| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BCG9842_B1663 |
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| Symbol | |
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| ID | 7182585 |
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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 G9842 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011772 |
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| Strand | - |
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| Start bp | 3476307 |
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| End bp | 3483779 |
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| Gene Length | 7473 bp |
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| Protein Length | 2490 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643551378 |
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| Product | hypothetical protein |
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| Protein accession | YP_002447048 |
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| Protein GI | 218898637 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.365155 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.00000000000128609 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | GTGCCTTTTA TAAATCGTTT TACGACAACA GTACCTGGTG CCGTCACGTT CACTGGGAAT
ACACTGGGAC TTAGTCCTAC ATCACCTGCA CCAGGTAATA TTTTTGGTAC ACTTGCTGTG
TTTACGACAG TAAATACAGC ATTGCAAGTA CCAGGATTCC CAGCAGGGAC AACAGATGAA
TGGGAATTGA ATTCTTCAAG TGCAATTTTA AATCTTCCAG CGGGAAGCAG TGTGTTATAT
GCAGAATTAG TTTGGGCTGG TACGTTCCGG ACTGATACGG AAGATGTGTT ACCATTTTTA
AATGATAACA TTACATTTAC AACGCCAGCA GGGACGTTTT CTGTTACGCC AGATCCTGTT
ACCGCGCAGC AAGGTTCAGT AGGAAACCAG TTTTATTATG CTCGCTCTGC CAATGTAACG
AATCTTGTTA GTGCAGGTGG AGCAGGAACA TATACAACGG GTGCTGTGCC AGCTGCAAGA
ACTTCAGCCG ACCCAACAAT CAGTCGTTCA GCTGGATGGA CGCTTGAGGT TGTGTATCAA
AATGCCAATT TACCACTTCG AAATTTGTCA GTATATGCAG GTCAAGAAAT TATTGATGCT
TCATCACCAC CAGTTGATGC CACTATTTCA GGATTTGCTA CTCCAGCTAC AGGAGCTGTA
ACAGGACGAG TGCTCGTAAC TGCTCAAGAA GGTGATTCTA ACATTGTTGG AGATCAACTT
CGCTTTGGAC CGAATGCAAA TGCTACAGTT GCATTATTCG GACCAAGAAA TCCTGCGAAT
AATTTTTTTC AGTCACAAAT TTGTAATGAC AGTGGAAATT TAGATACGAG TGGCACGTTT
GGAGATTTGA ATCAGCCGTT AGGGATAGCT TTGGCCGTCC GAAGACAGGG GTGGGATATT
ACAAATGTAG ATGCCTCCTC ATCTTTAGTA AACAATCAAA CATCAGCAAC GGTTCGATTC
GTTACTAATG GAGATGGATA CGCTGCAGCT GGTTTTGGGG TTCAAATTGA TGCAACGGGG
CCAATTATTA ATCCTGTTAA ATCGGTCAAT AGAACAGTTG CAGGAGTTGG AGATATTCTT
ACCTACACAA TTACAGTTCC TAATACAGGT ACAGGAAGTG CAGAAAATGT TATATTACAA
GACAGTATTC CGAACGGAAC GACGTTTGTT ACAGGTAGTG TAACAGTAGG TGGAGTAACA
CAGCCGAATG CGAACCCTGC TAATGGAATT AATTTAGGCA CAATCCCAAA TAACACGCAA
AGAATTGTTA CATTTCAAGT ACGAATAACA TCGTTTCCGA ACCCAAATCC TATTCCAAAT
CGTGCAATGG TGTCATATCA ATTCCGTCCT TTCGTTAGTA GTCCTCCTAT TACAAGTACG
TCTTCTTCAA ACACAGTACA AACGACAGTG AATCAAGCGA CTATAAGTAT GCAAAAATCT
GTAGATTTAC AGACGGCAAC GCTTAATGAT GTATTAACGT ACACAGTTAA TGTCACAAAT
AATGGGAACG TTACTGCAAA CAATGTTATT TTTGTTGATA GTATACCTGC TGGAACAACA
TTTGTTCCAA ATAGCGTTAC AGTGAATGGA GTAGCACGCC CAGGAGCGAA TCCAGCAAGT
AGTATAAATC TTGGAAGTAT TAATGCTTCG CAAACGACTA TAGTGCGCTT TCAAGTTCGA
GTAACATCTA ATCCTCTTGT CAATCCAATT CCCAATCGTG CAAGTGCTAC ATTTACCTTT
ACTCCAGTGC CTGGTCAACA ACCAGTTTCA GGGCAAGCGA CAAGTAACAC TGTAGTTACG
ACCGTTAACA TAGCTGATAT AAGAACGAGA AAAACAGTGG ATAGAGCTTT TGCGACGGTA
AATGATGTTC TTACGTACAC TGTTACAATT GAAAATAAAG GAAATGTACT TGCGACGAAC
GTTATTTTTC AAGATCCGAT CCCAATTGGA ACGACATTTA TCGCAAATAG TGTGACTGTG
GACGGGGTTT CACAACCTGG GGCAAATCCA GCAACTGGGT TTACAGTAGC TAATATATCT
CCTGGCGGAA GTAGGACTGT TACATTTCGA GTACGAGTTA CATCTACACC ATCGGGAGGT
ACGATTGCGA ATCGCGGAAA TGTGTCTGCT AATTTCGTCG TTATTCCGAA TCAGCCACCG
ATAACAATTA ATAGACAAAC GAATACAGTT GTGACACAAG TTAATACAGG CGGTTTAAAT
GTAATAAAAG AAGTGAATAC AACGCAAGCG GCGGTAGGGG ATACTTTAAC ATACACAATT
GCCGTCCAAA ATACAGGAAA CGTTCCGTTA ACAAATGTAT TTTTCCAAGA CCCTATTTCT
TCTGCTGTTT CATTTGTTGC AAATTCTGTA ACAATTAATG GAGTATCGCA AAGTGGATTG
AATCCGAATA CAGGATTTTC TCTTCCGAAT ATTCCTGCGG CTCAAACAGT TGTAGTCACA
TTTGACGTAT TAATTGTACA GGATCCAGAA AATGAAGATA TTTTAAATCA AGCAAATGTA
ACAGCAAGTT TTCAAGTGAA TCCGAGTGAA CCACCAGTAA CCATCAATGT TCCGAGTAAT
GTTGTGAATA CGACAGTACA AACAGGGAAC TTTGAAGTTG TGAAATCAGT GAATACGGCT
GTTGCAACTG TAGGGGATAT TTTAGTATAT ACAATCGAAG TTATAAATGC AGGTAGTGTA
CCAGCTACAA ATGTATTTTT CCAAGATTCA ATTCCACAAG GGACATTATT TATTGAAAAT
AGTGTAGTTG TGAATGGTGT TTTACAAGAA GGGGCAGATC CAGAACTTGG ATTCCAATTA
AATGATTTGC CTACTGGCGC GAGTGTTATT GTTACGTTTG AAGTATTAAT TGATGAAATT
CCCCAAGGGA ATAATGTCGT AAATAATGCG AATGTAACTG GAGATTTCCT TGTAAATCCA
ACAGAGCCAC CGATTACTGT AACAGTACCA AGTAATACTG TTATGACGAT TGTGAATTCT
TCAGGGTTAA ATGTAATGAA AAGTGTAAGT GCTACTGAAG CCGGTGTAGG AGATACGTTA
ACGTATACAG TTCGTATACA AAATAGTGGA ACGGTGACAG CGACAAATGT ATCATTCCTT
GATCCGATTC CAGTTGGAAC CACTTTTGTA GCGAATAGTG TAACAATAAA CGGGACACCT
CAACCAGGTT TAAACCCGAC AATTGGATTT CCACTTGCTA ATATTCCAGT AGGAGGTATG
GTGACGGTCA CTTTTCAAGT GGCAATCACG AGTGTACCAC CAAATAGAGT TCTTCCGAAT
AATGCGAATG TAACTGCTGA TTTCCAAGTA AGTCCTCTCC AGCCACCAAT TACAATTGTA
ACGATTAGTA ATATTGTTGT GACGCGAGTG AATGTAGGAT CACTTAATGT AATGAAGAGT
GTAAATACAC CACAAGCCGG TGTAGGAGAT ACGTTAACGT ATACGATTCT TATTCAAAAT
ACAGGAACTG TTCCTGCAAC AAATATTGTT TTTCAAGATC CAATTCCGTC TGGTACTGCG
TTTGTAACAA ATAGTGTGAC GATAAATGGA GTTGTTCAGC AAGGTGCGGA TCCTATGCTA
GGTTTCCCGG TACCAAATAT TCCGGTCGGG CAAACGGCTA CGATTACGTT TCAAGTTACA
GTGACGAGTG TTCCGAGCGG TGGAAATATA AGAAACCAAT CGAACGTTAC TGCAAGTTTT
CTTATAAATC CAGCAAACCC TCCAATAACG ACTGTTACAA ATAGTAATTT TGTTGTGACG
CAAGTAAACA CAGCACAGTT AAATATACAA AAATCTTCAT CTGTACAACA AGCAGCACTT
GGAGAAACTT ACACGTATTC TGTTGTCATT CGGAATAACG GTACAGTAAC AGCAACGAAT
GTCTCTTTCC TTGATCCAAT TGCTTTAGAA ACAACATTTG TAGCAAACAG TGTAACGATA
AATGGAACGC TACAACCTGG ATTTGACCCA AATGTTGGTT TCCCGCTTCC TAATATTGCT
GCTGGAACAT CATTGACAGT AACGTTCCAA GTTACGGTAG TTGCACCGTC TACACGTGGA
GCAGTATTAA ATACAGCATC TGCTACAGCC ACTTTCTTAT TAAATCCTTT ACAACCACCT
GTAACAACCA CGAATTCAAG TAATACAACG GTAGTTACAA TACCGTTACC TCCTCCTGGT
GAAGTAACAG CAACAAAAAC AGTTGATGTT GCAACTGGGG CCGTTGGGGA TGTATTAACG
TATACTGTGC TCATTTCAAA CGTAGGAATT ATCCCTGTTA CAGATGTGTT CTTCCAAGAT
GTCATACCAG AAGGAACGAC GTTTGTTGAC AATAGTGTAA CGATAGGTGG AGTGCAGCAA
CTTGGTTTAA ATCCAGAAAT AGGATTTACA GTTACTCCAT TATTAATCGC TGGTGGAAGT
ATTGAGGTCA CATTCCAAGT GACGATTACA GAAATTCCAG ATAATGAAGT CATATTAAAT
GATGCAGATG TTACATTTAC TTCACAACCA AATCCGCAGG AACCACCGAT TACGGAAACG
ATATTAACAA ATTTAGTCGT TACGACAATT AATATAGCGT TTATTTTTCC ATTGAAACTA
GTAGATAAAG AAGTAGCGAC GGTAGGAGAA ATATTAACGT ATGATGTATT GATTTTTAAT
TTCGGAACAG TGCCAGCGAC GAATGTTCAA TTTATCGATA CTACTTCCGC GGGTGTAGCA
TTTGTACCAG GAAGTGTGAG CATAAACGGG GTACCAGCAC CAGGATTAGA TCCTTTCATT
GGTTTTACAG TTCCAGATAT ACCTGTCGAT GATTTTGTAC TTGTCACATA TCAGGAAGTG
GTTACAAGCA TACCAGAAGG TGGAACGATT GTTAATTTTG TAGACGTTAC AGCTACATTT
GCTGTAAGTG AAACAGAACC GCCTATTACG GAAACAACGA CAAGTAATAC GACATTAACA
GAAATCAATG AGCCTGGTTT GAATGTTTTA AAATCAGTGA GTCAGCCGGT TGTTGCAGTA
GGCGATACAA TCACATATAC AACAGTAGTT CAAAATACAG GAACAGTGCC AGCAACGAAT
GTTCAATATA GTGATGTATT ACCTTCCTCT ATAGCATTCG TGCCGAACAG TGTAACGATA
GATGGTGTGT TACAACCTGG ATTCAATCCG AATAACGGAT TCCCGCTTCC AGATATAAAT
CCAGGTGAAA GTGTAGAAGT CACCTTCCAA GTAACCGTTG TTAGTGCGCC ATCAAACGGA
ACAATTGCCA ATACGGCAAA TGTAACTGGA AGTTTTGTAT TAGTACCAGG AGAACCACCA
GTTATAGTAA CAGAGCCGAG CAATACAACA CTTACAACTG TAAATAGAGG GCAATTTAAT
GTTATTAAAC AAGTAAATAG GGTTGCTACT CTCGTTGGAG ATATATTAAC GTATACGGTT
CAAATAACGA ATACAGGAAC AGTAACAGCT AATGCTGTTC AGTTTGTTGA TACCATTTCA
GCAGGGGCGT CATTTGTACC AAATAGTGTA ACGATAAATG GAGCCTCGCA ACCAAACTTA
AATCCAATTA CTGGATTTGG AGTTGGAGAT ATACCGGTAG GTGAAACAGT TATAGTGACG
TTTCAAGCGA CAGTTACAAA CATCCCGTCA TCAGGAACAA TTACGAACGT TGCAAATATA
ACAGGAAGCT TTACTTTAGT GCCAGGAGAA CTACCAGTTG TAGTAACAGA GCCGAGTAAT
ACGACGATAA CTAGAGTGAA TAGAGGACGA TTCAGCGTTA TAAAATCTAT AAATAAAGAA
GCGACACGAT TAGGAGATAC GTTAACGTAT AGTGTGCAAG TTACAAATAC GGGAACGGTA
ACAGCAACGA ATGTTCAGTT TATCGATGTT CCATCACCTA GTTTAGAATT CGTTCCTGGA
AGTGTACAAA TAAATGGGGT TCCGCAAGTA GGTTTAGATC CATTTGTAGG CTTTGCATTG
CCTGATCTTG CAGTAGGGGA TAGTGTATTA ATTACATTTG AAGTAAATGT AATCGCAGTT
CCGCCTTCTA GTAGCATTAT GAATACAGCA AGAGTAACGG GAGATTTCGA ATTGATTCCA
GGAGAACCTC CGTCTACAAT TACAAATTCA AGTAATACGA CGGTTACGCC GGTAAATAGA
GGCAGCTTAG ATATGCTAAA AGAAGTAGAC CATTCAGTTG TTGGTGTAGG AGAAACGGTA
ACGTATACTG TTCGTATATT AAATACTGGT ACTGCTGATG CAATGAATGT TCAATTTATC
GATGTGCTAT CTCAGGAAGC TGATTTCATT CCAAATAGTG TAACGATAAA TGGGGTTCCG
CAACCGGGGT TAAATCCGCA GATTGGATTT ACGATACCTG ATATACCAGT TGGTGAGACG
GCACTTGTAA CATATGAAGC TACGATTACA AGTTTTCCGG ATGGTGGAAC AGTAGTAAAC
GTTGCTGGAG CGTTAGCAGA ATATATTTTA GTACCAGGAG AGCCGCCAGT TACAGTGATG
GACACGAGCA ATACAGTTAT TGTAACGGTA AATACTGCAA TCTTATTTGT TGCAAAAGGA
GCAAACTTTG AAGTAGCAAT GATAGGGGAT GTTGTCACTT ACGGAATCGC TGTTATAAAT
GATAGTACAG TTCCTGTGAC CAATATTGTG TTAACAGATA TCATTGATCC GAATACGCTA
TTTATAAATG GTACGGTAAC GGTAAATGAT GTACCTCTTC CATTTGCTAA TCCGAATACT
GGTATTCCGT TAGGTGATTT TCAGCCAAAT GATGCAGCAA TTATTAATTT CCAAGTTGTA
ATAACAGGAG GGCAAGTAAA TAATTTAGTT ACAAATACCG CTACAGCGAA TGGGCTCGCA
ACTGTAAATC CGAATGAGCC GCCAGTAGTA GTTGAAGGTG ATAGTAATAC AGTTGTTATC
CCGTTTATTC CTCAAAATGT CTCAACGACA GTCGTAAAAA CGGCAGATTT ACAGGCAGCA
ACAATTGGAG ATGTCATTAC GTTTACGACA GTCATCACAA ATACGGGTGA TACTGTAATG
CAAAATATTC GTTTTCAAGA TATGTTAGAT AGTAGTGTTC GATTTGTTCC TGGAAGTGTA
ACGGTTGATA ATAGGCCAGT GCCGAATGTA AGCCCGGCAG TAGGGTTTCT TATCGGAATT
TTAAATCCTG GTGAAGCAAG GACAGTTTCG TTCCAAGTAG CAGTACAGAG CGCGCCAAAT
GGCTCAGGAA ATTATATAAA TCAAGCGAGT ATTCGTTTTG AACATCAAGT AGGCACAGTA
TTGCCACCTG TTACACAAAT AGTAGAAAGT AACATAGTTG TCATTCCATT TGTTCCAACG
ATTGAACAAA TTTGTGAAAC AAACTTTAAT TGCTTAGATA AAATTCCATT TCAATGTTCT
CCGTGTAATC ATTTGCATGG ACATAAAAAA TAA
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| Protein sequence | MPFINRFTTT VPGAVTFTGN TLGLSPTSPA PGNIFGTLAV FTTVNTALQV PGFPAGTTDE
WELNSSSAIL NLPAGSSVLY AELVWAGTFR TDTEDVLPFL NDNITFTTPA GTFSVTPDPV
TAQQGSVGNQ FYYARSANVT NLVSAGGAGT YTTGAVPAAR TSADPTISRS AGWTLEVVYQ
NANLPLRNLS VYAGQEIIDA SSPPVDATIS GFATPATGAV TGRVLVTAQE GDSNIVGDQL
RFGPNANATV ALFGPRNPAN NFFQSQICND SGNLDTSGTF GDLNQPLGIA LAVRRQGWDI
TNVDASSSLV NNQTSATVRF VTNGDGYAAA GFGVQIDATG PIINPVKSVN RTVAGVGDIL
TYTITVPNTG TGSAENVILQ DSIPNGTTFV TGSVTVGGVT QPNANPANGI NLGTIPNNTQ
RIVTFQVRIT SFPNPNPIPN RAMVSYQFRP FVSSPPITST SSSNTVQTTV NQATISMQKS
VDLQTATLND VLTYTVNVTN NGNVTANNVI FVDSIPAGTT FVPNSVTVNG VARPGANPAS
SINLGSINAS QTTIVRFQVR VTSNPLVNPI PNRASATFTF TPVPGQQPVS GQATSNTVVT
TVNIADIRTR KTVDRAFATV NDVLTYTVTI ENKGNVLATN VIFQDPIPIG TTFIANSVTV
DGVSQPGANP ATGFTVANIS PGGSRTVTFR VRVTSTPSGG TIANRGNVSA NFVVIPNQPP
ITINRQTNTV VTQVNTGGLN VIKEVNTTQA AVGDTLTYTI AVQNTGNVPL TNVFFQDPIS
SAVSFVANSV TINGVSQSGL NPNTGFSLPN IPAAQTVVVT FDVLIVQDPE NEDILNQANV
TASFQVNPSE PPVTINVPSN VVNTTVQTGN FEVVKSVNTA VATVGDILVY TIEVINAGSV
PATNVFFQDS IPQGTLFIEN SVVVNGVLQE GADPELGFQL NDLPTGASVI VTFEVLIDEI
PQGNNVVNNA NVTGDFLVNP TEPPITVTVP SNTVMTIVNS SGLNVMKSVS ATEAGVGDTL
TYTVRIQNSG TVTATNVSFL DPIPVGTTFV ANSVTINGTP QPGLNPTIGF PLANIPVGGM
VTVTFQVAIT SVPPNRVLPN NANVTADFQV SPLQPPITIV TISNIVVTRV NVGSLNVMKS
VNTPQAGVGD TLTYTILIQN TGTVPATNIV FQDPIPSGTA FVTNSVTING VVQQGADPML
GFPVPNIPVG QTATITFQVT VTSVPSGGNI RNQSNVTASF LINPANPPIT TVTNSNFVVT
QVNTAQLNIQ KSSSVQQAAL GETYTYSVVI RNNGTVTATN VSFLDPIALE TTFVANSVTI
NGTLQPGFDP NVGFPLPNIA AGTSLTVTFQ VTVVAPSTRG AVLNTASATA TFLLNPLQPP
VTTTNSSNTT VVTIPLPPPG EVTATKTVDV ATGAVGDVLT YTVLISNVGI IPVTDVFFQD
VIPEGTTFVD NSVTIGGVQQ LGLNPEIGFT VTPLLIAGGS IEVTFQVTIT EIPDNEVILN
DADVTFTSQP NPQEPPITET ILTNLVVTTI NIAFIFPLKL VDKEVATVGE ILTYDVLIFN
FGTVPATNVQ FIDTTSAGVA FVPGSVSING VPAPGLDPFI GFTVPDIPVD DFVLVTYQEV
VTSIPEGGTI VNFVDVTATF AVSETEPPIT ETTTSNTTLT EINEPGLNVL KSVSQPVVAV
GDTITYTTVV QNTGTVPATN VQYSDVLPSS IAFVPNSVTI DGVLQPGFNP NNGFPLPDIN
PGESVEVTFQ VTVVSAPSNG TIANTANVTG SFVLVPGEPP VIVTEPSNTT LTTVNRGQFN
VIKQVNRVAT LVGDILTYTV QITNTGTVTA NAVQFVDTIS AGASFVPNSV TINGASQPNL
NPITGFGVGD IPVGETVIVT FQATVTNIPS SGTITNVANI TGSFTLVPGE LPVVVTEPSN
TTITRVNRGR FSVIKSINKE ATRLGDTLTY SVQVTNTGTV TATNVQFIDV PSPSLEFVPG
SVQINGVPQV GLDPFVGFAL PDLAVGDSVL ITFEVNVIAV PPSSSIMNTA RVTGDFELIP
GEPPSTITNS SNTTVTPVNR GSLDMLKEVD HSVVGVGETV TYTVRILNTG TADAMNVQFI
DVLSQEADFI PNSVTINGVP QPGLNPQIGF TIPDIPVGET ALVTYEATIT SFPDGGTVVN
VAGALAEYIL VPGEPPVTVM DTSNTVIVTV NTAILFVAKG ANFEVAMIGD VVTYGIAVIN
DSTVPVTNIV LTDIIDPNTL FINGTVTVND VPLPFANPNT GIPLGDFQPN DAAIINFQVV
ITGGQVNNLV TNTATANGLA TVNPNEPPVV VEGDSNTVVI PFIPQNVSTT VVKTADLQAA
TIGDVITFTT VITNTGDTVM QNIRFQDMLD SSVRFVPGSV TVDNRPVPNV SPAVGFLIGI
LNPGEARTVS FQVAVQSAPN GSGNYINQAS IRFEHQVGTV LPPVTQIVES NIVVIPFVPT
IEQICETNFN CLDKIPFQCS PCNHLHGHKK
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