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

 
1 0   S31‑p MGTQARQsIAAHLDN
0 1   S44‑p DNQVPVEsPRAISRT
0 1   T93‑p RFVMQVKtFSEACLM
0 1   K103‑ub EACLMVRkPALELLH
0 1   Y124‑p FAYPAIRyLLYGEkG
0 1   K130‑ub RyLLYGEkGTGKTLS
0 1   K130‑sc RyLLYGEkGTGKTLS
0 1   K175‑ac LLQSSYNkQRFDQPL
0 2   K175‑ub LLQSSYNkQRFDQPL
1 0   S185‑p FDQPLEAstWLkNFk
1 0   T186‑p DQPLEAstWLkNFkT
0 1   K189‑ub LEAstWLkNFkTTNE
0 1   K192‑ub stWLkNFkTTNERFL
0 1   K192 stWLkNFKTTNERFL
0 2   K203‑ub ERFLNQIkVQEkYVW
0 1   K203‑sc ERFLNQIkVQEkYVW
0 3   K207‑ac NQIkVQEkYVWNKRE
0 1   K207‑ub NQIkVQEkYVWNKRE
1 1   S215‑p YVWNKREstEkGsPL
1 1   T216‑p VWNKREstEkGsPLG
0 1   K218 NKREstEKGsPLGEV
0 3   K218‑ub NKREstEkGsPLGEV
1 2   S220‑p REstEkGsPLGEVVE
0 1   T231‑p EVVEQGItRVRNAtD
1 0   T237‑p ItRVRNAtDAVGIVL
0 1   K245‑ub DAVGIVLkELKRQss
1 1   S251‑p LkELKRQssLGMFHL
1 1   S252‑p kELKRQssLGMFHLL
0 7   T272‑p INALWGRttLKREDk
0 2   T273‑p NALWGRttLKREDks
0 1   K279‑ub ttLKREDksPIAPEE
1 3   S280‑p tLKREDksPIAPEEL
0 1   S311‑p GAIVSALsQTGSLFk
0 1   K318‑ub sQTGSLFkPRkAYLP
0 1   K321‑ub GSLFkPRkAYLPQEL
0 1   K331 LPQELLGKEGFDALD
0 1   K370‑ub NNWLQHEkAPTEEGK
0 1   K378 APTEEGKKELLFLSN
0 1   K378‑ub APTEEGKkELLFLSN
0 1   S389‑p FLSNANPsLLERHCA
  mouse

 
N30 MSVQATQNSQVPAER
R37 NSQVPAERPRTVSRT
T86 RYMMQVKTFGEACLM
K96 EACLMVRKPALELLG
Y117 FAHPAVRYLLYGEKG
K123 RYLLYGEKGTGKTLS
K123 RYLLYGEKGTGKTLS
K168 LLQSTHNKQRFDQPL
K168 LLQSTHNKQRFDQPL
S178 FDQPLEASTWLKNFk
T179 DQPLEASTWLKNFkT
K182 LEASTWLKNFkTTNE
K185 STWLKNFKTTNERFL
K185‑sc STWLKNFkTTNERFL
K196 ERFLSQIKVQEkYVW
K196 ERFLSQIKVQEkYVW
K200‑ac SQIKVQEkYVWNKRE
K200 SQIKVQEKYVWNKRE
S208 YVWNKRESTEkGSPL
T209 VWNKRESTEkGSPLG
K211‑ac NKRESTEkGSPLGEV
K211 NKRESTEKGSPLGEV
S213 RESTEkGSPLGEVVE
T224 EVVEQGLTRVRNATD
T230 LTRVRNATDAVGVVL
K238 DAVGVVLKELKAQSA
S244 LKELKAQSALGLFHL
A245 KELKAQSALGLFHLL
T265 VNALWGRTTLKKEDR
T266 NALWGRTTLKKEDRT
R272 TTLKKEDRTLIAPEE
T273 TLKKEDRTLIAPEEL
S304 GAIVLSLSQTGSLFK
K311 SQTGSLFKSRTAYLP
T314 GSLFKSRTAYLPHEL
K324‑ac LPHELLGkEGFNALE
K363 NNWLQHEKASTEEGR
K371‑ac ASTEEGRkELRFLSN
K371 ASTEEGRKELRFLSN
E382 FLSNCNPEQLERLCA
  rat

 
N35 VSVQAPQNNQVPAER
R42 NNQVPAERPRAVSRT
T91 RYAMQVKTFGEACLM
K101 EACLMVRKPALELLG
Y122 FAHPAVRYLLYGEKG
K128 RYLLYGEKGTGKTLS
K128 RYLLYGEKGTGKTLS
K173 LLQSTYNKQRFDQPL
K173 LLQSTYNKQRFDQPL
S183 FDQPLEASTWLKNFK
T184 DQPLEASTWLKNFKT
K187 LEASTWLKNFKTTNE
K190 STWLKNFKTTNERFL
K190 STWLKNFKTTNERFL
K201 ERFLGQIKVQEKYVW
K201 ERFLGQIKVQEKYVW
K205 GQIKVQEKYVWNKRE
K205 GQIKVQEKYVWNKRE
S213 YVWNKRESTEKGSPL
T214 VWNKRESTEKGSPLG
K216 NKRESTEKGSPLGEV
K216 NKRESTEKGSPLGEV
S218 RESTEKGSPLGEVVE
T229 EVVEQGLTRVRNATD
T235 LTRVRNATDAVGVVL
K243 DAVGVVLKELKTQSS
S249 LKELKTQSSLGLFHL
S250 KELKTQSSLGLFHLL
T270 VNALWGRTTLKREDR
T271 NALWGRTTLKREDRT
R277 TTLKREDRTLIAPEE
T278 TLKREDRTLIAPEEL
S309 GAIVLSLSQTGSLFK
K316 SQTGSLFKSRTAYLP
T319 GSLFKSRTAYLPHEL
K329 LPHELLGKEGFNALE
K368 NNWLQHEKASTEEGR
K376 ASTEEGRKELKFLSN
K376 ASTEEGRKELKFLSN
E387 FLSNCNPEQLERLCA
  cow

 
C30 LGTQAPQCPVAHLDN
R43 DNQVPTERTRAISRT
T92 RFVMQVKTFNEACLM
K102 EACLMVRKPALELLH
Y123 FAHPAVRYVLYGEKG
K129 RYVLYGEKGTGKTLS
K129 RYVLYGEKGTGKTLS
K174 LLQSTYNKQRFDQPL
K174 LLQSTYNKQRFDQPL
S184 FDQPLEASIWLKNFK
I185 DQPLEASIWLKNFKT
K188 LEASIWLKNFKTANE
K191 SIWLKNFKTANERFL
K191 SIWLKNFKTANERFL
K202 ERFLSQIKVQDKYVW
K202 ERFLSQIKVQDKYVW
K206 SQIKVQDKYVWNKRE
K206 SQIKVQDKYVWNKRE
S214‑p YVWNKREstEKGsPL
T215‑p VWNKREstEKGsPLA
K217 NKREstEKGsPLAEV
K217 NKREstEKGsPLAEV
S219‑p REstEKGsPLAEVVE
M230 EVVEQGIMRVRNATD
T236 IMRVRNATDAVGIVL
K244 DAVGIVLKELKRQss
S250‑p LKELKRQssLGVFRL
S251‑p KELKRQssLGVFRLL
T271 VNALWGRTTLKREDK
T272 NALWGRTTLKREDKs
K278 TTLKREDKsPITPEE
S279‑p TLKREDKsPITPEEL
S310 GAIVLTVSQTGSLFK
K317 SQTGSLFKPRKAYLP
K320 GSLFKPRKAYLPQEL
K330 LPQELLGKEGFDTLD
K369 NNWLQHEKAHTEEGK
K377 AHTEEGKKELLFLSN
K377 AHTEEGKKELLFLSN
G388 FLSNRNPGLLERLCA