| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bcer98_2222 |
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| Symbol | |
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| ID | 5346674 |
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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 cytotoxicus NVH 391-98 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009674 |
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| Strand | - |
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| Start bp | 2310916 |
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| End bp | 2318385 |
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| Gene Length | 7470 bp |
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| Protein Length | 2489 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 640839741 |
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| Product | hypothetical protein |
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| Protein accession | YP_001375467 |
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| Protein GI | 152975950 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | GTGCCTTTTA TCAATCGTTT TACAACAACA GTTTCTGGTG CAGTTACATT TACAGGGAAC
ACACTTGGTT TAAGTCCACT CTCGCCAGCG CCTAACAATA ATTTTGGTAC GATAGATGTA
TTTACAACAG TCGATACAAC TTTACAGGTT CCTGGTTTTC CGGCAGGAAC AACAGATGAT
TGGAGAGAAA ATTCTTCGAG TGCAATTTTA AACATTCCAA TTGGTAGTAA TATTTTATAT
GCAGAACTTA TTTGGGCAGG GACATATAGA ACCGATACTG AAGATGTTTC CGCATTTTTA
GATGATGACA TTATCTTTGT AACACCTTTT GAGGAAGTGT TGATTACTCC TGATCCAGTA
ACGGCTCAGC AAGGTTCAGT AGGAAAGCAA TTTTATTATG TTCGCTCAGC AGATGTAACC
GAATTTGTTA CCGAGGGAGG AACATATACT GCGGGAAGTG TTCCGGCAGC AAGGGTATCG
GTTGATGCGA CGGTTAGCCG TTCAGTGGGA TGGACACTTC AAGTCGTCTA TCAAAATAGT
ACTTTACCAC TTCGTAATCT CTCTGTTTAT ACCGGGCAAG AAATTATTGA AGCTGTATCT
CCACCAGTAG ATGCTACTAT TTCAGGGTTT GCAACGCCTG CAACAGGAAC TGTTACAGGA
AGGGTGCTTG TTACTGCGCA AGAAGGGGAT CCTAATATTA TTGGAGACCA GCTACGCTTT
GGGCCAGATG TTAATAGTAC AGTTACATTG TCGGGGCGAA GAAATCCAGC TAATAATTTT
TTTCAATCCC AAATTTGTAA TGATAGAGGA GAGTTGGATA GAACCGGTAC TTTTGGTGAT
TTAAATCAGC CGTTAGGAAG AGCGGTAGAA ATGAGAAGAC AAGGATGGGA CATTACAAAT
GTAGATGCAT CCGCATCTTT AGTGAATAAT CAAACATCGG CAGTGGTTCG TTTTGTTACG
AATGGAGATG GATATGCTAC TGCTGGTTTT GGTGTTCAAA TAGATGCAAC AGGTCCTATT
ATTAATCCAA TTAAATCTGT TGATAAAACA AGTGCTAGAG TAGGAGATCT TCTCACATAT
ACGATTACAG TTTTAAATAC CGGTACGGGA GATGCAGAAA ATGTTATATT GCAAGATGAT
ATACCGAGTG GAACAACATT TGTTCCTGGT AGTGTAACGG TCGGAGGTAT AACACAACCA
AATGCCAATC CATCGACTGG TATTCAGCTA GGAGAAATAC CAGTTGATGG TACGTCGCGA
ATTGTGACAT TTCAAGTAAG AATTACTAAT TTTCCAGATT CGAATACGAT TTTGAATCAT
GCGATGGTAT CTTATCAATT TCAACCTTTT GTAGGAAGTC CGTTTATTAC AAGTACAGCT
TCTTCCAATA TAGTAGAGAC CACGCAAGGG AATTTTGTTG ATTTACAGTT ACAAAAGTTT
GTCGATATAC CAATAGCAAC AATCAATGAC GTATTAACAT ATACAGTAAA TATTACGAAT
AACGGAAATG TAGTTGCAAA CAATGTAATC TTTGTTGATA GTATACCGAG CGGAACGACA
TTTGTTGAAA ATAGTGTAAC GATAAATGGG ATAGCACAGC CAGGAGCTAG TCCTGCTAAT
AGTGTTAATC TTGGAAGTAT CAATCCCTTA CAAACGATTG TTGTTGGCTT TCAAGTGAGA
GTAACATCCA CACCTTTTAC AAATCCAATT CCCAATCGAG CGAGTGTAAT TTTTAATTTT
ATCGAAACAC CTGGTCAGGA ACCTATTTCA GAGCAGGCCA CAAGTAACAC AGTGTTCACG
ACAATTATGA TAGGTGATAT AAGAGCGAGA AAAACGGTAG ATAAAAGTTT TGCAACAATT
AACGATATTC TTACGTATAC AGTTACAATT GAAAATATAG GAAATACGAC AGCAACCAAT
ATAATGTTTC AAGACTCAAT CCCATCTGGA ACAATTTTTA TCCAAAATAG TGTAACGATC
GATGGAATTT CACAGCCAGG AGTACATCCA GAGATCGGTT TTACGATTGC TAATATTTCT
GCTGGAGGGA GTAGGAGAAT TACTTTTCAA GTCCAAATTG CATCATCTCC ATCCGGTGAT
ACGGTCGTAA ATACAGGGAA TGTAACGGCT CGTTTTATCA TTGACCCGAA TCGACCGCCA
ATTACGATTA ATAGACAAAC GAATACAGTA ATAACACAAA TTAATGTTGG AGAATTAAAT
GTAGTGAAAG AAGTAAACAC ACAGCAAGCG GGAGTAGGAG ATACATTAAC ATACACGATT
ACGGTTCAAA ATACAGGTAA TATTCCATTA ACAAATGTGT TCTTTCAAGA TACGGTGTCT
ACAGCGGTTT CGTTTATTGA AAACTCTGTC ACGATAAATG GAGTCGCACA AAGTGGACTT
AATCCAACTG GCGGATTTCC TCTTCCCGAC ATTCCAGCGG GTCAATCAGT TGTGATTACA
TTTCAAGTAT TCATTGAACA AAATCCCGAA AATGAAGAGG TTTTAAATCA AGCAAATGTA
ACGGCTCGTT TTCAAGTTAT TCCCAATGAA CCACCTGTTA CAATTTCAGG TGTGAGTAAT
ATTGTGAATA CGACAGTGCA AACAGGAAAC TTTGAAGTGA TAAAGTCTGT GAATACAGAT
GTAGCAACAG TAGGAGATAT TTTAACGTAT ACGATTGAAG TGATAAATGC TGGCAGTGTG
CCGGCGATGA ATGTATTCTT TCAAGATTCG ATCCCGCAAG GGACGCTATT TATTGAAAAT
AGTGTATTTG TTGATGATGT ATTACAAGAA GGTGCCGATC CAGAAACAGG AATTTCATTA
AGTGATTTCC TAGCTGGGGA GAGTGTGGTC ATTACATTTG AAGTGTTAAT TGTCGAACCA
CCATTAGGAA ATAATGTTAT AAATGAGGCA AATGTTACAG GAGACTTTCT TGTAAATCCA
ACAGAGCCAC CTATTACAGT AACTACACCG AGTAATACAG TTGTGACAGC TATAAATTCA
GCGGAATTGA GTGTTAGAAA AAGCGTCAAT ACAAATGAGT CCGGGGTAGG GGATATATTA
ACATATACGG TTCGTATCCA AAATAATGGC ACCGTATTAG CGACGAATGT TTCTTTTCTT
GATCCGATTC CAGCTGAAAC AACATTTATA CCAAATAGTG TCGTAATCAA TGAGGTGCCG
CAGCCAGGGC TAGATCCAAC CATTGGTTTT TCACTTGAAA GTATTTCTCC AGGATCGATG
GTAACGGTAA CATTCCAAGT GACTGTTACA AGTGTACCTG TTAGTAAAGT TATACCAAAT
AACGCAAATG TTACAGCGGA CTTTCAAGTC AGTCCTCTGC AACCGCCCAT TACAATCGTG
ACGATTAGTA ATATCGTTGT GACGCGGGTA AATATAGGTG CAATTCACGT GATAAAGAGT
GTAAATACAA GTGAAGCTGG GATAGGAGAT ACGTTAACAT ATACAGTTCT TATCCAAAAT
ACAGGAAATG TTCCAGCAAC AAACATTATG TTTCAAGATT TGATTCCAGA TGGAGCGCTG
TTTGTTGCAA ATAGCGTTAC AATCAATGGA GTGTTGCAGC CGGGACTAGA TCCAGCTGTA
GGTTTTGCAT TGCCCGATAT TCCAGTAAGA GAAACAGCAA CTGTTACGTT TCAAGTGACT
GTAATGAGTA TTCCAAGTGG TAGAAATATA ACGAATCAAT CAAACGTTAC GGCGAGCTTT
CTTATCAATC CAGAACAACC TCCTATTACG ACGACTACGG ATAGTAACTT TGTTGTGACG
CAAATCAATT TAGCTCAGCT AGATATACAA AAATCTGCAT CAGTCCAACA AGCAGCACTT
GGAGAAACGT ACACTTATAC CGTTGTTATA CGAAATAATG GTACAGTTCC AGCGACAAAT
ATTTCTTTCG TCGATACAAT TGCTCCAGAG ACGACATTTG TTGCAAATAG TGTCACGATC
AATGGAGATT TGCAACCTGG ATTCGATCCG AGTATTGGTT TTCCACTTCC TGATATTGCA
GCAGAAACAT CATTAACGAT AACGTTCCAA GTTACAGTTG CCGCACCGTC TACACGTGGG
GGCGTTTTAA ATACAGCGAC TGCTACAGCA ACGTTCGTAT TAAACCCTTC ACAACTACCG
GTTTCCACAA CAAGTTCTAG TAATACAACA GTAGTGGATA TACCTTTACC TCCTCCCGGG
GAAGTAATAG CTACTAAAAC AGTGAATATG GATGCTGGGA CAGTTGGTGA TGTATTAACG
TATACAATAC TCATTACAAA TGTAGGAATT ACGCCTGTTA CCGATGTGTT ATTTCAAGAT
ACCATTCCAG AGGGAACAAC ATTTGTTCCA GGTAGTGTGA CAATCGGTGA AAGCGCACAA
CCGAATCTAA ATCCTGAACA AGGATTTCTA GTTATTTCAG CGTTAGAATC TAGTGAAAGT
ATTTCTGTTA CATTCCAAGT TACGATTACA TCAGTCCCAA GCGAGGAGGT TGTATTAAAT
GAAGCTGATG TAACATTTAC TTCGCAACCA AATCCGATGG AACCGCCAAT TACGCAAACG
ATATCAACGA ATTTAGTTGC AACATTTATG AATATAGCTG ATATTTTTGT ATTAAAGGTA
GTAGATAAAG AGGCTGCAAC TGTTGGGGAT ATATTAACGT ATAATGTGCT CATTTTTAAT
ATTGGAACAG TACCGGCAAA GAATGTGCAA TTTCTGGACT CTAGTTCGAG TGGGGTAGAA
TTTGTTACGG GAAGTGTAGT TATAAATGAT ACCCCAGAAC CTGGGTTAAA TCCATTTACA
GGATTTCCAC TTCCAGACAT CCCAGTAGCT GATGTGATGC TCGTCACATA TCAAGAGAGA
GTTACAAGTA TACCGGAAGG AAGTACAATT GTTAACGTTG TAGATATTAC TGCTTCATTT
GACGTAAGTG CAACGAACCC ACCTATTACA GAAACCGTCT CTAGTAATGC AACCGTAACA
GAAATAAATG AAGCCGGTTT AAATGTTATA AAAGATGTGA GTCAATCAAT CATTGCTGAA
GGGAACACCA TCACATATAC AACGGTCGTG CAAAATATCG GTACAGTTCC AGCTATGAAT
ATTCAATATC GTGATATATT ACCTTCTTCT TTACGTTTTA TTCCAAATAG TGTACAGATA
AATGGGGTAG GGCAACTAGG GTTAGACCCA AATAATGGAT TTTCGCTTCC GAATATAGAC
TCAGGCGAAG GAATAGAAGT TACATTTCAA GTAACGGTTG TAGAGGTTCC AGAAAGTGGA
ACGATTGCAA ATACTGCAAA TGTAACAGGA GAGTTTGTTT TAGTGCCAGG GGAACCGCCA
ATCACAGTGA ATCAGCCCAG TAATACGGTT CTTATAATGG GGAATAGAGG AAGTTTCCAA
GTTGCAAAAC AAGTGAATGA AGCAGTAGCT CTTGTAGGTG ATGTATTAAC GTATACAGTG
CAAATTATAA ATACGGGGAC AGTTCTTGCT ACCGATGTTC AGTTTATTGA TACCATTTCT
GCTGAGGCCC CATTCATTCC AGGTAGTGTA ACAATTAATG GAGTGCAGCA GGCAGCTCTA
AATCCTATTA GTGGATTTTC TGTTGGAGAT ATTCCTGATG GAGAAACAGT GGAAATTACG
TTTCAAGTAG TCGTTACAGC TGCTCCAGAA ACAGAGAGCA TTACAAATGA AGCGAACGTA
ACGGGAAGCT TTACTTTAGT TCCAGGAGAG CCACCAGTAG TGGGCGAACA ACCAAGTAAT
ATGACAATTA CAGAAATAAA TATTGGTCAA TTTAATGTAA TAAAAACAGT AAATAAAGAA
GCAACGCGAT TAGGAGATAC GTTAACATAT ACAGTGCAAG TAATAAATAT AGGGACAGTT
CCTGCTACCG ACGTCCAGTT TATTGATGTA CCATCAGCTG GATTGGTATT TATTCCAAAT
AGCGTACAGA TCAATGATAA TTTGGCACCA GGATTGAATC CATTTGAAGG TTTTTTAGTA
CCGAATCTCG ATGTAGGAGA AAGTGTTTTC ATAACATTTG ATGTTACTGT AAATACAATA
CCATCGTCTA ATAGTATAAC GAATATTGCG CATATAACCG GTAATTTTGA ACTTGTCCCA
GGAGAACTTC CAATAGAGAT AAAAAATACA AGTAATACAA CAATAACACC AGTAAATCGT
GGCAGTTTAG ATTTATTTAA GGAAGTAAAT TATGTAAACG TTGGGATAGG AGATGTTGTC
ACATATCGTG TTCGAATATT GAACACAGGA ACGGTAGATG CAACGAATGT TCAATTTATA
GATCGACTAT CTCAAGGTGC AACTTTTGTT CCAAATAGTG TCACGATAAA TGGTGTATTA
CAATCAGATC TGAACCCGAT AACAGGGTTT GTCATACCGA ATATCCCAGT AGGTGAAACG
GCCCTTGTAA CATATCAGGC TGAAATTACT AGTTTTCCTG ATGGGGGAAC AATTGAAAAT
GTTGCTAATG TATCGGCAGA GTATGTTTTA GTTCCAGGAG AGTCACCTAT TATAGTAGAA
GATACAAGTA ATACAGTAGT CATCACAGTA AATACAGCAA TATTGTTTAT TGCAAAAGGG
GCAAACTTTG AAGTGGCGAC GATAGGCGAT GTAATTACGT ATGCAATTGC CGTTATAAAC
GATGGAACAG TACCGATCGA AAATGTAATT TTAATAGATC GTATTGATTC AAATACGTTA
TTTATAAATG GAACTGTAAC AGTAAATGAT GAGCCGTTAC TATTTGCAAA TCCAAATATC
GGTATTCCGT TAGGGAATTT ACAGCCAAAT GATGCAGCAA TTATTAATTT TCAAGTCGTT
GTCATAGGAG GACAAACAAA TCCAATCATT ACAAATACTG CTACTGTAAA TGGACTTGCA
ACTATAAGTC CAGGTCAACC GCCCGTAGCC GTTGAAGAAG ATAGCAATAC AGTGGTTATT
CCTTTTATTA CGCCAAATGT TTCTACAAAT GTTGTAAAAA TGGCGGATTT GCAAACAGCA
ACAATAGGAG ATGTCGTCAC ATATACGACA GTCATTACGA ATACTGGAGA TATAGCGATA
CAAAATATTC GTTTTCAAGA TCTCGTTAGT AATCGTGTTC GATTTATTCC AGGAAGTGTA
ACAATAGATA GGGAAGTCTT GCCTAATGTA ACTCCAGTAT CAGGATTTAG TGTTGGGAGC
TTGAATCCTG GTGAACAGAG AATCATTGCA TTCCAAGTTG CAATAGAAGG GCCGCCACAA
GGTTCTAATC ATTATATTAA CCAAGCGAAC ATTCGTTATG AATATCAAGT TGGTGACATT
CTTCCACCAG TAACAGAAAT AATAGAAAGT AATGTGGTAG ATATTTTATT TGAACCTACA
ATAGCACAAA TTTGTGAAAC AAACAGACAT TGTTTTAAGA ACATTTCATT TAGTTGTTTT
CCGTGTAATA AGAAATATAT GGATAAATAA
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| Protein sequence | MPFINRFTTT VSGAVTFTGN TLGLSPLSPA PNNNFGTIDV FTTVDTTLQV PGFPAGTTDD
WRENSSSAIL NIPIGSNILY AELIWAGTYR TDTEDVSAFL DDDIIFVTPF EEVLITPDPV
TAQQGSVGKQ FYYVRSADVT EFVTEGGTYT AGSVPAARVS VDATVSRSVG WTLQVVYQNS
TLPLRNLSVY TGQEIIEAVS PPVDATISGF ATPATGTVTG RVLVTAQEGD PNIIGDQLRF
GPDVNSTVTL SGRRNPANNF FQSQICNDRG ELDRTGTFGD LNQPLGRAVE MRRQGWDITN
VDASASLVNN QTSAVVRFVT NGDGYATAGF GVQIDATGPI INPIKSVDKT SARVGDLLTY
TITVLNTGTG DAENVILQDD IPSGTTFVPG SVTVGGITQP NANPSTGIQL GEIPVDGTSR
IVTFQVRITN FPDSNTILNH AMVSYQFQPF VGSPFITSTA SSNIVETTQG NFVDLQLQKF
VDIPIATIND VLTYTVNITN NGNVVANNVI FVDSIPSGTT FVENSVTING IAQPGASPAN
SVNLGSINPL QTIVVGFQVR VTSTPFTNPI PNRASVIFNF IETPGQEPIS EQATSNTVFT
TIMIGDIRAR KTVDKSFATI NDILTYTVTI ENIGNTTATN IMFQDSIPSG TIFIQNSVTI
DGISQPGVHP EIGFTIANIS AGGSRRITFQ VQIASSPSGD TVVNTGNVTA RFIIDPNRPP
ITINRQTNTV ITQINVGELN VVKEVNTQQA GVGDTLTYTI TVQNTGNIPL TNVFFQDTVS
TAVSFIENSV TINGVAQSGL NPTGGFPLPD IPAGQSVVIT FQVFIEQNPE NEEVLNQANV
TARFQVIPNE PPVTISGVSN IVNTTVQTGN FEVIKSVNTD VATVGDILTY TIEVINAGSV
PAMNVFFQDS IPQGTLFIEN SVFVDDVLQE GADPETGISL SDFLAGESVV ITFEVLIVEP
PLGNNVINEA NVTGDFLVNP TEPPITVTTP SNTVVTAINS AELSVRKSVN TNESGVGDIL
TYTVRIQNNG TVLATNVSFL DPIPAETTFI PNSVVINEVP QPGLDPTIGF SLESISPGSM
VTVTFQVTVT SVPVSKVIPN NANVTADFQV SPLQPPITIV TISNIVVTRV NIGAIHVIKS
VNTSEAGIGD TLTYTVLIQN TGNVPATNIM FQDLIPDGAL FVANSVTING VLQPGLDPAV
GFALPDIPVR ETATVTFQVT VMSIPSGRNI TNQSNVTASF LINPEQPPIT TTTDSNFVVT
QINLAQLDIQ KSASVQQAAL GETYTYTVVI RNNGTVPATN ISFVDTIAPE TTFVANSVTI
NGDLQPGFDP SIGFPLPDIA AETSLTITFQ VTVAAPSTRG GVLNTATATA TFVLNPSQLP
VSTTSSSNTT VVDIPLPPPG EVIATKTVNM DAGTVGDVLT YTILITNVGI TPVTDVLFQD
TIPEGTTFVP GSVTIGESAQ PNLNPEQGFL VISALESSES ISVTFQVTIT SVPSEEVVLN
EADVTFTSQP NPMEPPITQT ISTNLVATFM NIADIFVLKV VDKEAATVGD ILTYNVLIFN
IGTVPAKNVQ FLDSSSSGVE FVTGSVVIND TPEPGLNPFT GFPLPDIPVA DVMLVTYQER
VTSIPEGSTI VNVVDITASF DVSATNPPIT ETVSSNATVT EINEAGLNVI KDVSQSIIAE
GNTITYTTVV QNIGTVPAMN IQYRDILPSS LRFIPNSVQI NGVGQLGLDP NNGFSLPNID
SGEGIEVTFQ VTVVEVPESG TIANTANVTG EFVLVPGEPP ITVNQPSNTV LIMGNRGSFQ
VAKQVNEAVA LVGDVLTYTV QIINTGTVLA TDVQFIDTIS AEAPFIPGSV TINGVQQAAL
NPISGFSVGD IPDGETVEIT FQVVVTAAPE TESITNEANV TGSFTLVPGE PPVVGEQPSN
MTITEINIGQ FNVIKTVNKE ATRLGDTLTY TVQVINIGTV PATDVQFIDV PSAGLVFIPN
SVQINDNLAP GLNPFEGFLV PNLDVGESVF ITFDVTVNTI PSSNSITNIA HITGNFELVP
GELPIEIKNT SNTTITPVNR GSLDLFKEVN YVNVGIGDVV TYRVRILNTG TVDATNVQFI
DRLSQGATFV PNSVTINGVL QSDLNPITGF VIPNIPVGET ALVTYQAEIT SFPDGGTIEN
VANVSAEYVL VPGESPIIVE DTSNTVVITV NTAILFIAKG ANFEVATIGD VITYAIAVIN
DGTVPIENVI LIDRIDSNTL FINGTVTVND EPLLFANPNI GIPLGNLQPN DAAIINFQVV
VIGGQTNPII TNTATVNGLA TISPGQPPVA VEEDSNTVVI PFITPNVSTN VVKMADLQTA
TIGDVVTYTT VITNTGDIAI QNIRFQDLVS NRVRFIPGSV TIDREVLPNV TPVSGFSVGS
LNPGEQRIIA FQVAIEGPPQ GSNHYINQAN IRYEYQVGDI LPPVTEIIES NVVDILFEPT
IAQICETNRH CFKNISFSCF PCNKKYMDK
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