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

 
0 1   S4‑p ____MPKsKELVsss
0 8   S9‑p PKsKELVsssssGsD
0 4   S10‑p KsKELVsssssGsDs
0 4   S11‑p sKELVsssssGsDsD
0 5   S12‑p KELVsssssGsDsDs
0 6   S13‑p ELVsssssGsDsDsE
0 7   S15‑p VsssssGsDsDsEVD
1 29   S17‑p ssssGsDsDsEVDKK
0 25   S19‑p ssGsDsDsEVDKKLK
0 2   K29‑ac DKKLKRKkQVAPEkP
0 1   K29‑ub DKKLKRKkQVAPEkP
0 7   K35‑ac KkQVAPEkPVkKQKT
0 1   K35‑ub KkQVAPEkPVkKQKT
0 1   K38‑sm VAPEkPVkKQKTGET
0 1   K38‑sc VAPEkPVkKQKTGET
0 5   S50‑p GETSRALsSskQsss
0 3   S52‑p TSRALsSskQssssR
0 4   K53‑ac SRALsSskQssssRD
0 23   K53‑ub SRALsSskQssssRD
0 3   K53‑m1 SRALsSskQssssRD
0 10   S55‑p ALsSskQssssRDDN
0 5   S56‑p LsSskQssssRDDNM
0 4   S57‑p sSskQssssRDDNMF
0 5   S58‑p SskQssssRDDNMFQ
0 4   K68‑ac DNMFQIGkMRYVSVR
1 57   K68‑ub DNMFQIGkMRYVSVR
0 1   K68‑sm DNMFQIGkMRYVSVR
0 1   K80 SVRDFKGKVLIDIRE
0 8   K80‑ub SVRDFKGkVLIDIRE
0 1   P92 IREYWMDPEGEMkPG
0 1   K97‑ac MDPEGEMkPGRkGIs
0 1   K97‑ub MDPEGEMkPGRkGIs
0 1   K97‑sm MDPEGEMkPGRkGIs
0 6   K101‑ub GEMkPGRkGIsLNPE
0 4   S104‑p kPGRkGIsLNPEQWs
0 11   S111‑p sLNPEQWsQLkEQIs
0 10   K114‑ub PEQWsQLkEQIsDID
0 47   S118‑p sQLkEQIsDIDDAVR
0 1   K126‑ub DIDDAVRkL______
0 1   K126‑sm DIDDAVRkL______
  mouse

 
S4 ____MPKSKELVsss
S9‑p PKSKELVsssssGsD
S10‑p KSKELVsssssGsDs
S11‑p SKELVsssssGsDsD
S12‑p KELVsssssGsDsDs
S13‑p ELVsssssGsDsDsE
S15‑p VsssssGsDsDsEVE
S17‑p ssssGsDsDsEVEKK
S19‑p ssGsDsDsEVEKKLK
K29 EKKLKRKKQAVPEKP
K29 EKKLKRKKQAVPEKP
K35 KKQAVPEKPVKKQKP
K35 KKQAVPEKPVKKQKP
K38 AVPEKPVKKQKPGET
K38 AVPEKPVKKQKPGET
A50 GETSRALASSkQsSS
S52 TSRALASSkQsSSSR
K53 SRALASSKQsSSSRD
K53‑ub SRALASSkQsSSSRD
K53 SRALASSKQsSSSRD
S55‑p ALASSkQsSSSRDDN
S56 LASSkQsSSSRDDNM
S57 ASSkQsSSSRDDNMF
S58 SSkQsSSSRDDNMFQ
K68 DNMFQIGKMRYVSVR
K68‑ub DNMFQIGkMRYVSVR
K68 DNMFQIGKMRYVSVR
K80 SVRDFKGKILIDIRE
K80 SVRDFKGKILIDIRE
S92‑p IREYWMDsEGEMKPG
K97 MDsEGEMKPGRKGIS
K97 MDsEGEMKPGRKGIS
K97 MDsEGEMKPGRKGIS
K101 GEMKPGRKGISLNME
S104 KPGRKGISLNMEQWS
S111 SLNMEQWSQLKEQIs
K114 MEQWSQLKEQIsDID
S118‑p SQLKEQIsDIDDAVR
K126 DIDDAVRKL______
K126 DIDDAVRKL______
  rat

 
S4 ____MPKSKELVsSS
S9‑p PKSKELVsSSSSGSD
S10 KSKELVsSSSSGSDs
S11 SKELVsSSSSGSDsD
S12 KELVsSSSSGSDsDs
S13 ELVsSSSSGSDsDsE
S15 VsSSSSGSDsDsEVE
S17‑p SSSSGSDsDsEVEKK
S19‑p SSGSDsDsEVEKKLK
K29 EKKLKRKKQVVPEkP
K29 EKKLKRKKQVVPEkP
K35‑ac KKQVVPEkPVKKQKP
K35 KKQVVPEKPVKKQKP
K38 VVPEkPVKKQKPGES
K38 VVPEkPVKKQKPGES
A50 GESSRALASSKQsSS
S52 SSRALASSKQsSSsR
K53 SRALASSKQsSSsRD
K53 SRALASSKQsSSsRD
K53 SRALASSKQsSSsRD
S55‑p ALASSKQsSSsRDDN
S56 LASSKQsSSsRDDNM
S57 ASSKQsSSsRDDNMF
S58‑p SSKQsSSsRDDNMFQ
K68‑ac DNMFQIGkMRYVSVR
K68 DNMFQIGKMRYVSVR
K68 DNMFQIGKMRYVSVR
K80‑ac SVRDFKGkILIDIRE
K80 SVRDFKGKILIDIRE
S92 IREYWMDSEGEMKPG
K97 MDSEGEMKPGRKGIS
K97 MDSEGEMKPGRKGIS
K97 MDSEGEMKPGRKGIS
K101 GEMKPGRKGISLNME
S104 KPGRKGISLNMEQWS
S111 SLNMEQWSQLKEQIs
K114 MEQWSQLKEQIsDID
S118‑p SQLKEQIsDIDDAVR
K126 DIDDAVRKL______
K126 DIDDAVRKL______