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   - gap
0 23   - gap
0 5   - gap
0 13   - gap
0 16   - gap
0 6   - gap
0 1   - gap
0 1   - gap
0 2   - gap
0 2   - gap
0 2   - gap
0 1   K11 RKSCRSRKNRFESVN
0 16   T59 VERLRMWTDTEFENM
0 2   T61 RLRMWTDTEFENMDM
0 1   Y69 EFENMDMYSRVKRRR
0 1   S70 FENMDMYSRVKRRRK
0 1   S101 TEGEEEESQEEDGDI
0 1   T149 HQKKRENTLFDIHRS
0 11   S156 TLFDIHRSPARRSHI
0 1   S172 RKKHAIHSSDTTSSD
0 1   S178 HSSDTTSSDEERFER
0 2   S210 FRAEDLASGILRERV
0 1   S222 ERVKVGASLADVDPM
0 1   S239 DKSVRFDSIGGLSHH
0 1   S244 FDSIGGLSHHIHALK
0 1   - under review  
0 3   - gap
0 1   - gap
0 1   - under review  
0 18   - gap
0 1   - gap
0 1   - gap
0 1   - gap
0 1   - gap
0 2   - gap
0 1   - gap
0 1   - gap
0 3   - gap
0 3   - gap
0 1   - gap
0 1   - gap
0 1   - gap
0 1   - gap
0 4   - gap
0 1   - gap
0 6   - gap
0 13   - gap
  human

 
S14‑p SSLRLLGsKsPGPGP
S16‑p LRLLGsKsPGPGPGP
S61‑p PAAKAGGsGGAGVTL
S79‑p RKVEVDGsLsDSHVs
S81‑p VEVDGsLsDSHVsPP
S86‑p sLsDSHVsPPAKRTL
S98‑p RTLKQPDsVCKDKSK
S118‑p QREEWNLsTGQARLT
S137‑p ATLPNGHsGLsLRSH
S140‑p PNGHsGLsLRSHPLR
S157‑p KKGDGDLsCINGDME
K173‑ac RKSCRSRkNRFESVN
T221‑p VERLRMWtDtEFENM
T223‑p RLRMWtDtEFENMDM
Y231 EFENMDMYSRVKRRR
S232 FENMDMYSRVKRRRK
S263‑p TEGEEEEsQEEDGDI
T311‑p HQKKRENtLFDIHRs
S318‑p tLFDIHRsPARRSHI
S334‑p RKKHAIHsSDTTSsD
S340‑p HsSDTTSsDEERFER
S372‑p FRAEDLAsGILRERV
S384‑p ERVKVGAsLADVDPM
S401 DKSVRFDSIGGLSHH
S406 FDSIGGLSHHIHALK
K604‑ub FLGELAEkCVGYCGA
S720‑p ETLILEDsEDENALS
- gap
K810‑ub ALYSVSAkTPEESCA
S939‑p VLPLALPsPPRQLsE
S945‑p PsPPRQLsESEKsRM
S950‑p QLsESEKsRMEDQEE
T976‑p DVTKRLAtDKRFNIF
S1088‑p ARIKRGLsVtSEQIN
T1090‑p IKRGLsVtSEQINPH
N1095 sVtSEQINPHStGAR
T1099‑p EQINPHStGARKTET
S1126‑p PMDVWHNsANKCAFR
S1138‑p AFRVRRKsRRRSQWG
S1142 RRKsRRRSQWGKGII
T1173‑p FADYENHtEDRKLLE
S1294‑p NGKLEVVsFCDsGDK
S1298‑p EVVsFCDsGDKCSSE
S1314‑p KILLEDQsKEKPETs
S1321‑p sKEKPETsTENHGDD
S1338‑p KLEALECsNNEKLEP
S1347‑p NEKLEPGsDVEVKDA
  mouse

 
S14 SSLRLLGSKsPGPGP
S16‑p LRLLGSKsPGPGPGP
S63 PAAKAGGSGGALDEA
S78‑p RKAEVDGsLsDSHVs
S80‑p AEVDGsLsDSHVsPP
S85‑p sLsDSHVsPPAKRTL
S97‑p RTLKQPDsVCKDKSK
P117 QREEWNIPSGQTRLT
S136 ATLPNGHSSLSLRSH
S139 PNGHSSLSLRSHPLR
S156 KKGDGDLSCINGDIE
K172 RKSCRSRKNRFESVN
T220‑p VERLRMWtDTEFENM
T222 RLRMWtDTEFENMDM
Y230‑p EFENMDMysRVKRRR
S231‑p FENMDMysRVKRRRK
S262 TEGEEEESQEEDGDI
T310 HQKKRENTLFDIHRs
S317‑p TLFDIHRsPARRSHI
S333 RKKHAIHSSDTTSSD
S339 HSSDTTSSDEERFER
S371 FRAEDLASGILRERV
S383 ERVKVGASLADVDPM
S400‑p DKSVRFDsIGGLsHH
S405‑p FDsIGGLsHHIHALK
K603 FLGELAEKCVGYCGA
S720 NCPSLEISSDyEETS
Y723‑p SLEISSDyEETSIPE
K812 ALYSVSAKTPEESCA
S941‑p VLPLALPsPPRQLSE
S947 PsPPRQLSESEKNRM
N952 QLSESEKNRMEDQEE
T978 DVTKRLATDKRFNIF
S1090 ARIKRGLSVTAEQIt
T1092 IKRGLSVTAEQItPH
T1097‑p SVTAEQItPHGAGAR
A1101 EQItPHGAGARKTET
S1128‑p PMDAWHNsANKCAFR
S1140 AFRVRRKSRRRsQWG
S1144‑p RRKSRRRsQWGKGII
T1174 KFTDYDHTEDRKLLE
P1296 GRVLEVVPLPDGGEK
G1300 EVVPLPDGGEKSSSE
L1316 KIALEEQLKDKPETW
W1323 LKDKPETWNENRGDA
S1340 KLEVLECSSSEKPEP
P1349 SEKPEPGPDAEGKET