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

► Hide Isoforms
 
0 1   S94 TRGKGGHSSPQRRMK
0 3   S95 RGKGGHSSPQRRMKP
0 1   S119‑p SVVKLESsVSERISR
0 1   Y131‑p ISRFDTMyDGPsysK
0 1   S135‑p DTMyDGPsysKFTET
0 1   Y136‑p TMyDGPsysKFTETR
0 1   S137‑p MyDGPsysKFTETRK
0 1   S149‑p TRKMFERsVHEsGQN
0 2   S153‑p FERsVHEsGQNNRYs
0 8   S160‑p sGQNNRYsPkKEKAG
0 1   K162‑ac QNNRYsPkKEKAGGs
0 1   S169‑p kKEKAGGsEPQDEWG
0 1   K179‑ac QDEWGGSkSNRGStD
0 1   T185‑p SkSNRGStDsLDsLS
0 11   S187‑p SNRGStDsLDsLSSR
0 9   S190‑p GStDsLDsLSSRTEA
0 10   S192 tDsLDsLSSRTEAVs
0 1   T195 LDsLSSRTEAVsPTV
0 2   S199‑p SSRTEAVsPTVSQLS
0 1   S229‑p KAENNEYsVTGHYPL
0 1   S261 DSNSWPPSNKRGVDT
0 1   V266 PPSNKRGVDTEDAHK
0 1   T277‑p DAHKSNAtPVPEVAs
0 2   S284‑p tPVPEVAsKSTSLAs
0 5   S291‑p sKSTSLAsIPGEEIQ
0 1   T312 DSTSNQQTPDSIDKD
0 1   S334‑p ESKAMPKsEIPsPQs
0 8   S338‑p MPKsEIPsPQsQLLE
0 1   S341‑p sEIPsPQsQLLEDAE
0 2   T370 ELAGGDFTsPDASAS
0 7   S371‑p LAGGDFTsPDASASS
3 1   S460‑p ANRKIKFsSAPIKVF
0 1   T636 DETGEYATDEEEDEV
0 1   K696‑ub VTEAEIQkLKTKLQA
0 1   K726‑ub QQNIEENkERMLKLE
0 1   K777‑ub LIKDFQQkELDFIKR
0 5   T839‑p NNIFERRtsLGEVSK
0 26   S840‑p NIFERRtsLGEVSKG
0 1   T849‑p GEVSKGDtMENLDGK
0 4   S865‑p TSCQDGLsQDLNEAV
0 2   S890‑p LKTRAQLsVKNRRQR
0 3   S906 SRTRLYDSVSSTDGE
0 1   S908 TRLYDSVSSTDGEDs
0 2   S909 RLYDSVSSTDGEDsL
0 9   S915‑p SSTDGEDsLERKNFT
0 2   - gap
0 1   - gap
0 1   - gap
0 2   - gap
0 1   - gap
0 2   - gap
0 1   - gap
0 1   - gap
0 1   - gap
0 2   S928 FTFNDDFSPSSTSSA
0 2   T946 GLGAEPKTPGLSQSL
0 1   S950 EPKTPGLSQSLALSS
0 1   S952 KTPGLSQSLALSSDE
0 2   S956 LSQSLALSSDESLDM
0 2   S957 SQSLALSSDESLDMI
0 1   S960 LALSSDESLDMIDDE
0 6   S974‑p EILDDGQsPKHSQCQ
0 1   K1028‑ac QLDGNKLkALGMTAS
  neurabin 1 iso2  
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- under review  
- under review  
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
S19‑p LRTSSPEsDsGVPPL
S21‑p TSSPEsDsGVPPLTP
S104‑p DPKSLRAsSSLAVQG
K117‑ub QGGKIKRkFVDLGAP
S130‑p APLRRNSsKGKKWKE
S146‑p EKEASRFsAGsRIFR
S149‑p ASRFsAGsRIFRGRL
S170‑p PCSTAQTstRSPCMP
T171‑p CSTAQTstRSPCMPF
S225 FTFNDDFSPSSTSSA
T243‑p GLGAEPKtPGLSQSL
S247 EPKtPGLSQSLALSS
S249 KtPGLSQSLALSSDE
S253 LSQSLALSSDEILDD
S254 SQSLALSSDEILDDG
- gap
S263‑p EILDDGQsPKHSQCQ
K317 QLDGNKLKALGMTAS
  neurabin 1 iso3  
S94 TRGKGGHSSPQRRMK
S95 RGKGGHSSPQRRMKP
S119 SVVKLESSVSERISR
Y131 ISRFDTMYDGPSYSK
S135 DTMYDGPSYSKFTET
Y136 TMYDGPSYSKFTETR
S137 MYDGPSYSKFTETRK
S149 TRKMFERSVHESGQN
S153 FERSVHESGQNNRYS
S160 SGQNNRYSPKKEKAG
K162 QNNRYSPKKEKAGGS
S169 KKEKAGGSEPQDEWG
K179 QDEWGGSKSNRGSTD
T185 SKSNRGSTDSLDSLS
S187 SNRGSTDSLDSLSSR
S190 GSTDSLDSLSSRTEA
S192 TDSLDSLSSRTEAVS
T195 LDSLSSRTEAVSPTV
S199 SSRTEAVSPTVSQLS
S229 KAENNEYSVTGHYPL
S261 DSNSWPPSNKRGVDT
V266 PPSNKRGVDTEDAHK
T277 DAHKSNATPVPEVAS
S284 TPVPEVASKSTSLAS
S291 SKSTSLASIPGEEIQ
T312 DSTSNQQTPDSIDKD
S334 ESKAMPKSEIPSPQS
S338 MPKSEIPSPQSQLLE
S341 SEIPSPQSQLLEDAE
T370 ELAGGDFTSPDASAS
S371 LAGGDFTSPDASASS
S460 ANRKIKFSSAPIKVF
T658 LKTGEYATDEEEDEV
K718 VTEAEIQKLKTKLQA
K748 QQNIEENKERMLKLE
K799 LIKDFQQKELDFIKR
T861 NNIFERRTSLGEVSK
S862 NIFERRTSLGEVSKG
T871 GEVSKGDTMENLDGK
S887 TSCQDGLSQDLNEAV
S912 LKTRAQLSVKNRRQR
S928 SRTRLYDSVSSTDGE
S930 TRLYDSVSSTDGEDS
S931 RLYDSVSSTDGEDSL
S937 SSTDGEDSLERKPSN
S968 LRTSSPESDSGVPPL
S970 TSSPESDSGVPPLTP
S1053 DPKSLRASSSLAVQG
K1066‑ub QGGKIKRkFVDLGAP
S1079 APLRRNSSKGKKWKE
S1095‑p EKEASRFsAGSRIFR
S1098 ASRFsAGSRIFRGRL
S1119 PCSTAQTSTRSPCMP
T1120 CSTAQTSTRSPCMPF
S1212 FTFNDDFSPSSTSSA
T1230‑p GLGAEPKtPGLSQSL
S1234 EPKtPGLSQSLALSS
S1236 KtPGLSQSLALSSDE
S1240 LSQSLALSSDEILDD
S1241 SQSLALSSDEILDDG
- gap
S1250‑p EILDDGQsPKHSQCQ
K1304 QLDGNKLKALGMTAS
  neurabin 1 iso5  
S94 TRGKGGHSSPQRRMK
S95 RGKGGHSSPQRRMKP
S119 SVVKLESSVSERISR
Y131 ISRFDTMYDGPSYSK
S135 DTMYDGPSYSKFTET
Y136 TMYDGPSYSKFTETR
S137 MYDGPSYSKFTETRK
S149 TRKMFERSVHESGQN
S153 FERSVHESGQNNRYS
S160 SGQNNRYSPKKEKAG
K162 QNNRYSPKKEKAGGS
S169 KKEKAGGSEPQDEWG
K179 QDEWGGSKSNRGSTD
T185 SKSNRGSTDSLDSLS
S187 SNRGSTDSLDSLSSR
S190 GSTDSLDSLSSRTEA
S192 TDSLDSLSSRTEAVS
T195 LDSLSSRTEAVSPTV
S199 SSRTEAVSPTVSQLS
S229 KAENNEYSVTGHYPL
S261 DSNSWPPSNKRGVDT
V266 PPSNKRGVDTEDAHK
T277 DAHKSNATPVPEVAS
S284 TPVPEVASKSTSLAS
S291 SKSTSLASIPGEEIQ
T312 DSTSNQQTPDSIDKD
S334 ESKAMPKSEIPSPQS
S338 MPKSEIPSPQSQLLE
S341 SEIPSPQSQLLEDAE
T370 ELAGGDFTSPDASAS
S371 LAGGDFTSPDASASS
S460 ANRKIKFSSAPIKVF
T636 DETGEYATDEEEDEV
K696 VTEAEIQKLKTKLQA
K726 QQNIEENKERMLKLE
K777 LIKDFQQKELDFIKR
T839 NNIFERRTSLGEVSK
S840 NIFERRTSLGEVSKG
T849 GEVSKGDTMENLDGK
S865 TSCQDGLSQDLNEAV
S890 LKTRAQLSVKNRRQR
S906 SRTRLYDSVSSTDGE
S908 TRLYDSVSSTDGEDS
S909 RLYDSVSSTDGEDSL
S915 SSTDGEDSLERKGLR
S928 LRTSSPESDSGVPPL
S930 TSSPESDSGVPPLTP
S1013 DPKSLRASSSLAVQG
K1026‑ub QGGKIKRkFVDLGAP
S1039 APLRRNSSKGKKWKE
S1055‑p EKEASRFsAGSRIFR
S1058 ASRFsAGSRIFRGRL
S1079 PCSTAQTSTRSPCMP
T1080 CSTAQTSTRSPCMPF
S1134 FTFNDDFSPSSTSSA
T1152 GLGAEPKTPGLSQSL
S1156 EPKTPGLSQSLALSS
S1158 KTPGLSQSLALSSDE
S1162 LSQSLALSSDEILDD
S1163 SQSLALSSDEILDDG
- gap
S1172‑p EILDDGQsPKHSQCQ
K1226 QLDGNKLKALGMTAS
  mouse

 
S94‑p TRGKGRPssPQRRMK
S95‑p RGKGRPssPQRRMKP
S119 SVVKLESSVSERISR
H131 ISRFDTMHDGPSYAK
S135 DTMHDGPSYAKFTET
Y136 TMHDGPSYAKFTETR
A137 MHDGPSYAKFTETRK
S149 TRKMFERSVHESGQN
S153 FERSVHESGQNHRYs
S160‑p SGQNHRYsPKKEKGG
K162 QNHRYsPKKEKGGGT
T169 KKEKGGGTEPQDEWG
K179 QDEWGGSKSNRGSSD
S185 SKSNRGSSDsLDsLs
S187‑p SNRGSSDsLDsLsPR
S190‑p GSSDsLDsLsPRtEA
S192‑p SDsLDsLsPRtEAVs
T195‑p LDsLsPRtEAVsPTV
S199‑p sPRtEAVsPTVSQLS
S229 KAESADYSVTGHYPL
S261‑p DSNSKPPsNKQDtDT
T266‑p PPsNKQDtDTEDAQK
V277 DAQKSDAVPVPEVAQ
Q284 VPVPEVAQKGTSLAS
S291 QKGTSLASLPSEESQ
A313 VTTAQPEALDSTDKD
S335 ENQAMPKSHILsPRN
S339‑p MPKSHILsPRNEPLE
N342 SHILsPRNEPLEDAE
T371‑p DLTGGDLtsPDASAS
S372‑p LTGGDLtsPDASASS
S461 ANRKIKFSCAPIKVF
T637‑p DETGEYAtDEEEDEG
K697 VTEAEIQKLKTKLQA
K727 QQNIEENKERMLKLE
K778 LIKDFQQKELDFIKR
P840 NNIFERRPsPGEVSK
S841‑p NIFERRPsPGEVSKG
T850 GEVSKGDTMENVEVK
S866‑p TSCQDGLsQDLNEAV
S891 LKTRAQLSVKNRRQR
S907‑p TRTRLYDsVssTDGE
S909‑p TRLYDsVssTDGEDs
S910‑p RLYDsVssTDGEDsL
S916‑p ssTDGEDsLERKNFT
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
S929‑p FTFNDDFsPSSTSSA
T947 GLGAEPKTPGLSQSL
S951 EPKTPGLSQSLALss
S953 KTPGLSQSLALssDE
S957‑p LSQSLALssDESLDM
S958‑p SQSLALssDESLDMI
S961 LALssDESLDMIDDE
S975 EILDDGQSPKHTQSQ
K1029 QLDGNKLKALGMTSS
  rat

 
S94 TRGKGRPSSPQKRMK
S95 RGKGRPSSPQKRMKP
S119 SVVKLESSVSERISR
H131 ISRFDTMHDGPSYAK
S135 DTMHDGPSYAKFTET
Y136 TMHDGPSYAKFTETR
A137 MHDGPSYAKFTETRK
S149 TRKMFERSGHESGQN
S153 FERSGHESGQNNRHs
S160‑p SGQNNRHsPKKEKAG
K162 QNNRHsPKKEKAGEA
A169 KKEKAGEAEPQDEWG
K179 QDEWGGSKSNRGSSD
S185 SKSNRGSSDSLDSLs
S187 SNRGSSDSLDSLsPR
S190 GSSDSLDSLsPRTEA
S192‑p SDSLDSLsPRTEAVS
T195 LDSLsPRTEAVSPTV
S199 sPRTEAVSPTVSQLS
S229 KAENSNYSVTGHYPL
S261 DSNSRPSSNKQATDT
T266 PSSNKQATDTEEPEK
V277 EPEKSEAVPVPEVAQ
Q284 VPVPEVAQKGTSLAS
S291 QKGTSLASLPSEERQ
T312‑p DVTAQPDtPDSTDKD
S334 ESQAMPKSNTLSRPK
S338 MPKSNTLSRPKEPLE
K341 SNTLSRPKEPLEDAE
T371 LTGGGDLTsPDASAS
S372‑p TGGGDLTsPDASASS
S461‑p ANRKIKFsCAPIKVF
T637 DETGEYATDEEEDEV
K697 VTEAEIQKLKTKLQA
K727 QQNIEENKERMVKLE
K778 LIKDFQQKELDFIRR
P840 NNIFERRPsPGEVSK
S841‑p NIFERRPsPGEVSKG
T850 GEVSKGDTMENVEVK
S866‑p TSCQDGLsQDLNEAV
S891 LKTRAQLSVKNRRQR
S907 TRTRLYDSVSSTDGE
S909 TRLYDSVSSTDGEDs
S910 RLYDSVSSTDGEDsL
S916‑p SSTDGEDsLERKNFT
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
S929‑p FTFNDDFsPSSTSSA
T947‑p GLGAEPKtPGLsQsL
S951‑p EPKtPGLsQsLALss
S953‑p KtPGLsQsLALssDE
S957‑p LsQsLALssDEsLDM
S958‑p sQsLALssDEsLDMI
S961‑p LALssDEsLDMIDDE
S975‑p EILDDGQsPKHTQSQ
K1029 QLDGNKLKALGMTSS