| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_2225 |
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| Symbol | |
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| ID | 4185785 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | + |
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| Start bp | 2586938 |
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| End bp | 2594146 |
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| Gene Length | 7209 bp |
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| Protein Length | 2402 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638072226 |
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| Product | gliding motility-related protein; adhesin AidA-related |
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| Protein accession | YP_678830 |
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| Protein GI | 110638621 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | 10 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAATAATT TAATAAAAAT ATTTGTACAT TTTTTTACAC TTGCACTGTG TGTATGCGTG
ATTGCGTTCA ACGCATTCGA TTCATATGCT CAGTGTAATC CTTCTATTAA AGTTACTGTT
ACTACTCAAA ATTTACGTTG TAACGGAGAC AATTCAGGTA GTATTATTGT TTCAATTACT
GGAGGTGTTC CTTCTACAGG TAATAATTAC AATTATTCTC TTTTTAGTGG CATCATTAGC
CCCATTATTG TTAATAATTA TCCTCTTAAT AATTATTCAT TTACAAATCT TCCGGCATTT
GATAATTATT TATTAGTTGT GCAAGTACCT CTGGCAGGAG GAGGTTTTAC AGTATGCCCC
ACATCAATTT CATTAACTGA GCCTGCTGCT CTATCTATTT CTACTGGACC AATACAATCG
GTTTCCTGTC ATGGAGGAAA CGACGGAGCT ATTGATGCGG TTGTAACAGG AGGGCCAACC
ATGCCCTATA CCTATTCCTG GAGTAATGGT GCAACAACTG AAGATATTTC AGGGCTAACA
GCTGGTGATT ATACATTAAC GATAACAGAT GGTAATGGCT GTAAATTATC CAGAACCTTT
ACCGTTACAG AGCCTGCTCC TATAAATGCG AATGCTGTTA TTACAAATGT TTCCTGTAAA
AACGGTAATT CCGGTTCAAT AAATATTTCT CCTACAGGCG GATCATTGCC TTATAAATCT
TTCGCATGGA GTAATGGTGC AGCAACTGAA GATATTTCCG GTCTAACGGC TGGTTCATAT
ACTGTAACCA TTACTGATAA TAAAGATTGC AAACAGGCAT TTACATTCAA TGTGACAGAA
CCTGCTACAG TAATCACTGC TACAACCAAC ATTACTAATA TTACCTGTAA TGGGTCATCA
ACAGGAGCTA TTGATGTTAC CACTTCCGGC GGTACGGCTC CTTATACCTA TTTATGGAAT
AATGGTGCAA CTACAGAAGA TTTATCTGCT GTAGCTGCAG GGACCTATTC TGTAACCATT
ACAGACCAAA ATGGCTGCTC TACTGTAATC AGTTCTCTAA CCATTACCCA AACTACTCCG
ATCAGTGTAA CTGCTACGCC GACACCTATT ACGTGTAACG GAAGCAGTAC AGGAGCGATT
GCGATTAACC CTACCGGAGG AAACGCCCCG TATACATTCT TATGGACCAA TGGCACAACA
GCACAGAATT TAACCAATGC TCCGGCAGGT ACTTATTCTG TAACGATTAC CGATAACTCA
ACGTGTTCCA AAACATTCGG GCCTTTCACT ATTACACAGC CAGCTGCTAT TTCAGCGACT
GCAACACCAG TAAATGCTTC GTGCAACGGC AAACCAGACG GCGCAATTAC GCTTATGCCT
GCAGGCGGAA CCGCTCCTTA CACGTATTCA TGGAGCAATG GCGCTACCAC AAAAGATGTT
TCGGGATTAG TTTCCGGAAC GTATACTGTA ACTATTACAG ATAACAACAC CTGTTCTAAA
GTATTGGGAC CATTTACAAT TACACAACCG GCAGCAATTA CAGCGACAGG AACAGTAACA
AATCCATTGT GCAATGGTGT GCCAACCGGA GCAATTACTA TTTCAACACC AGCAGGCGGA
ACAGCTCCAT ATACCTATTC CTGGAACACG GGAGCTACCA CAAAAGACCT TTCCGGATTA
ACTGCCGGCA CCTATATCCT GACCATTACC GATCAGAAAG GCTGTTCAAG TGTATTACCT
GCATTCACAA TTACACAGCC TACTGCAATA TCTGCTACAA CCAGCATCAC TAATATTACC
TGTAATGGGT CATCAACAGG AGCTATTGAT GTTACCACTT CCGGCGGTAC GGCTCCTTAT
ACCTATTTAT GGAACAATGG TGCAACTACA GAAGATTTAT CTGCTGTAGC TGCAGGGACC
TATTCTGTAA CCATTACAGA CCAAAATGGC TGCTCTACTG TAATCAGTTC TCTAACCATT
ACCCAAACTA CTCCGATCAG TGTAACTGCT ACGCCGACAC CTATTACGTG TAACGGAAGC
AGTACAGGAG CGATTGCGAT TAACCCTACC GGAGGAAACG CCCCGTATAC ATTCTTATGG
ACCAATGGCA CAACAGCACA GAATTTAACC AATGCTCCGG CAGGTACTTA TTCTGTAACG
ATTACCGATA ACTCAACGTG TTCCAAAACA TTCGGGCCTT TCACTATTAC ACAGCCAGCT
GCTATTTCAG CGACTGCAAC ACCAGTAAAT GCTTCGTGCA ACGGCAAACC AGACGGCGCA
ATTACGCTTA TGCCTGCAGG CGGAACCGCT CCTTACACGT ATTCATGGAG CAATGGCGCT
ACCACAAAAG ATGTTTCGGG ATTAGTTTCC GGAACGTATA CTGTAACTAT TACAGATAAC
AACACCTGTT CTAAAGTATT GGGACCATTT ACAATTACAC AACCGGCAGC AATTACAGCG
ACAGGAACAG TAACAAATCC ATTGTGCAAT GGTGTGCCAA CCGGAGCAAT TACTATTTCA
ACACCAGCAG GCGGAACAGC TCCATATACC TATTCCTGGA ACACGGGAGC TACCACAAAA
GACCTTTCCG GATTAACTGC CGGCACCTAT ATCCTGACCA TTACCGATCA GAAAGGCTGT
TCAAGTGTAT TACCTGCATT CACAATTACA CAGCCTACTG CAATATCTGC TACAACCAGC
ATCACTAATA TTACCTGTAA TGGGTCATCA ACAGGAGCTA TTGATGTTAC CACTTCCGGC
GGTACGGCTC CTTATACCTA TTTATGGAAC AATGGTGTAA CTGCAAAAGA CTTATCTGCA
GTTACTGCAG GAAATTATTC TGTAACGATT ACAGATAAAA ATGGCTGTTC TGTTTCAATC
GGTCCGTTAA CCATTTCACA GAATCCACCA ATCAACCTGA CGGCTTCACC AACAATCACA
AATGTTTTAT GTAATGGAAA CAGCACCGGA AGTATTGTTA TTAATCCTTC GGGTGGTAAT
GCTCCCTATA CGTTCTCCTG GACCAATGGT ACAACAGCAC AGAATTTAAC CAATGCTCCG
GCAGGTACTT ATTCTGTAAC GATTACCGAT AACACAACCT GCTCCAGAAC ATTTGGACCT
TACACAATTA CTGAACCTAT TGCAATTTCT GCAACTGCAA CACCAGTGAG TGTTTCGTGT
AATGGCAAAC CAGATGGTTC AATTACACTT ACCCCTGCAG GCGGAACTGC TCCTTACACG
TATTCATGGA GCAATGGTGC TACAACAAAA GATGTTTCGG GATTAGCTGC CGGCACCTAT
ACAGTAACCA TAACCGATAA TAACACCTGT TCAAAAGCTT TTGGCCCATT TACGATCACA
CAACCTGTAG CAATTTCTGC TACTGGTACA GTGAGCAATA TTACGTGTAA TGGTTCATCA
ACGGGGTCTA TAACTATTAC AGCACCAACT GGCGGAGCAG CCCCTTATTC TTACTCCTGG
AACACCGGTG CTGCTATAAA AGATCTTACA GGACTAGCTG CCGGGTCGTA TACGTTAACC
ATTACAGATC AAAATGGTTG CTCCCGTATA TTACCAACAT TTACAATTAC ACAGCCTACA
GCATTATCAA GCATTGGTGC TGTAACACAG GTTGTGTGCA ATGGAACAGC TACAGGGGCT
ATAAACATTT CTACACCAAC GGGCGGTGTA GCCCCTTACA CATTCCTGTG GTCAAATGGA
CTTACAACTC AAAATAATCC TTCCCTTATT GCAGGCAGTT ATTCTGTAAC GATTACAGAT
GCTTCGGGCT GTAAACTTGT TTTACCATTT ACGGTTACAG AACCTGCTGC AATTGCAACA
ACGGAAACCC AAATGAATGC TTCCTGCAAT GGAACTTCAA CCGGGTCTAT TTCTATTTCA
ACACCTACCG GAGGAACAGC TCCTTTTACC TATTTATGGT CTAATGGTGT AACTACTCAA
AGCAATATGT CTATCCTTGC CGGAAATTAT TCTGTAACAA TTACAGACAG TAAAGGCTGT
TCAAAATTAT TCGGCCCGTA TACAATAACA GAGCCTGCTT CAATAGCAGT GACAGGAACT
TCTACACCTC CATCCTGCAA TGGTTCAGCT TCCGGTTCCA TTTCACTTGA TCTTCCTACA
GGCGGCGTAG CACCCTATTC CTATAGCTGG TCGAATGGTG CAACCACGCA GAATTTAACA
AATGTTGTAG CAGGGACGTA TACTGTAACC ATTACAGATA GTAAAGGCTG TTCAAACCCT
ACTCCTGTTT CATTTACTAT TGCTAATGGT GTACCTATTA CTGGTACAGC ATCTGCTACC
CCTGCAACTG TTTGTTCCGG CCAGGGCACT ATGGTTACTG CAACGATTGA TGCGGCTTAT
ACACCTGCAA CCAACGCTTA TTCATTTAAT GCTGGGTCAA CATTCCAGTC TTCTTCTTCT
TTTGCTATTG CCAAAATCAC AGGAGATACA GTAATATCTG TAGTTATAAA AGATATAAAC
GGATGCTTAA CCGATCCGAT CCCGGTGTCA GTTACTACTA ATAAAATTGC TGGAAATTTA
GATGTAACAA AAACTGTTTC ATGTTTTGGA AACAGTGATG GTGAATTAAC AATGAATATT
ACAGGCAGCT CTGCCGTTTA CATGTATTCA ATCAACGGTT CAGCATTTAA ACATTCAAAC
ATATTCTCCA ACTTAGCTGC CGGAACATAT ACGGTAGTTG TTGATGATGG AAGTGCCTGT
AATTCCAGTT ACACGACTAC CCTAACCGAG CCTGTACTCT TAACAATCAA TATTAAAACA
ATTACGGATA TTAATCCATG TTTATCTGCA ACAACTGGCT CCATTGTTAT TACATCGAAT
GGCGGCAATC CAGATAAAAC GTTTACCATA ACTCCATCGG GTTCTTCTCA AACAGACAGT
ACATTTACTG GTTTAGCTAC CGGCACATAT ACAATATCTG TTACCGATTC CAAAGGCTGT
ACGGCTAATG TTGATGGAAC TGTAAACAGT CCGGCACCAT TGTCAATTAC TTCTGTAACA
ACTCCTGTTA CCTGTACCAA CCCATTGTCA GGTTCAATTG ATATTTCTGT TTCCGGAGGC
GCTGTTCCTT ATACATATCT ATGGACAGAT GGCAGTACGA ATCAGGATTT GATAAATTTA
TCGGCTGGTA CATATAAGAT TGTTGTAACA GACAGCAAAA ACTGTAAAGA TTCTTTATCG
GTTATCATTG ATCCGGCGCC TGTTGTTACA GGTTCTGCCG TTGCCACTCC CGCGACCGTA
TGTTTAGGCC AAAGTACTAC CATTACAGCA ACCATAGATG CGGCATTTAC ACCAGCTACA
AATGCGTATT CTTTTGATGG AGGTCTGACA TTCCAGACAG CGGCTGATTT CAGTATCGCA
AGCATTCTTT CTGATACAAC CGTACATGTA TTGTTGAAAG ATGTAAATAG CTGTTTAAGC
AATGATATAG CTGTAGTTAT TTCAACTTCA AAAATTGATG CCACGCTTGA TATTACGAAT
CCACTATCAT GTGGCGGAGG TAGCAATGGA GAACTAACAG TAACTGTTAC CGGTAATTCA
ACCGGGTATA CTTATAAGTT GAATGGCGGC GCATTCCAGG TTTCCCCGGT ATTCTCTAAT
CTGGCAGGAG GAAATTATAC CGTAGTTATT TATGATGGAA TTTCATGTCA ATCAAGCCTT
ACAACCAGTT TAACAGAACC TGTATCTTTT GCCATGATCG TGCAGCAAAC TGAAAATGTT
TCACCATGTG CAGGCGGAAA TAATGGATCT ATACTGGTTT CAACATCCAA TGCCAATACT
CCTATAACGT TTACACTTAC TCCTTCAGGA GTTTCCCAGC AGGACAATCC GTTATTTTCA
AATCTATCTG CAGGAACATA CACCATTGAT GCATTAGATG CTAAAGGTTG CACAGCGTCT
GTTACAGCAA CGATCATACA GCCAAATGGT GTTAATGTGT CGTTAATCGT TGCAACAATT
GTAAATAATA TTTGTGCTAC AAATAATAAT GGAAGCATTC AATTAAGCAA TGTTACCGGA
GGTATTGCTC CGTATACTTA TACACTTAAT GGAGTAGACA GCCCAACTGC TTTCTTTGAT
GAATTAGTTT CCGGTAACCA TACCATTATC ATTACAGATA AAGCAGGTTG TATCACAAAT
TATCCATTTA CAATTTCCGG ACCCCAACAG ATTGGATTCG AGAAAAAAAT AGTGGGTTCC
TCCTGTAAAA ATTTCGACGG AAGTATCCAG ATTATAAATG TCACAGGCGG CACTCCTGAT
TATAAATACA GTATTAACGA TGGTGACAAT TATTTCTCGA CCACGTTATT TACCGGCCTT
GGACCAGGAA GCTACCCATT ACGCGTACAG GATAAAAATG GCTGCTCATA TGGCTATACA
GTTACATTAC CAACAAAAAC GGCCCCTATT CCTTATGTGC GTATTCAGGA ACCAACCTGT
AATGGTGGCT CTGATGGTTT TATCGTATTA GATTCTATTT ATGGGGGGGT ACCTTTATTT
CAATATGAAT TGGATGGAAC TCCGGTTGGT TCTTCAACCG CTTATTCAGA CAAAGCAGCC
GGCACCTATG AACTTACAAT TATAGATCAG GCTTGTACGT ATAAAATAGA TAGTTTCTTT
GTTTATAATT ATACAAAAAA TGCATATGAC ACGATTTCAG CGTCAGGGAT CACGGTTACT
CAGCCTGCTG CTGTAACGGC TACTGTATTT TCAAACGATG CTGATCGACA TGAGAATTCA
GGCGTTGCCG GAATCTATAA CATTCAGGGC GGTACGCCTG GCTATTTATG GAGCGCAGAC
AACATTATAT TCGAACCTGT TGTTGGCGAT ACCGTGTTAT TAACCAAATT ATCAAGTGGG
CCACATACCA TCTTTGTGTT GGATACAAAT GGTTGTGCAG CATCATTCGA AATAACCATT
CTTGTTGAGT TCTTTATACC TAATTTGATC ACACCGAATA AAGATGGGAA AAATGACCGC
TTTGAGATCA TGGCACTACC AAAAGGCAGC AGATTAAAAA TTGTTAACCG TTGGGGAAAT
GAAGTATACA TGAGCAACAA TTACGATAAC TCCTGGGATG CTGATGAAGA CAGCGATGGT
GTATTTTACT ATGAACTAAC CTTGCCGGAC AATAACAGAT ATAAAGGCTG GGTTGAAGTA
ATCCGATAA
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| Protein sequence | MNNLIKIFVH FFTLALCVCV IAFNAFDSYA QCNPSIKVTV TTQNLRCNGD NSGSIIVSIT
GGVPSTGNNY NYSLFSGIIS PIIVNNYPLN NYSFTNLPAF DNYLLVVQVP LAGGGFTVCP
TSISLTEPAA LSISTGPIQS VSCHGGNDGA IDAVVTGGPT MPYTYSWSNG ATTEDISGLT
AGDYTLTITD GNGCKLSRTF TVTEPAPINA NAVITNVSCK NGNSGSINIS PTGGSLPYKS
FAWSNGAATE DISGLTAGSY TVTITDNKDC KQAFTFNVTE PATVITATTN ITNITCNGSS
TGAIDVTTSG GTAPYTYLWN NGATTEDLSA VAAGTYSVTI TDQNGCSTVI SSLTITQTTP
ISVTATPTPI TCNGSSTGAI AINPTGGNAP YTFLWTNGTT AQNLTNAPAG TYSVTITDNS
TCSKTFGPFT ITQPAAISAT ATPVNASCNG KPDGAITLMP AGGTAPYTYS WSNGATTKDV
SGLVSGTYTV TITDNNTCSK VLGPFTITQP AAITATGTVT NPLCNGVPTG AITISTPAGG
TAPYTYSWNT GATTKDLSGL TAGTYILTIT DQKGCSSVLP AFTITQPTAI SATTSITNIT
CNGSSTGAID VTTSGGTAPY TYLWNNGATT EDLSAVAAGT YSVTITDQNG CSTVISSLTI
TQTTPISVTA TPTPITCNGS STGAIAINPT GGNAPYTFLW TNGTTAQNLT NAPAGTYSVT
ITDNSTCSKT FGPFTITQPA AISATATPVN ASCNGKPDGA ITLMPAGGTA PYTYSWSNGA
TTKDVSGLVS GTYTVTITDN NTCSKVLGPF TITQPAAITA TGTVTNPLCN GVPTGAITIS
TPAGGTAPYT YSWNTGATTK DLSGLTAGTY ILTITDQKGC SSVLPAFTIT QPTAISATTS
ITNITCNGSS TGAIDVTTSG GTAPYTYLWN NGVTAKDLSA VTAGNYSVTI TDKNGCSVSI
GPLTISQNPP INLTASPTIT NVLCNGNSTG SIVINPSGGN APYTFSWTNG TTAQNLTNAP
AGTYSVTITD NTTCSRTFGP YTITEPIAIS ATATPVSVSC NGKPDGSITL TPAGGTAPYT
YSWSNGATTK DVSGLAAGTY TVTITDNNTC SKAFGPFTIT QPVAISATGT VSNITCNGSS
TGSITITAPT GGAAPYSYSW NTGAAIKDLT GLAAGSYTLT ITDQNGCSRI LPTFTITQPT
ALSSIGAVTQ VVCNGTATGA INISTPTGGV APYTFLWSNG LTTQNNPSLI AGSYSVTITD
ASGCKLVLPF TVTEPAAIAT TETQMNASCN GTSTGSISIS TPTGGTAPFT YLWSNGVTTQ
SNMSILAGNY SVTITDSKGC SKLFGPYTIT EPASIAVTGT STPPSCNGSA SGSISLDLPT
GGVAPYSYSW SNGATTQNLT NVVAGTYTVT ITDSKGCSNP TPVSFTIANG VPITGTASAT
PATVCSGQGT MVTATIDAAY TPATNAYSFN AGSTFQSSSS FAIAKITGDT VISVVIKDIN
GCLTDPIPVS VTTNKIAGNL DVTKTVSCFG NSDGELTMNI TGSSAVYMYS INGSAFKHSN
IFSNLAAGTY TVVVDDGSAC NSSYTTTLTE PVLLTINIKT ITDINPCLSA TTGSIVITSN
GGNPDKTFTI TPSGSSQTDS TFTGLATGTY TISVTDSKGC TANVDGTVNS PAPLSITSVT
TPVTCTNPLS GSIDISVSGG AVPYTYLWTD GSTNQDLINL SAGTYKIVVT DSKNCKDSLS
VIIDPAPVVT GSAVATPATV CLGQSTTITA TIDAAFTPAT NAYSFDGGLT FQTAADFSIA
SILSDTTVHV LLKDVNSCLS NDIAVVISTS KIDATLDITN PLSCGGGSNG ELTVTVTGNS
TGYTYKLNGG AFQVSPVFSN LAGGNYTVVI YDGISCQSSL TTSLTEPVSF AMIVQQTENV
SPCAGGNNGS ILVSTSNANT PITFTLTPSG VSQQDNPLFS NLSAGTYTID ALDAKGCTAS
VTATIIQPNG VNVSLIVATI VNNICATNNN GSIQLSNVTG GIAPYTYTLN GVDSPTAFFD
ELVSGNHTII ITDKAGCITN YPFTISGPQQ IGFEKKIVGS SCKNFDGSIQ IINVTGGTPD
YKYSINDGDN YFSTTLFTGL GPGSYPLRVQ DKNGCSYGYT VTLPTKTAPI PYVRIQEPTC
NGGSDGFIVL DSIYGGVPLF QYELDGTPVG SSTAYSDKAA GTYELTIIDQ ACTYKIDSFF
VYNYTKNAYD TISASGITVT QPAAVTATVF SNDADRHENS GVAGIYNIQG GTPGYLWSAD
NIIFEPVVGD TVLLTKLSSG PHTIFVLDTN GCAASFEITI LVEFFIPNLI TPNKDGKNDR
FEIMALPKGS RLKIVNRWGN EVYMSNNYDN SWDADEDSDG VFYYELTLPD NNRYKGWVEV
IR
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