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   N142 VILTWKSNDTAASEY
0 1   E160 VKHKMENEKTITVVH
0 1   G196 GIGNETWGDPRVIKV
0 1   S226‑p GVRKAALsWSNGNGt
0 1   N231 ALsWSNGNGtASCRV
0 1   T233‑p sWSNGNGtASCRVLL
0 1   N258 QDSRLQVNISGLKPG
0 1   S303 TERSRAGSPTAPVHD
0 1   N342 LEPGTRYNATVYSQA
0 1   N351 TVYSQAANGTEGQPQ
0 1   N365 QAIEFRTNAIQVFDV
0 1   N411 AGETDSSNLNVSEPR
0 1   S415 DSSNLNVSEPRAVIP
0 1   V464 VSDFRVTVVSTTEIG
0 1   V496 EGAGNSRVEITTNQS
0 1   N536 GASRTVCNRTVPSAV
0 1   Y550 VFDIHVVYVTTTEMW
0 1   S585 KHGSNHTSTYDKAIT
0 1   S635 NVSNIDVSTNTTAAT
0 1   S652 WQNFDDASPTYSYCL
0 1   N669 EKAGNSSNATQVVTD
0 1   V673 NSSNATQVVTDIGIT
0 1   S692 TELIPGSSYTVEIFA
0 1   N761 VSSGAWNNATHLESC
0 1   S767 NNATHLESCSSENGT
0 1   N807 KMAAPTRNTCTTGIT
0 1   N910 KYEIDVGNESTTLGY
0 13   S1009‑p DAKNNEVsFsQIkPK
0 10   S1011‑p KNNEVsFsQIkPKKS
0 2   K1014‑ub EVsFsQIkPKKSKLI
0 1   K1031‑ac ENFEAYFkkQQADSN
0 2   K1031‑ub ENFEAYFkkQQADSN
0 2   K1032‑ub NFEAYFkkQQADSNC
0 1   K1049‑ub AEEYEDLkLVGISQP
0 2   K1057‑ub LVGISQPkYAAELAE
0 4   Y1071‑p ENRGKNRyNNVLPyD
0 2   Y1077‑p RyNNVLPyDISRVKL
0 1   T1091‑p LSVQTHStDDyINAN
0 1   Y1094‑p QTHStDDyINANyMP
0 2   Y1099‑p DDyINANyMPGyHsK
0 1   Y1103‑p NANyMPGyHsKKDFI
0 1   S1105‑p NyMPGyHsKKDFIAT
0 1   Y1133‑p MVWEKNVyAIIMLtK
0 1   T1139‑p VyAIIMLtKCVEQGR
0 1   K1185 TIRDFTVKNIQTSES
0 4   Y1225‑p FRYLVRDyMKQSPPE
0 1   K1306‑ub VRSQKDSkVDLIyQN
1 15   Y1311‑p DSkVDLIyQNtTAMt
0 1   T1314‑p VDLIyQNtTAMtIyE
1 0   T1318‑p yQNtTAMtIyENLAP
2 2   Y1320‑p NtTAMtIyENLAPVT
  mouse

 
N62‑ng VLLTWKHnDSGASEC
N78‑ng IENKMESnLTFPVKN
N114‑ng VTTNETLnKTITTEP
T140 GVTQARLTWSNAnGT
N145‑ng RLTWSNAnGTASYRM
T147 TWSNAnGTASYRMLI
N164‑ng LTTHSSVnISGLKPG
N207‑ng TKRIPVTnLSQLHKN
N244‑ng LKPDTQYnATIYSQA
N253‑ng TIYSQAAnGTEGQPR
N267‑ng RNKVFKTnSTQVSDV
N313‑ng AGGTHSVnQTVnKTE
N317‑ng HSVnQTVnKTEAIIL
N366‑ng VSDFRVTnVSTRAIG
N398‑ng DGGEKHRnASTGNQS
N437‑ng EGLSSTVnGSTDPSA
N452‑ng VTDIRVVnISTTEMQ
N488‑ng SGSIIRTnSSQKWIT
N538‑ng SVSHIEVnTTTTTAA
S555‑p WKNEDAAsASYAYSV
N572‑ng LKTGDGSnVTSnFTK
N576‑ng DGSnVTSnFTKDPSI
S593‑p PELIPGVsYTVKILT
N662‑ng VRSDSWDnMTRLEnC
N668‑ng DnMTRLEnCTSDDDT
N708‑ng KMALPAQnICTTGIT
N811‑ng NYEIDVGnQSTTLGY
S910‑p DAKNNEVsFsQIkPK
S912‑p KNNEVsFsQIkPKKS
K915‑ub EVsFsQIkPKKSKLI
K932 ENFEAYFKkQQADSN
K932‑ub ENFEAYFkkQQADSN
K933‑ub NFEAYFkkQQADSNC
K950 AEEYEDLKLIGISLP
K958 LIGISLPKYTAEIAE
Y972‑p ENRGKNRyNNVLPYD
Y978 RyNNVLPYDISRVKL
T992 LSVQTHSTDDYINAN
Y995 QTHSTDDYINANYMP
Y1000 DDYINANYMPGYHSK
Y1004 NANYMPGYHSKKDFI
S1006 NYMPGYHSKKDFIAT
Y1034 MVWEKNVYAIVMLTK
T1040 VYAIVMLTKCVEQGR
K1086‑ub TIRDFVVkNMQNSES
Y1126 FRYLVRDYMKQIPPE
K1207 IRAQKDSKVDLIYQN
Y1212 DSKVDLIYQNTTAMT
T1215 VDLIYQNTTAMTIYE
T1219 YQNTTAMTIYENLEP
Y1221 NTTAMTIYENLEPVS
  rat

 
N114 VVLTWKHNDSATSEY
T128 YKINEGNTLRYTVKN
G164 GTVNETSGKPTYKNI
A194 GVTQALLAWSNANGT
N199 LLAWSNANGTASYRM
T201 AWSNANGTASYRMQI
G218 LTTNSSGGISDLKPG
N261 TEGSPVANISQLHKN
K298 LKPDTQYKVTIYSQA
D307 TIYSQAADGTEGQPG
N321 GNKVFKTNPIQVSDI
N367 AGGSDSINETVNETQ
N371 DSINETVNETQAVIR
N420 VSDFRVTNVSLREIG
N452 EGSEKRWNASTGDLS
V491 EGPSQTVVGRTDCSA
S506 VTDIRVVSVSTTEIQ
N541 ENGSIKTNSSQKWIT
N591 NVSYIEVNTNTTVAA
S608 WKNLDAASASYSYSV
N625 LKAGDGSNVTSRVRD
R629 DGSNVTSRVRDIPSV
S646 PGLIPGVSYEVKIFT
N716 VRSDAWDNMTHLENC
N722 DNMTHLENCTLDNDT
S762 KMALPTQSTCTTGIT
N865 NYEIDVGNQSTTLGY
S964 DAKNNEVSFSQIKSK
S966 KNNEVSFSQIKSKLI
- gap
K983 ENFEAYFKKQQADSN
K983 ENFEAYFKKQQADSN
K984 NFEAYFKKQQADSNC
K1001 AEEYEDLKLIGISLP
K1009 LIGISLPKYAAEIAE
Y1023 ENRGKNRYNNVLPYD
Y1029 RYNNVLPYDISRVKL
T1043 LSVQTHSTDDYINAN
Y1046 QTHSTDDYINANYMP
Y1051 DDYINANYMPGYHSK
Y1055 NANYMPGYHSKKDFI
S1057 NYMPGYHSKKDFIAT
Y1085 MVWEKNVYAIVMLTK
T1091 VYAIVMLTKCVEQGR
K1137 TIRDFVVKNMQSSES
Y1177 FRYLVRDYMKQIPPE
K1258 IRAQKDSKVDLIYQN
Y1263 DSKVDLIYQNTTAMT
T1266 VDLIYQNTTAMTIYE
T1270 YQNTTAMTIYENLEP
Y1272 NTTAMTIYENLEPVS