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.


       mouse

 
0 1   S14‑p EQAADYRsILsIsDE
0 1   S17‑p ADYRsILsIsDEAAR
0 1   S19‑p YRsILsIsDEAARVQ
0 10   G79 HIEALLGGPQGRDEP
0 13   S102‑p RRVQPQWsPPAGTEP
0 1   T107 QWsPPAGTEPCRLRL
0 86   Y115 EPCRLRLYNSLTRNk
0 13   S117 CRLRLYNSLTRNkDV
0 2   T119 LRLYNSLTRNkDVFI
0 2   K122‑ub YNSLTRNkDVFIPQD
0 4   K131 VFIPQDGKKVTWYCC
0 1   K132 FIPQDGKKVTWYCCG
0 3   Y136 DGKKVTWYCCGPTVy
0 25   Y143‑p YCCGPTVyDAsHMGH
0 7   S146‑p GPTVyDAsHMGHARS
0 1   R165 DILRRVLRDYFQYDV
0 1   Y198 QNYLFEQYREQKPPA
0 5   K231‑ac SETTDPDkRQMLERI
0 1   Q251 LATEPLEQAVRSSLS
0 1   K300 SIFSKLPKFWEEEFH
0 1   T322 VLPPDVLTRVSEYVP
0 11   Y343‑p QKIVDNGyGYASNGS
0 1   Y345 IVDNGyGYASNGSVy
0 1   Y352‑p YASNGSVyFDtAKFA
0 1   T355‑p NGSVyFDtAKFAASE
0 2   K363 AKFAASEKHSYGKLV
0 1   K368 SEKHSYGKLVPEAVG
0 2   K378 PEAVGDQKALQEGEG
0 2   S388 QEGEGDLSIsADRLs
0 26   S390‑p GEGDLSIsADRLsEK
0 2   S395‑p SIsADRLsEKRSPND
0 1   K407 PNDFALWKASKPGEP
0 1   K501‑ub LKNFITIkDALKKHS
0 1   Y527 SWKDTLDYSSNTMES
0 1   K565 DITGQFEKWEAEEVE
0 1   K575‑ub AEEVELNkNFYGKKT
0 2   E586 GKKTAVHEALCDNID
0 1   E586 GKKTAVHEALCDNID
0 1   Y611 LVSQCNLYMAARKAE
0 1   K689 RKIAREKKVLEVLQL
0 1   K723 EGLPTVVKLVDRDTL
0 1   K755 KEEAARKKQEQEAAK
0 1   K797‑ub PTHDTEGkELSKGQA
0 1   K808 KGQAKKLKKLFEAQE
0 1   - gap
0 6   S829 LQMLQNGSLQ_____
  human

► Hide Isoforms
 
- gap
- gap
- gap
- gap
S19‑p RRVQPQWsPPAGtQP
T24‑p QWsPPAGtQPCRLHL
Y32‑p QPCRLHLyNsLtRNk
S34‑p CRLHLyNsLtRNkEV
T36‑p LHLyNsLtRNkEVFI
K39‑ub yNsLtRNkEVFIPQD
K48‑ac VFIPQDGkkVTWyCC
K49‑ac FIPQDGkkVTWyCCG
Y53‑p DGkkVTWyCCGPTVy
Y60‑p yCCGPTVyDAsHMGH
S63‑p GPTVyDAsHMGHARS
K82‑ub DILRRVLkDYFKFDV
Y115‑p QNHLFEQyREKRPEA
K148‑ac NETTDPDkKQMLERI
K168‑ub LATEPLEkAVQSRLT
K217‑ub SIFSKLPkFWEGDFH
T239‑p VLPPDVLtRVSEYVP
Y260‑p QKIVDNGyGyVSNGS
Y262‑p IVDNGyGyVSNGSVY
Y269 yVSNGSVYFDTAKFA
T272 NGSVYFDTAKFASSE
K280‑ub AKFASSEkHSYGkLV
K285‑ub SEkHSYGkLVPEAVG
K295‑ub PEAVGDQkALQEGEG
S305‑p QEGEGDLsIsADRLS
S307‑p GEGDLsIsADRLSEK
S312 sIsADRLSEKRSPND
K324‑ub PNDFALWkASKPGEP
K418 LKNFITIKDALKKHS
Y444‑p SWKDTLDySSNTMES
K482‑ub DITGQFEkWGEEEAE
K492 EEEAELNKNFYDKKT
K503‑ac DKKTAIHkALCDNVD
K503‑ub DKKTAIHkALCDNVD
Y528‑p LVSQCNLyMAARKAV
K606‑ub RKIAREQkVPEILQL
K640‑ub EGLPTVVkLVDRNTL
K672‑ac KEEAARRkQEQEAAK
K714 PTHDMEGKELSKGQA
K725 KGQAKKLKKLFEAQE
- gap
S746‑p LQMAQNGsFQ_____
  CARS iso2  
- gap
- gap
- gap
- gap
S19 RRVQPQWSPPAGTQP
T24 QWSPPAGTQPCRLHL
Y32 QPCRLHLYNSLTRNK
S34 CRLHLYNSLTRNKEV
T36 LHLYNSLTRNKEVFI
K39 YNSLTRNKEVFIPQD
K48‑ac VFIPQDGkKVTWYCC
K49 FIPQDGkKVTWYCCG
Y53 DGkKVTWYCCGPTVY
Y60 YCCGPTVYDASHMGH
S63 GPTVYDASHMGHARS
K82 DILRRVLKDYFKFDV
Y115 QNHLFEQYREKRPEA
K148 NETTDPDKKQMLERI
K168 LATEPLEKAVQSRLT
K217 SIFSKLPKFWEGDFH
T239 VLPPDVLTRVSEYVP
Y260‑p QKIVDNGyGYVSNGS
Y262 IVDNGyGYVSNGSVY
Y269 YVSNGSVYFDTAKFA
T272 NGSVYFDTAKFASSE
K280 AKFASSEKHSYGKLV
K285 SEKHSYGKLVPEAVG
K295 PEAVGDQKALQEGEG
S305 QEGEGDLSISADRLS
S307 GEGDLSISADRLSEK
S312 SISADRLSEKRSPND
K324 PNDFALWKASKPGEP
K418 LKNFITIKDALKKHS
Y444 SWKDTLDYSSNTMES
K482 DITGQFEKWGEEEAE
K492 EEEAELNKNFYDKKT
K503 DKKTAIHKALCDNVD
K503 DKKTAIHKALCDNVD
Y528 LVSQCNLYMAARKAV
K606 RKIAREQKVPEILQL
K640 EGLPTVVKLVDRNTL
K672 KEEAARRKQEQEAAK
- gap
S706‑p SKFDENVsMVCPHMT
K717‑m1 PHMTWRAkSSAKGKP
- gap
  CARS iso3  
S14 QQAPDYRSILSISDE
S17 PDYRSILSISDEAAR
S19 YRSILSISDEAARAQ
S79‑p HIEALLGsPCGKGQP
S102 RRVQPQWSPPAGTQP
T107 QWSPPAGTQPCRLHL
Y115 QPCRLHLYNSLTRNK
S117 CRLHLYNSLTRNKEV
T119 LHLYNSLTRNKEVFI
K122 YNSLTRNKEVFIPQD
K131‑ac VFIPQDGkkVTWYCC
K132‑ac FIPQDGkkVTWYCCG
Y136 DGkkVTWYCCGPTVY
Y143 YCCGPTVYDASHMGH
S146 GPTVYDASHMGHARS
K165 DILRRVLKDYFKFDV
Y198 QNHLFEQYREKRPEA
K231 NETTDPDKKQMLERI
K251 LATEPLEKAVQSRLT
K300 SIFSKLPKFWEGDFH
T322 VLPPDVLTRVSEYVP
Y343‑p QKIVDNGyGYVSNGS
Y345 IVDNGyGYVSNGSVY
Y352 YVSNGSVYFDTAKFA
T355 NGSVYFDTAKFASSE
K363 AKFASSEKHSYGKLV
K368 SEKHSYGKLVPEAVG
K378 PEAVGDQKALQEGEG
S388 QEGEGDLSISADRLS
S390 GEGDLSISADRLSEK
S395 SISADRLSEKRSPND
K407 PNDFALWKASKPGEP
K501 LKNFITIKDALKKHS
Y527‑p SWKDTLDySSNTMES
K565 DITGQFEKWGEEEAE
K575 EEEAELNKNFYDKKT
K586 DKKTAIHKALCDNVD
K586 DKKTAIHKALCDNVD
Y611 LVSQCNLYMAARKAV
K689 RKIAREQKVPEILQL
K723 EGLPTVVKLVDRNTL
K755 KEEAARRKQEQEAAK
K797 PTHDMEGKELSKGQA
K808 KGQAKKLKKLFEAQE
- gap
S829 LQMAQNGSFQ_____
  rat

 
- gap
- gap
- gap
- gap
S19‑p RRVQPQWsPPAGTEP
T24 QWsPPAGTEPCRLRL
Y32 EPCRLRLYNSLTRNK
S34 CRLRLYNSLTRNKDV
T36 LRLYNSLTRNKDVFI
K39 YNSLTRNKDVFIPQD
K48 VFIPQDGKKVTWYCC
K49 FIPQDGKKVTWYCCG
Y53 DGKKVTWYCCGPTVY
Y60 YCCGPTVYDASHMGH
S63 GPTVYDASHMGHARS
R82 DILRRVLRDYFQYDV
Y115 QNYLFEQYREQKPSA
K148‑ac SETTDPDkRQMLERI
Q168 LATEPLEQAVHSNPS
K217 SIFSKLPKFWEEEFH
T239 VLPPDVLTRVSEYVP
Y260 QKIVDNGYGYASNGS
Y262 IVDNGYGYASNGSVY
Y269 YASNGSVYFDTAKFA
T272 NGSVYFDTAKFAASE
K280 AKFAASEKHSYGKLV
K285 SEKHSYGKLVPEAVG
K295 PEAVGDQKALQEGEG
S305 QEGEGDLSIsADRLS
S307‑p GEGDLSIsADRLSEK
S312 SIsADRLSEKRSPND
K324 PNDFALWKASKPGEP
K418 LKNFITIKDALKKHS
Y444 SWKDTLDYSSNTMES
K482 DITGQFEKWEAEEVE
K492 AEEVELNKNFYDKKT
E503 DKKTAVHEALCDNID
E503 DKKTAVHEALCDNID
Y528 LVSQCNLYMAARKAA
K606 RKIAREKKVLEVLQL
K640 EGLPTVVKLVDRDTL
K672 KEEAARKKQEQEAAK
K714 PTHDTEGKELSKGQT
K725 KGQTKKLKKLFEAQE
- gap
S746 LQQLQNSSLQ_____