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   P35 DWKAGAGPGGPPQkP
0 2   P38 AGAGPGGPPQkPAPs
0 4   K41‑ub GPGGPPQkPAPssQR
0 9   S45‑p PPQkPAPssQRKPPA
0 5   S46‑p PQkPAPssQRKPPAR
0 1   - under review  
0 1   R79 LRQRNRLRLEEDkPA
0 1   K84‑sm RLRLEEDkPAVERCL
0 1   K84‑ub RLRLEEDkPAVERCL
0 35   D120 PRVQEHEDsGDsEVE
0 117   S121‑p RVQEHEDsGDsEVEN
0 110   S124‑p EHEDsGDsEVENEAK
0 1   K172‑sm MKNASESkLSkDNLK
0 1   K172‑ub MKNASESkLSkDNLK
0 1   K175‑sm ASESkLSkDNLKKRL
0 1   K175‑ub ASESkLSkDNLKKRL
0 1   K183‑sm DNLKKRLkEEFQHAM
0 1   K183‑ub DNLKKRLkEEFQHAM
0 2   K201‑ub PAWAETTkRKtssDD
0 26   T204‑p AETTkRKtssDDEsE
0 28   S205‑p ETTkRKtssDDEsEE
0 45   S206‑p TTkRKtssDDEsEED
0 63   S210‑p KtssDDEsEEDEDDL
0 3   T221‑p EDDLLQRtGNFISTS
0 2   K239‑ub PRGILKMkNCQHANA
0 5   K287‑ub VDGKTNPkIQSIyLE
0 4   Y292‑p NPkIQSIyLERFPIF
0 1   Y321‑p STHSKVLyVYDMLAG
0 39   K329‑ub VYDMLAGkLIPVHQV
0 1   S354‑p FEVSPDGsFLLINGI
0 1   Y364‑p LINGIAGyLHLLAMK
0 1   T372‑p LHLLAMKtkELIGSM
0 1   K373‑ub HLLAMKtkELIGSMK
0 2   K395‑ub STFSSDSkkVYASSG
0 2   K396‑ub TFSSDSkkVYASSGD
0 1   Y427‑p FVDEGSLyGLSIATS
0 1   K517‑ub FSNFPVIkNkNISHV
0 3   K519‑ub NFPVIkNkNISHVHT
0 2   S530‑p HVHTMDFsPRSGyFA
0 1   Y535‑p DFsPRSGyFALGNEk
0 2   K542‑ub yFALGNEkGKALMYR
  mouse

 
S27‑p GRKARPGsGStPAKA
T30‑p ARPGsGStPAKAARS
K33 GsGStPAKAARSSQR
S37 tPAKAARSSQRTQPA
S38 PAKAARSSQRTQPAE
S54‑p RAAPSAGsAAAAAEE
T73‑p LRQRNRLtLEDDKPA
K78 RLtLEDDKPAAERCL
K78 RLtLEDDKPAAERCL
S114‑p SRGQLHGssDEsEVE
S115‑p RGQLHGssDEsEVEN
S118‑p LHGssDEsEVENEAK
K167 MKNASESKLSKDKLQ
K167 MKNASESKLSKDKLQ
K170 ASESKLSKDKLQKRL
K170 ASESKLSKDKLQKRL
K178 DKLQKRLKEEFQHAM
K178 DKLQKRLKEEFQHAM
K197 DWAEAGSKRRtssDD
T200‑p EAGSKRRtssDDEsE
S201‑p AGSKRRtssDDEsEE
S202‑p GSKRRtssDDEsEED
S206‑p RtssDDEsEEDEDDL
T217 EDDLLQRTGNFISTS
K235 PRGILKMKNCRPANA
K283 VDGKTNPKIQSIyLE
Y288‑p NPKIQSIyLEKFPIF
Y317 SMHSKVLYVYDMLAG
K325‑ub VYDMLAGkLIPVHQV
S350 FEVSPDGSFLLISGI
F360 LISGIAGFSHLLSMK
T368 SHLLSMKTKELIGSM
K369 HLLSMKTKELIGSMK
K391 STFSSDSKRIYTYSE
R392 TFSSDSKRIYTYSEN
C423 FLDEGSLCGLSIAAS
K513 FSNFPVFKKSTLSRV
K514 SNFPVFKKSTLSRVQ
S526 RVQTMDFSPRGGYFA
Y531 DFSPRGGYFALGNEK
K538 YFALGNEKGRALMYR
  rat

 
S27 RRKARPGSGSTPGKA
T30 ARPGSGSTPGKAARS
K33 GSGSTPGKAARSSQR
S37 TPGKAARSSQRTLPA
S38 PGKAARSSQRTLPAG
- under review  
M69 LRQRNRLMLENDKPA
K74 RLMLENDKPAAERCL
K74 RLMLENDKPAAERCL
S110‑p SRGHLHGssDDsEVE
S111‑p RGHLHGssDDsEVED
S114‑p LHGssDDsEVEDEAV
K161 MKNASESKLSKDKLQ
K161 MKNASESKLSKDKLQ
K164 ASESKLSKDKLQKRL
K164 ASESKLSKDKLQKRL
K172 DKLQKRLKEEFQHAM
K172 DKLQKRLKEEFQHAM
K191 DWAEPGSKRKtSsDD
T194‑p EPGSKRKtSsDDEsE
S195 PGSKRKtSsDDEsEE
S196‑p GSKRKtSsDDEsEED
S200‑p KtSsDDEsEEDEDDL
T211 EDDLLQRTGNFISTS
K229 PRGILKMKNCRPANA
K277 VDGKTNPKIQSIYLE
Y282 NPKIQSIYLEKFPIF
Y311 SMHSKVIYVYDMIAG
K319 VYDMIAGKLIPVHQV
S344 FEVSPDGSFLLISGI
F354 LISGIAGFSHXXGIK
T362 SHXXGIKTKELIGSM
K363 HXXGIKTKELIGSMK
K385 STFSSDSKRIYTSSG
R386 TFSSDSKRIYTSSGN
Y417 FLDEGSLYGLSIAAS
K507 FSNFPVYKKSTLSRV
K508 SNFPVYKKSTLSRVQ
S520 RVQTMDFSPRGGYFA
Y525 DFSPRGGYFALGNEQ
Q532 YFALGNEQGKALLYR
  cow

 
W27 DRRAGAQWGGPPRKA
P30 AGAQWGGPPRKAASS
K33 QWGGPPRKAASSCQQ
S36 GPPRKAASSCQQKSL
S37 PPRKAASSCQQKSLA
- under review  
M70 LRLRNRLMLEEDKPA
K75 RLMLEEDKPAAERCL
K75 RLMLEEDKPAAERCL
D111 PLVQVQEDsDDsEVE
S112‑p LVQVQEDsDDsEVEK
S115‑p VQEDsDDsEVEKEAK
Q163 MKNASENQLSKDELQ
Q163 MKNASENQLSKDELQ
K166 ASENQLSKDELQKRL
K166 ASENQLSKDELQKRL
K174 DELQKRLKEEFQHAM
K174 DELQKRLKEEFQHAM
K192 PAWAEANKWKTPSDD
T195 AEANKWKTPSDDESE
P196 EANKWKTPSDDESEE
S197 ANKWKTPSDDESEEE
S201 KTPSDDESEEEEDDL
T212 EDDLLQRTGNFISTS
K230 PKGILKMKNCQHANA
K278 VDGKTNPKIQSIYLE
Y283 NPKIQSIYLEKFPIF
Y312 STHSKILYVYDMLAG
K320 VYDMLAGKLIPVHQV
S345 FEISPDGSFLLINGV
Y355 LINGVAGYLHLLSMK
T363 LHLLSMKTKELIGSM
K364 HLLSMKTKELIGSMK
K386 STFSSDSKKVYASSG
K387 TFSSDSKKVYASSGD
Y418 FVDEGSLYGLSIATS
K508 FSNFPVVKKKNISLI
K510 NFPVVKKKNISLIHT
S521 LIHTMDFSPRSGYFA
Y526 DFSPRSGYFALGNEK
K533 YFALGNEKGKALMYR