPCsPANLs
C346 sGKtsPPCsPANLsR
S347‑p GKtsPPCsPANLsRH
N350 sPPCsPANLsRHKAA
S352‑p PCsPANLsRHKAAAy
A358 LsRHKAAAyDIsEDE
Y359‑p sRHKAAAyDIsEDEE
S362‑p KAAAyDIsEDEED__
  mouse

 
K8 MDAQSSAKVNsRKRR
K8 MDAQSSAKVNsRKRR
K8 MDAQSSAKVNsRKRR
S11‑p QSSAKVNsRKRRKEA
K33 EEDGIPSKVQRCAVG
K33 EEDGIPSKVQRCAVG
K57‑ac EIEVDFSkPYVRVTM
K57 EIEVDFSKPYVRVTM
Y141 DAVQHCRYVDEVVRN
K186 DDVYKHIKDAGMFAP
K228‑ub LQRGYTAkELNVsFI
S233‑p TAkELNVsFINEKKy
K238 NVsFINEKKyHLQER
Y240‑p sFINEKKyHLQERVD
K261 KDVEEKSKEFVQKVE
K266 KSKEFVQKVEEKSID
K270 FVQKVEEKSIDLIQK
S271 VQKVEEKSIDLIQKW
K277 KSIDLIQKWEEkSRE
K281‑ub LIQKWEEkSREFIGS
S315‑p GRMLQAIsPKQsPss
S319‑p QAIsPKQsPsssPtH
S321‑p IsPKQsPsssPtHER
S322‑p sPKQsPsssPtHERs
S323‑p PKQsPsssPtHERsP
T325‑p QsPsssPtHERsPsP
S329‑p ssPtHERsPsPsFRW
S331‑p PtHERsPsPsFRWPF
S333‑p HERsPsPsFRWPFsG
S339‑p PsFRWPFsGktsPss
K341‑ub FRWPFsGktsPsssP
T342‑p RWPFsGktsPsssPA
S343‑p WPFsGktsPsssPAs
S345‑p FsGktsPsssPAsLs
S346‑p sGktsPsssPAsLsR
S347‑p GktsPsssPAsLsRC
S350‑p sPsssPAsLsRCRAV
S352‑p sssPAsLsRCRAVtC
T358‑p LsRCRAVtCDIsEDE
C359 sRCRAVtCDIsEDEE
S362‑p RAVtCDIsEDEED__