| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCB4264_A1095 |
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| Symbol | |
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| ID | 7098233 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Bacillus cereus B4264 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011725 |
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| Strand | + |
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| Start bp | 1063292 |
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| End bp | 1070110 |
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| Gene Length | 6819 bp |
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| Protein Length | 2272 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643468645 |
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| Product | collagen adhesion protein |
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| Protein accession | YP_002365828 |
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| Protein GI | 218233123 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4932] Predicted outer membrane protein |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCAAATGA AAAGTACTAA AAGACATATT TCAATGGTTT CATTAGTTTT TCTAGTATTA
TTTTCAGTGC TGAATGTGTG GGCTCCAGTT ATTCAAGCTG CTGTGATGAA AAGTCCAGTG
GACGAAATTA ATATTTCCCG TACTGATGGC ACGACATCTG AACCGTATCA AGCCTCAGAT
GGTATGAAAG TAGAAGTGAA GTGGTCAGCT AAAGAAAAAA TAAAAAGTGG AGATCAATTC
ACAATTGATA TGCCAAAAGA GTTTCGAAAA GACCTTATGA ATATGAGTTT TCCTTTAAAA
GATGCTGAAG GAAAAATAGT TGGTACATGT GAGATGAAAA AGGGTCTATT AACGTGTACT
ATGGGGGATT ACGTAGAAGG AAAGAATAAC ATTAAAGGTT CTTTATTCGT AGAATTCTAC
TTTGGTCTAG AAGCATATGA TGGTGTTAAA GAAATTCCAT TAGAATTTAA CGTTGATGGT
CAAATCGTCA ATAAAGAAGT AAATGTAAGT AATACGACAG AGAGACCGAA GCCACAGCCC
AATACAGATA ATCTATTGAA ATGGGGTTCT TATAATCAAG AAGATCCTTC GATTGCTGAT
TGGCTTGTAT ATGTAAATGC AACTGGAACA GAAATGCAAG ATCTTAAATT AACAGATACA
TTAGGACCTG GGCATGAGTT AATTACAGAC AGCGTAGTAT TAGAAGAGGC TGTATTTGAA
GATGGTTATG CACCAACAAA TATTAAGCCA GCAGATTTAT CTAACATTAA AATTAATGCA
ACAAAGGCTG GATTTACAAT TGAGTTTCCA GACAGTTCAA AAGGTTATAT TTTAAGATAT
AAAACAAAGA TTACTAATCC TTCTGCAAAG CCTCATAAAA ATACTGTGAA ATTAGAAGGT
AAAAATATTA AAACTGAAGA AAAAGTAGGA CAAGTATTCG TAAGTGGTGG AGGAGGATCC
GGTTCAGGTG ACAATAATCC ACCTAGCATT GAAAAAAATA TAGTTGATGA GAATGGCAAG
CTTGTAGAGA ATGAGCAGTT AAAAAAAATG GATCAAGTGA TTCAATACCA AGTTGGTACA
CACATACCGA ACGATCCTCC TAAATACACA TCTATGGTAA TTCGTGATGA TTTAGAAGAT
GTTTTAGAAG TATTAGAGGC AAAAGTGTAT GATCAAAATG GCCAAGATAT TACTTCTAAA
GGAACGTTAA ATATAGATAA ACAAAGAAGT GAAGTAACAT TTACGTTTGG TGAGAGTTTT
GACTATAAGT CATATGAAGA CCAGATAATT AATCTTAGTA TCAAGGCGAA AATTAAAAGT
GATGCAGACT TATCTTCTTA CGTAGATAAG AAGATTCCTA ATAAAGCGGA ATTACATTTT
GATGATAAAA CATTAACATC AAAAGAAGTA ACTATTACGC CGCCTGAAGC TCCAAAAGAT
GGTACAGTAT CGCTTCATAA AATAGATTCT GAGAATCCGA ACAAAGGGTT AAAAGGTGCC
GAATTTGAAG TCCGAAATAG TGCAAATGAA GTTGTTGCAA AACTGAAAAC GGACGAAAAA
GGTTTTTCAG TACCTCAAAC TTTAGCTCCT GGAACGTATA AAGTTTATGA AACAGTAGCA
CCAGAAGGAT ATCAAAAATT AAAAGAACCA GTAGAGGTTA CACTTCAAGC TGGAGAAACA
AAAACAATTG AAATTAAAAA TACTATGCAA AAGGGTCAAA TTGAAGTAAA GAAAATTGAT
TCGGAAAATG GTGAAAAACC ATTAGCAAAT GCAGAGTTTG ATATAGTAAA AGACGGTGTA
GTAGTCGAAC ATATTATTAC AGATAAAGAT GGTAAGGCAA TCTCTAAACC GTTAGCACCA
GGGAAATATA TTTTAAAAGA AACGAAAGCG CCTGAAGGCT ACCAATTAAA AGAAGCAGAG
TTCGAAGTAA ATGTAACAGG GGACGGCATA TTCCCAATAC AAGTGGAAAA TGCAATGGTT
GACAAAGGTA ATATAGAAAT CACAAAAGTG GACAAAGAGA ACGGGGCAGT ATTAGCGGAT
GTCGAATTTG AAGTCCAAGA TGAGAAAGAT GGAGTAGTAA GAAAAGTAGT AACAGATAAA
GATGGAAAAG CAAACGTTTC AGATCTATCA GTAGGAAAGT ACAAATTAGT AGAGACGAAA
AGCTTACCAG GTTATAAAAA GCTAACAGAA CCAGTACCAT TTGAAATAAA AAAAGGTATG
ACAAAATCTT TAGCAATAAA AGTAGAAAAT GAGCAGTTAG ACAAAGGCTC AGTAGAAATT
ATAAAAATAG ATAAAGATAG CCAAAAAGTA CTAGAAGGCG TAGTCTTCGA AGTGCAAGAT
GAGCAAGGCA AAGTAGTAAC AGAAGTAAAA ACAGATAAAG ATGGTAAAGC AAAAATCTCT
GATTTATCAG TAGGGAAGTA CAAATTAGTA GAGACGAAAA GTTTACCAGG CTACAAAAAG
CTAACAGATT CAGTATCATT CGAAATTACA AAAGGTATGA CAACAGTCCT ATCGTTGAAA
GTAGAAAATG AACAGTTAGA TAAAGGTTCA GTAGAAATTA CAAAAATAGA TAAAGACAGC
AAAAAAGCAT TAAAAGGCGT AGTCTTTGAA GTGCAAGATG AAGCTGGAAC AGTAGTAAAG
GAAGTAAAAA CAGATAAAGA TGGTAAAGCA AAAATCTCAG ATCTATCAGT AGGAAAGTAC
AAATTAGTAG AGAAAGAAAG TTTACCAGGC TATAAGAAAT TAACAGAGCC AGTATCGTTT
GAAATTACAA AAGGTATGAC CGAGATCTTA TCATTAAAAA TAGAAAATGA AATGGTAGAT
ACGGGAAATA TAGAGATAAC AAAGATAGAT AAAGATAATA AAGCACCGTT AACGGGAGTA
ACATTCATCG TACAAGATGA AAAGGGTAAG GAAGTTACGA AAGTAACGAC AGATAAAGAA
GGAAAAGCAA ATGTTTCAGA TTTACCTGTA GGAAAGTATG AATTAGTAGA GGTAGAAAGT
TTACCTGGTT ATAAAAAGTT AGAAAAACCA GTATCATTTG AAATTAAAAA AGGCATGACC
GAGGTCCTAT CATTGAAAGT AGAAAATGAA ATGGTGGATA CAGGGAATAT AGAGATAACA
AAAATAGATA AAGATAGTAA AGCTCCATTA GAAAATGTTG TATTTGAAGT ACGTGATTCA
AAAGGAAAAG TAGTTGCGAA AGTAAAAACG GATAAAGAAG GAAAAGCAAA CGTTTCAGAT
TTATCTATTG GAAAGTATGA GTTGGTAGAA GTAGAAACAC CGGCAGGATA CAAACCACTA
GAAAAGCCAA TTTCATTCGA AATTGAAAAG GGTAGAGTAA CAGCATTACA ATTGACTGTA
GAAAATGAAT TAGTGGATAC AGGAAATGTA GAAATTACAA AAGTAGATAA AGAAAATAAA
GATGCTTTAG CTGATGCAGT CTTTGAAATT CAAGATGAAG CAGGACAAGT AGTCGCTAAA
ATAACGACAG ATAAAAAAGG ACAAGCACAA GTTACTAATT TATCAGTCGG CACATACAAG
GTAGTAGAAG TAAAAGCACC AAAAGGATAT AAACAATTAG TAGATCCGAT TACTTTCCAA
ATTGAAAAAG GTATGACAAA ATCTCTTGCT TTAACAGTAG AAAACGAAAT GTTAGACAAG
GGAAATGTGG AAGTAACAAA AGTAGATAAA GATAGTCAAA AAGTATTAGA AGGCGTAGTC
TTCGAAGTTC AAGATGAGCA AGGCAAAGTA GTAACAGAAG TAACGACAGA TAAAGATGGA
AAAGCAAACG TTTCAGATCT ATCAGTAGGA AAATACAAAT TAGTAGAGAC GAAGAGTTTA
CCAGGTTACA AAAAATTAAC GGAACCAGTA TCATTCGAAA TCAAAAAAGG TATGACGAAA
GTTTTATCAT TGAAAGTAGA GAACGAACTG TTAGATAAAG GTTCAGTAGA AATTACAAAA
GTAGACAAAG AAAGTGGCGC AGTATTAGCG GGCGTAACAT TCGAAGTGCA AGATGAAAAA
GGCAAAGTAG TAACAAAAGT AACGACAGAT AAAGAAGGAA AAGCAACAAT TTCAGATTTA
CCAGTAGGAA AATATAAGCT AGTAGAGGTA GAAAGCTTAC CAGGATATAA AAAACTAGCG
AAACCAGTAT CATTCGAAAT CAAAAAAGGT ATGACAGAAG TTTTATCACT AAAAGTAGAG
AATGAGCTAG TAGATAAAGG TTCAGTAGAA ATTACAAAAG TAGATAAAGA TGGTCAAAAA
GCATTAGAAG GCGTAGTCTT TGAAATCCAA GATGAAGCGG GAAAAGTAGT AACAGAAGTA
AAAACAGATA AAAATGGTAA AGCAAAAATC TCAGACTTAT CTGTAGGAAA GTACAAATTA
GTAGAGAAAG AAAGCTTACC AGGCTACAAA CAATTAACAG AACCAGTATC ATTCGAAATC
AAAAAAGGTA TGACAGAAGT CTTATCATTA AAAGTAGAGA ATGAACTAGT AGATAAAGGT
TCAGTAGAAA TTACAAAAGT AGATAAAGAT AGTCAAAAAG TATTAGAAGG CGTAGTCTTC
GAAGTACAAG ACGACAAAGG CAAAGTAGTA GCAGAAGTAA CGACAGATAA AGAAGGAAAA
GCAAACGTTT CAGATCTATC AGTAGGAAAA TATAAATTAG TAGAGACGAA GAGCTTACCA
GGTTACAAAA AGTTAACGGA ACCAGTATCA TTCGAAATTA CAAAAGGTAT GACGAAAGTT
TTATCATTGA AAGTAGAGAA CGAACTGTTA GATAAAGGTT CAGTAGAGAT TACAAAAGTG
GACAAAGAAA GTGGCGCAGT ATTAGCGGGC GTAACATTCG AAGTGCAAGA TGAAAAAGAT
AAAGTAGTAA CAAAAATAAC GACAGATAAA GAAGGAAAAG CAACAATTTC AGATTTACCA
GTAGGAAAAT ATAAGCTAGT AGAGGTAGAA AGCTTACCAG GATATAAAAA ACTAGCGAAA
CCAGTATCAT TCGAAATCAA AAAAGGTATG ACAGAAGTTT TATCACTAAA AGTAGAGAAC
GAATTAGTAG ATAAAGGCTC AGTAGAAATT ACAAAAGTGG ACAAAGAAAG TGGCGCGTTA
TTAAAAGGCG TAACATTCGA AGTGCAAGAT GAGCAAGGCA AAGTAGTAAC AAAAGTAACA
ACAGATAAAG AAGGAAAAGC GAAAATTTCA GATCTATCTG TAGGAAATTA CAAACTAGTA
GAAGTAGAAA GCTTACCAGG CTACAAAAAG CTAGCAGAGC CAGTATCATT CGAAATTAAA
AAGGGTATGA CAGAAGTCTT ATCATTAAAA GTAGAGAATG AACAGTTAGA CAAAGGTTCA
GTAGAAATCA CAAAAGTAGA TAAAGATAGT CAAAAAGTAT TAGAAGGCGT AGTCTTCGAA
GTACAAGACG ACAAAGGAAA AGTAGTAACA GAAGTAAAAA CAGATAAAAA TGGTAAAGCA
AAAATCTCAG ATCTATCAGT AGGAAAGTAC AAATTAGTAG AGAAAGAAAG TTTACCAGGT
TACAAACAAT TAACAGAACC AGTATCGTTT GAAATTACAA AAGGTATGAC AGAAGTTCTA
TCATTAAAAA TAGAAAATGA AATGGTAGAT ACGGGAAATG TAGAAATTAC AAAAATAGAT
AAAGATAATA AGGCACCGTT AGCAGGTGTA GTCTTTGAAG TACAAGACGA CAAAGGCAAG
GTAGTAACGA AAGTAACGAC AGATAAAGCT GGAAAAGCAA CAGTTTCAGA TTTATCAGTA
GGAAAGTACA AGCTAGTAGA AGTAGAGAGT TTACCAGGCT ACAAAAAATT AGAAAAGCCT
GTACCATTTG AAATTACAAA AGGTATGACA AAATCTTTAG CGTTCACTGT AGAAAATGAA
ATGGTAGATA CGGGGAATGT AGAAATCACA AAAATAGATA AAGACAGTAA AGCACCATTA
GAAAATGTTG TATTTGAAGT ACGTGACTCA AAAGGCAAAG TAGTTGCGAA AGTAACGACG
GATAAAGAAG GAAAAGCAAA CGTTTCAAAT CTATCAGTAG GAAAATACAA ATTAGTAGAG
ACGAAGAGCT TACCAGGTTA CAAAAAGTTA ACGGAACCAG TATCATTCGA AATTACAAAA
GGTATGACAA AAGTCTTATC ATTGAAAGTA GAGAACGAAC AGTTAGACAA AGGTTCAGTG
GAGATTACAA AAATGGCCGC TGAAAGCAAG GAAGTCTTAT CAGGAGCTGT GTTTGAAGTT
CATGATGAAA AGGGAAAAGT AGTAGTGAAA GTAACAACAG ATAAAGATGG AAAGGCAAAA
ATCACAGATC TATCTGTAGG TAACTACACA CTAGTAGAAG TAGAAGCACC AAAAGGATAT
GAAAAATTAA CTAATCCAAT TCCATTTGAA ATTACAAATG GAATGATAAA TGCAGTTCAA
TTAGAAGTAT TAAACAAATT GAATCATTTA GCACCACCAG GTCCAGAAAC ACCAGACCCA
GAAAAGCCTG GAACACCAGA TCCGGAGAAA CCTGGAACAC CGAATCCAGA AAAGCCTGGA
ACACCAGATC CAGAAAAGCC TGGAACACCA GATCCAGAAA AACCTGGAAC ACCGAATCCA
GAAAAGCCTG GAACACCAGA TCCAGAAAAA ACTGGAACAC CAGATCCAGA AAAGCCAGGG
ACACCAGATC CAGAAAAGCC AGGGACACCG AATCCAGAGA AACCTGAAAA AGAATTACCG
AAGACAGGGC AGAAAATGCC TGTGGAACCA TATATGGGAG CACTTCTTGT AATGATGAGT
TTTGGGTTAC TCGTATTAGG TAGAAAACAG CAGAGATAA
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| Protein sequence | MQMKSTKRHI SMVSLVFLVL FSVLNVWAPV IQAAVMKSPV DEINISRTDG TTSEPYQASD
GMKVEVKWSA KEKIKSGDQF TIDMPKEFRK DLMNMSFPLK DAEGKIVGTC EMKKGLLTCT
MGDYVEGKNN IKGSLFVEFY FGLEAYDGVK EIPLEFNVDG QIVNKEVNVS NTTERPKPQP
NTDNLLKWGS YNQEDPSIAD WLVYVNATGT EMQDLKLTDT LGPGHELITD SVVLEEAVFE
DGYAPTNIKP ADLSNIKINA TKAGFTIEFP DSSKGYILRY KTKITNPSAK PHKNTVKLEG
KNIKTEEKVG QVFVSGGGGS GSGDNNPPSI EKNIVDENGK LVENEQLKKM DQVIQYQVGT
HIPNDPPKYT SMVIRDDLED VLEVLEAKVY DQNGQDITSK GTLNIDKQRS EVTFTFGESF
DYKSYEDQII NLSIKAKIKS DADLSSYVDK KIPNKAELHF DDKTLTSKEV TITPPEAPKD
GTVSLHKIDS ENPNKGLKGA EFEVRNSANE VVAKLKTDEK GFSVPQTLAP GTYKVYETVA
PEGYQKLKEP VEVTLQAGET KTIEIKNTMQ KGQIEVKKID SENGEKPLAN AEFDIVKDGV
VVEHIITDKD GKAISKPLAP GKYILKETKA PEGYQLKEAE FEVNVTGDGI FPIQVENAMV
DKGNIEITKV DKENGAVLAD VEFEVQDEKD GVVRKVVTDK DGKANVSDLS VGKYKLVETK
SLPGYKKLTE PVPFEIKKGM TKSLAIKVEN EQLDKGSVEI IKIDKDSQKV LEGVVFEVQD
EQGKVVTEVK TDKDGKAKIS DLSVGKYKLV ETKSLPGYKK LTDSVSFEIT KGMTTVLSLK
VENEQLDKGS VEITKIDKDS KKALKGVVFE VQDEAGTVVK EVKTDKDGKA KISDLSVGKY
KLVEKESLPG YKKLTEPVSF EITKGMTEIL SLKIENEMVD TGNIEITKID KDNKAPLTGV
TFIVQDEKGK EVTKVTTDKE GKANVSDLPV GKYELVEVES LPGYKKLEKP VSFEIKKGMT
EVLSLKVENE MVDTGNIEIT KIDKDSKAPL ENVVFEVRDS KGKVVAKVKT DKEGKANVSD
LSIGKYELVE VETPAGYKPL EKPISFEIEK GRVTALQLTV ENELVDTGNV EITKVDKENK
DALADAVFEI QDEAGQVVAK ITTDKKGQAQ VTNLSVGTYK VVEVKAPKGY KQLVDPITFQ
IEKGMTKSLA LTVENEMLDK GNVEVTKVDK DSQKVLEGVV FEVQDEQGKV VTEVTTDKDG
KANVSDLSVG KYKLVETKSL PGYKKLTEPV SFEIKKGMTK VLSLKVENEL LDKGSVEITK
VDKESGAVLA GVTFEVQDEK GKVVTKVTTD KEGKATISDL PVGKYKLVEV ESLPGYKKLA
KPVSFEIKKG MTEVLSLKVE NELVDKGSVE ITKVDKDGQK ALEGVVFEIQ DEAGKVVTEV
KTDKNGKAKI SDLSVGKYKL VEKESLPGYK QLTEPVSFEI KKGMTEVLSL KVENELVDKG
SVEITKVDKD SQKVLEGVVF EVQDDKGKVV AEVTTDKEGK ANVSDLSVGK YKLVETKSLP
GYKKLTEPVS FEITKGMTKV LSLKVENELL DKGSVEITKV DKESGAVLAG VTFEVQDEKD
KVVTKITTDK EGKATISDLP VGKYKLVEVE SLPGYKKLAK PVSFEIKKGM TEVLSLKVEN
ELVDKGSVEI TKVDKESGAL LKGVTFEVQD EQGKVVTKVT TDKEGKAKIS DLSVGNYKLV
EVESLPGYKK LAEPVSFEIK KGMTEVLSLK VENEQLDKGS VEITKVDKDS QKVLEGVVFE
VQDDKGKVVT EVKTDKNGKA KISDLSVGKY KLVEKESLPG YKQLTEPVSF EITKGMTEVL
SLKIENEMVD TGNVEITKID KDNKAPLAGV VFEVQDDKGK VVTKVTTDKA GKATVSDLSV
GKYKLVEVES LPGYKKLEKP VPFEITKGMT KSLAFTVENE MVDTGNVEIT KIDKDSKAPL
ENVVFEVRDS KGKVVAKVTT DKEGKANVSN LSVGKYKLVE TKSLPGYKKL TEPVSFEITK
GMTKVLSLKV ENEQLDKGSV EITKMAAESK EVLSGAVFEV HDEKGKVVVK VTTDKDGKAK
ITDLSVGNYT LVEVEAPKGY EKLTNPIPFE ITNGMINAVQ LEVLNKLNHL APPGPETPDP
EKPGTPDPEK PGTPNPEKPG TPDPEKPGTP DPEKPGTPNP EKPGTPDPEK TGTPDPEKPG
TPDPEKPGTP NPEKPEKELP KTGQKMPVEP YMGALLVMMS FGLLVLGRKQ QR
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