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

► Hide Isoforms
 
0 1   S47 KNGRYSISRTEAADL
0 1   N59‑ng ADLCQAFnSTLPTMD
0 1   S60 DLCQAFnSTLPTMDQ
0 2   T64 AFnSTLPTMDQMKLA
0 1   K161 DGTRYSKKGEYRTHQ
0 1   T166 SKKGEYRTHQEDIDA
0 1   S174 HQEDIDASNIIDDDV
0 1   I177 DIDASNIIDDDVSSG
0 1   S182 NIIDDDVSSGSTIEK
0 1   S185 DDDVSSGSTIEKSTP
0 1   T186 DDVSSGSTIEKSTPE
0 1   I187 DVSSGSTIEKSTPEG
0 1   T199 PEGYILHTYLPTEQP
0 1   L201 GYILHTYLPTEQPTG
0 1   T203 ILHTYLPTEQPTGDQ
0 1   S225 STLATIASTVHSKSH
0 1   T349 ISSTIATTPRVSART
0 1   T356 TPRVSARTEDNQDWT
0 1   T363 TEDNQDWTQWKPNHS
0 1   N368 DWTQWKPNHSNPEVL
0 1   S370 TQWKPNHSNPEVLLQ
0 1   N447 QNGWQGKNPPTPSED
0 1   N447 QNGWQGKNPPTPSED
0 1   S455 PPTPSEDSHVTEGTT
0 1   V457 TPSEDSHVTEGTTAS
0 1   T458 PSEDSHVTEGTTASA
0 1   E459 SEDSHVTEGTTASAH
0 1   T461 DSHVTEGTTASAHNN
0 1   S464 VTEGTTASAHNNHPS
0 1   N467 GTTASAHNNHPSQRI
0 1   N468 TTASAHNNHPSQRIT
0 1   S492 TDFFDPISHPMGQGH
0 1   S547 QSHSQNFSTLHGEPE
0 1   T548 SHSQNFSTLHGEPEE
0 1   T561 EEDENYPTTSILPSS
0 1   T562 EDENYPTTSILPSST
0 1   K574 SSTKSSAKDARRGGS
0 1   T584 RRGGSLPTDTTTSVE
0 1   T586 GGSLPTDTTTSVEGY
0 1   T587 GSLPTDTTTSVEGYT
0 1   T588 SLPTDTTTSVEGYTF
0 1   Y593 TTTSVEGYTFQYPDT
0 1   T594 TTSVEGYTFQYPDTM
0 1   F595 TSVEGYTFQYPDTME
0 1   T600 YTFQYPDTMENGTLF
0 1   N603 QYPDTMENGTLFPVT
0 1   T605 PDTMENGTLFPVTPA
0 1   T605 PDTMENGTLFPVTPA
0 1   T610 NGTLFPVTPAKTEVF
0 1   P611 GTLFPVTPAKTEVFG
0 1   T614 FPVTPAKTEVFGETE
0 1   V616 VTPAKTEVFGETEVT
0 1   T620 KTEVFGETEVTLATD
4 0   S708 AVCIAVNSRRRCGQK
0 10   K717 RRCGQKKKLVINGGN
0 19   G722 KKKLVINGGNGtVED
0 10   T726‑p VINGGNGtVEDRKPs
0 2   K731 NGtVEDRKPsELNGE
1 42   S733‑p tVEDRKPsELNGEAs
3 18   S740‑p sELNGEAsKsQEMVH
0 9   K741 ELNGEAsKsQEMVHL
11 86   S742‑p LNGEAsKsQEMVHLV
0 15   K751‑ub EMVHLVNkEPsEtPD
0 1   P753 VHLVNkEPsEtPDQC
0 10   S754‑p HLVNkEPsEtPDQCM
0 11   T756‑p VNkEPsEtPDQCMTA
0 5   T762 EtPDQCMTADETRNL
0 3   S771‑p DETRNLQsVDMKIGV
0 42   K775 NLQsVDMKIGV____
  CD44 iso2  
S47 KNGRYSISRTEAADL
N59 ADLCQAFNSTLPTMD
S60 DLCQAFNSTLPTMDQ
T64 AFNSTLPTMDQMKLA
K161 DGTRYSKKGEYRTHQ
T166 SKKGEYRTHQEDIDA
S174 HQEDIDASNIIDDDV
I177 DIDASNIIDDDVSSG
S182 NIIDDDVSSGSTIEK
S185 DDDVSSGSTIEKSTP
T186 DDVSSGSTIEKSTPE
I187 DVSSGSTIEKSTPEG
T199 PEGYILHTYLPTEQP
L201 GYILHTYLPTEQPTG
T203 ILHTYLPTEQPTGDQ
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S293 AVCIAVNSRRRCGQK
K302 RRCGQKKKLVINGGN
G307 KKKLVINGGNGTVED
T311 VINGGNGTVEDRKPS
K316 NGTVEDRKPSELNGE
S318 TVEDRKPSELNGEAs
S325‑p SELNGEAsKsQEMVH
K326 ELNGEAsKsQEMVHL
S327‑p LNGEAsKsQEMVHLV
K336 EMVHLVNKEPSETPD
P338 VHLVNKEPSETPDQC
S339 HLVNKEPSETPDQCM
T341 VNKEPSETPDQCMTA
T347 ETPDQCMTADETRNL
S356 DETRNLQSVDMKIGV
K360 NLQSVDMKIGV____
  human

► Hide Isoforms
 
S45‑p KNGRYSIsRTEAADL
N57 ADLCKAFNsTLPtMA
S58‑p DLCKAFNsTLPtMAQ
T62‑p AFNsTLPtMAQMEKA
K158‑ub DGTRYVQkGEYRtNP
T163‑p VQkGEYRtNPEDIYP
S171‑p NPEDIYPsNPtDDDV
T174‑ga DIYPsNPtDDDVsSG
S179‑p NPtDDDVsSGsssER
S182‑p DDDVsSGsssERSST
S183‑p DDVsSGsssERSSTS
S184‑p DVsSGsssERSSTSG
T197‑ga SGGYIFYtFstVHPI
S199‑ga GYIFYtFstVHPIPD
T200‑ga YIFYtFstVHPIPDE
T222‑p STDRIPAtTLMSTSA
T311‑p ISSTISTtPRAFDHt
T318‑ga tPRAFDHtKQNQDWt
T325‑ga tKQNQDWtQWNPsHs
S330‑ga DWtQWNPsHsNPEVL
S332‑ga tQWNPsHsNPEVLLQ
Y412‑p GNRWHEGyRQTPKED
Y412‑ga GNRWHEGyRQTPKED
S420‑p RQTPKEDsHsttGtA
S422‑ga TPKEDsHsttGtAAA
T423‑ga PKEDsHsttGtAAAs
T424‑ga KEDsHsttGtAAAsA
T426‑ga DsHsttGtAAAsAHt
S430‑ga ttGtAAAsAHtsHPM
T433‑ga tAAAsAHtsHPMQGR
S434‑ga AAAsAHtsHPMQGRT
S458‑ga TDFFNPIsHPMGRGH
S514‑ga QSNSQSFstSHEGLE
T515‑ga SNSQSFstSHEGLEE
T528‑ga EEDKDHPttSTLTSS
T529‑ga EDKDHPttSTLTSSN
T541‑ga SSNRNDVtGGRRDPN
S550‑ga GRRDPNHsEGsttLL
S553‑ga DPNHsEGsttLLEGy
T554‑ga PNHsEGsttLLEGyt
T555‑ga NHsEGsttLLEGyts
Y560‑ga sttLLEGytsHYPHt
T561‑ga ttLLEGytsHYPHtK
S562‑ga tLLEGytsHYPHtKE
T567‑ga ytsHYPHtKEsRtFI
S570‑ga HYPHtKEsRtFIPVt
T572‑p PHtKEsRtFIPVtsA
T572‑ga PHtKEsRtFIPVtsA
T577‑ga sRtFIPVtsAKtGsF
S578‑ga RtFIPVtsAKtGsFG
T581‑ga IPVtsAKtGsFGVtA
S583‑ga VtsAKtGsFGVtAVT
T587‑p KtGsFGVtAVTVGDS
S672‑p AVCIAVNsRRRCGQK
K681‑ub RRCGQKKkLVINsGN
S686‑p KKkLVINsGNGAVED
A690 VINsGNGAVEDRkPs
K695‑ub NGAVEDRkPsGLNGE
S697‑p AVEDRkPsGLNGEAs
S704‑p sGLNGEAsksQEMVH
K705‑ub GLNGEAsksQEMVHL
S706‑p LNGEAsksQEMVHLV
K715‑ub EMVHLVNkEssEtPD
S717‑p VHLVNkEssEtPDQF
S718‑p HLVNkEssEtPDQFM
T720‑p VNkEssEtPDQFMtA
T726‑p EtPDQFMtADETRNL
N735 DETRNLQNVDMkIGV
K739‑ub NLQNVDMkIGV____
  CD44 iso6  
S45 KNGRYSISRTEAADL
N57 ADLCKAFNSTLPTMA
S58 DLCKAFNSTLPTMAQ
T62 AFNSTLPTMAQMEKA
K158 DGTRYVQKGEYRTNP
T163 VQKGEYRTNPEDIYP
S171 NPEDIYPSNPTDDDV
T174 DIYPSNPTDDDVSSG
S179 NPTDDDVSSGSSSER
S182 DDDVSSGSSSERSST
S183 DDVSSGSSSERSSTS
S184 DVSSGSSSERSSTSG
T197 SGGYIFYTFSTVHPI
S199 GYIFYTFSTVHPIPD
T200 YIFYTFSTVHPIPDE
T222 STDRIPATTLMSTSA
T311 ISSTISTTPRAFDHT
T318 TPRAFDHTKQNQDWT
T325 TKQNQDWTQWNPSHS
S330 DWTQWNPSHSNPEVL
S332 TQWNPSHSNPEVLLQ
- gap
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S387 HSTSTTASAHTSHPM
T390 STTASAHTSHPMQGR
S391 TTASAHTSHPMQGRT
S415 TDFFNPISHPMGRGH
S471 QSNSQSFSTSHEGLE
T472 SNSQSFSTSHEGLEE
T485 EEDKDHPTTSTLTSS
T486 EDKDHPTTSTLTSSN
T498 SSNRNDVTGGRRDPN
S507 GRRDPNHSEGSTTLL
S510 DPNHSEGSTTLLEGY
T511 PNHSEGSTTLLEGYT
T512 NHSEGSTTLLEGYTS
Y517 STTLLEGYTSHYPHT
T518 TTLLEGYTSHYPHTK
S519 TLLEGYTSHYPHTKE
T524 YTSHYPHTKESRTFI
S527 HYPHTKESRTFIPVT
T529 PHTKESRTFIPVTSA
T529 PHTKESRTFIPVTSA
T534 SRTFIPVTSAKTGSF
S535 RTFIPVTSAKTGSFG
T538 IPVTSAKTGSFGVTA
S540 VTSAKTGSFGVTAVT
T544 KTGSFGVTAVTVGDS
S629 AVCIAVNSRRRCGQK
K638 RRCGQKKKLVINSGN
S643 KKKLVINSGNGAVED
A647 VINSGNGAVEDRKPS
K652 NGAVEDRKPSGLNGE
S654 AVEDRKPSGLNGEAS
S661 SGLNGEASKSQEMVH
K662 GLNGEASKSQEMVHL
S663 LNGEASKSQEMVHLV
K672 EMVHLVNKESSETPD
S674 VHLVNKESSETPDQF
S675 HLVNKESSETPDQFM
T677 VNKESSETPDQFMTA
T683 ETPDQFMTADETRNL
N692 DETRNLQNVDMKIGV
K696 NLQNVDMKIGV____
  CD44 iso10  
S45 KNGRYSISRTEAADL
N57 ADLCKAFNSTLPTMA
S58 DLCKAFNSTLPTMAQ
T62 AFNSTLPTMAQMEKA
K158 DGTRYVQKGEYRTNP
T163 VQKGEYRTNPEDIYP
S171 NPEDIYPSNPTDDDV
T174 DIYPSNPTDDDVSSG
S179 NPTDDDVSSGSSSER
S182 DDDVSSGSSSERSST
S183 DDVSSGSSSERSSTS
S184 DVSSGSSSERSSTSG
T197 SGGYIFYTFSTVHPI
S199 GYIFYTFSTVHPIPD
T200 YIFYTFSTVHPIPDE
T222 STDRIPATNMDSSHS
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S265 QSNSQSFSTSHEGLE
T266 SNSQSFSTSHEGLEE
T279 EEDKDHPTTSTLTSS
T280 EDKDHPTTSTLTSSN
T292 SSNRNDVTGGRRDPN
S301 GRRDPNHSEGSTTLL
S304 DPNHSEGSTTLLEGY
T305 PNHSEGSTTLLEGYT
T306 NHSEGSTTLLEGYTS
Y311 STTLLEGYTSHYPHT
T312 TTLLEGYTSHYPHTK
S313 TLLEGYTSHYPHTKE
T318 YTSHYPHTKESRTFI
S321 HYPHTKESRTFIPVT
T323 PHTKESRTFIPVTSA
T323 PHTKESRTFIPVTSA
T328 SRTFIPVTSAKTGSF
S329 RTFIPVTSAKTGSFG
T332 IPVTSAKTGSFGVTA
S334 VTSAKTGSFGVTAVT
T338 KTGSFGVTAVTVGDS
S423 AVCIAVNSRRRCGQK
K432 RRCGQKKKLVINSGN
S437 KKKLVINSGNGAVED
A441 VINSGNGAVEDRKPS
K446 NGAVEDRKPSGLNGE
S448 AVEDRKPSGLNGEAS
S455 SGLNGEASKSQEMVH
K456 GLNGEASKSQEMVHL
S457 LNGEASKSQEMVHLV
K466 EMVHLVNKESSETPD
S468 VHLVNKESSETPDQF
S469 HLVNKESSETPDQFM
T471 VNKESSETPDQFMTA
T477 ETPDQFMTADETRNL
N486 DETRNLQNVDMKIGV
K490 NLQNVDMKIGV____
  CD44 iso12  
S45 KNGRYSISRTEAADL
N57 ADLCKAFNSTLPTMA
S58 DLCKAFNSTLPTMAQ
T62 AFNSTLPTMAQMEKA
K158 DGTRYVQKGEYRTNP
T163 VQKGEYRTNPEDIYP
S171 NPEDIYPSNPTDDDV
T174 DIYPSNPTDDDVSSG
S179 NPTDDDVSSGSSSER
S182 DDDVSSGSSSERSST
S183 DDVSSGSSSERSSTS
S184 DVSSGSSSERSSTSG
T197 SGGYIFYTFSTVHPI
S199 GYIFYTFSTVHPIPD
T200 YIFYTFSTVHPIPDE
T222 STDRIPATRDQDTFH
- gap
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S291‑p AVCIAVNsRRRCGQK
K300 RRCGQKKKLVINSGN
S305 KKKLVINSGNGAVED
A309 VINSGNGAVEDRKPS
K314 NGAVEDRKPSGLNGE
S316 AVEDRKPSGLNGEAS
S323 SGLNGEASKsQEMVH
K324 GLNGEASKsQEMVHL
S325‑p LNGEASKsQEMVHLV
K334 EMVHLVNKESSETPD
S336 VHLVNKESSETPDQF
S337 HLVNKESSETPDQFM
T339 VNKESSETPDQFMTA
T345 ETPDQFMTADETRNL
N354 DETRNLQNVDMKIGV
K358 NLQNVDMKIGV____
  CD44 iso30  
S45 KNGRYSISRTEAADL
N57 ADLCKAFNSTLPTMA
S58 DLCKAFNSTLPTMAQ
T62 AFNSTLPTMAQMEKA
K158 DGTRYVQKGEYRTNP
T163 VQKGEYRTNPEDIYP
S171 NPEDIYPSNPTDDDV
T174 DIYPSNPTDDDVSSG
S179 NPTDDDVSSGSSSER
S182 DDDVSSGSSSERSST
S183 DDVSSGSSSERSSTS
S184 DVSSGSSSERSSTSG
T197 SGGYIFYTFSTVHPI
S199 GYIFYTFSTVHPIPD
T200 YIFYTFSTVHPIPDE
T222 STDRIPATTLMSTSA
T311 ISSTISTTPRAFDHT
T318 TPRAFDHTKQNQDWT
T325 TKQNQDWTQWNPSHS
S330 DWTQWNPSHSNPEVL
S332 TQWNPSHSNPEVLLQ
Y412 GNRWHEGYRQTPKED
Y412 GNRWHEGYRQTPKED
S420 RQTPKEDSHSTTGTA
S422 TPKEDSHSTTGTAAA
T423 PKEDSHSTTGTAAAS
T424 KEDSHSTTGTAAASA
T426 DSHSTTGTAAASAHT
S430 TTGTAAASAHTSHPM
T433 TAAASAHTSHPMQGR
S434 AAASAHTSHPMQGRT
S458 TDFFNPISHPMGRGH
S514 QSNSQSFSTSHEGLE
T515 SNSQSFSTSHEGLEE
T528 EEDKDHPTTSTLTSS
T529 EDKDHPTTSTLTSSN
T541 SSNRNDVTGGRRDPN
S550 GRRDPNHSEGSTTLL
S553 DPNHSEGSTTLLEGY
T554 PNHSEGSTTLLEGYT
T555 NHSEGSTTLLEGYTS
Y560 STTLLEGYTSHYPHT
T561 TTLLEGYTSHYPHTK
S562 TLLEGYTSHYPHTKE
T567 YTSHYPHTKESRTFI
S570 HYPHTKESRTFIPVT
T572 PHTKESRTFIPVTSA
T572 PHTKESRTFIPVTSA
T577 SRTFIPVTSAKTGSF
S578 RTFIPVTSAKTGSFG
T581 IPVTSAKTGSFGVTA
S583 VTSAKTGSFGVTAVT
T587 KTGSFGVTAVTVGDS
S672 AVCIAVNSRRRCGQK
K681 RRCGQKKKLVINSGN
S686 KKKLVINSGNGAVED
A690 VINSGNGAVEDRKPS
K695 NGAVEDRKPSGLNGE
S697 AVEDRKPSGLNGEAS
S704 SGLNGEASKSQEMVH
K705 GLNGEASKSQEMVHL
S706 LNGEASKSQEMVHLV
K715 EMVHLVNKESSETPD
S717 VHLVNKESSETPDQF
S718 HLVNKESSETPDQFM
T720 VNKESSETPDQFMTA
T726 ETPDQFMTADETRNL
N735 DETRNLQNVDMKIGV
K739 NLQNVDMKIGV____
  rat

 
S48 KNGRYSISRTEAADL
N60 ADLCEAFNTTLPTMA
T61 DLCEAFNTTLPTMAQ
T65 AFNTTLPTMAQMELA
K162 DGTRYSKKGEYRTHQ
T167 SKKGEYRTHQEDIDA
S175 HQEDIDASNIIDEDV
I178 DIDASNIIDEDVSSG
S183 NIIDEDVSSGSTIEK
S186 DEDVSSGSTIEKSTP
T187 EDVSSGSTIEKSTPE
I188 DVSSGSTIEKSTPEG
T200 PEGYILHTDLPTSQP
L202 GYILHTDLPTSQPTG
T204 ILHTDLPTSQPTGDR
T226 STLATIATTPWVSAH
T227 TLATIATTPWVSAHT
T234 TPWVSAHTKQNQERT
T241 TKQNQERTQWNPIHS
I246 ERTQWNPIHSNPEVL
S248 TQWNPIHSNPEVLLQ
N328 ENEWQGKNPPTPSED
N328 ENEWQGKNPPTPSED
S336 PPTPSEDSHVTEGTT
V338 TPSEDSHVTEGTTAS
T339 PSEDSHVTEGTTASA
E340 SEDSHVTEGTTASAH
T342 DSHVTEGTTASAHNN
S345 VTEGTTASAHNNHPS
N348 GTTASAHNNHPSQRM
N349 TTASAHNNHPSQRMT
S373 TDFFDPISHPMGQGH
- gap
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S433 AVCIAVNSRRRCGQK
K442 RRCGQKKKLVINsGN
S447‑p KKKLVINsGNGtVED
T451‑p VINsGNGtVEDRKPs
K456 NGtVEDRKPsELNGE
S458‑p tVEDRKPsELNGEAS
S465 sELNGEASKsQEMVH
K466 ELNGEASKsQEMVHL
S467‑p LNGEASKsQEMVHLV
K476 EMVHLVNKEPTETPD
P478 VHLVNKEPTETPDQF
T479 HLVNKEPTETPDQFM
T481 VNKEPTETPDQFMTA
T487 ETPDQFMTADETRNL
S496 DETRNLQSVDMKIGV
K500 NLQSVDMKIGV____