| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0841 |
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| Symbol | |
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| ID | 4185744 |
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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 | 959692 |
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| End bp | 966942 |
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| Gene Length | 7251 bp |
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| Protein Length | 2416 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638070844 |
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| Product | hypothetical protein |
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| Protein accession | YP_677465 |
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| Protein GI | 110637258 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | 11 |
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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 | ATGAAAAAAA ATTACCAGCG TGTTTTTAAG GTTTTATCAA TAGCTTTATT TACCCTATTT
TTAAATTATC AGGCATTTGC TCAACCCAAT TGTGCTACAG GTATGGTTCC GCTGAATGGA
GGTACCATTG TAAATCCTAC TACACCTTTT ACATGGAATG CTCCTACAGG AACGGTTACC
GGGTATAGAA TATACATAGG TACAACTGCA GCATCAAATG AACTGGTAAA CGGTACAAGT
GTAACAGCTA CTACTTATAC CTATACAGGC GCATTGGCCT GCGGAACTAC CTATTACTGG
AAAGTTGTTC CGTACAACGG TTCGGGTCCG GCAACAGGTT GTGCCGCACA AACCTTTACA
ATCATTGCAT CTGGTAACTC GTCCATTTTT CCGGTAGGGT CATGGAATGC ATATTGTTTC
AATTCTACTA ACTGGACAAA CTATACCGGA TATTATACCG CAACCGGACA GGATTTTAAT
TCTACATCCA GTTGGGGAGC CAACTATTCT CCTTCTGTAA TTTCACCCAA TGGTGCTGCT
GGCTATCAAG GCTGTAGTGT ACCGAATGAC AACCATTCTG TGATATATAA AAGACAAGGT
TTTACAGCTG GTACCTATTC ATTAGACGTA ATAAATGATG ATGGTTGTTT TTTATATCTG
AATGGGAATC TGATTTATTC ACGGAACACC TATACAGCTA CTTTTATAAA TAATGTCTGG
ACGGGGAATC TGGACGCGAG TTCGCAAATA GAATTCCGGT GGGCAGATAC CGGAGGAGGG
GGATCTTATG GAGGCATAAC ATTTAACGCT ATTCCTACGC CAACATTAAT AGCCGGGGCA
ATTTCCGGAG ATCAGACCAT GTGTCCGGGC AATGATCCAT ATGTATTCAA AAATGTAACA
CCTGGTTCAG GAACATGCGG TCCGTTGGTA TATCAATGGC AGCAGAGCGT TGGCTGTACA
GGTACGTTTT CAGACATTGC TTCTGCAACA AATGCTACGT ATGATGTGCC GGCTGGTATC
ACACAAACTA CATGCTACAG ACGTGCTGTT GTTGACGCAA ATTGCAATAG AATAGAGTAT
ACCAATACCG TTACAGTAAC CATTACTTCT GTACAGCAGG GTAATCCAGC TGTGTTTCCG
TTGAATACAT GGAATGGATA TGTATATGAT TTTAACGTTA CGGGTTATAC CGGAGCAGAT
GATAACTGGA CAGATTATAA AGGATTCTTT TCTTATGCTG GTACATCAGC ATCTGATCCG
GGCTTTTATA CTTCCACAGG TATTTATTCT TCCGCTTCAC CACCGTCTTC AGCACCCGGG
TATGTTGGTT GTCAGGTAAC GTATCCATTG AGCGGTGTAC AATTTAAACG CCAGGGCTTT
ACTCCCGGCA TCTATCAGAT TGATTTTGAT GGAGATGATG CCAGTTATTT ATACATTAAC
GGAGTATTGA TATACGGAAG AACAGCATGC TGTAATGTGG TTTCAAACGT CTGGACAGGT
ATTCTGGATG CATCTTCAAA GATCGACTAT CATTATAAAA ATAACGGAGG AAATGGTTTT
GGCAGATTGA TCATTACTGC GGTAACACCT GCACCCATAG ACCCGGGAAG TATTGCAAGT
TCAGCTTCTT CTGTAATTTG TTCCGGAGAT ACTCCGCCGC CATTTACATC AACAGCAGTA
TCCTCAGGAG GCTGTACAAG AGCCGGCTAT CAGTGGCAGG CAGATGCGGG CAGTGGTTTT
GCAGATATTC CGGGAGCGAC CAATACAACC TATGCAGCAA CAAGTGTAAC AGCAACAACA
TCATACAGAA GAAAAATTAC GGATATATGC GGTACCGTAG CATATACAAA TACAGTTACA
TTAACAGTAG GTACGCCTTC ATTGCCAACA CCAGCATTCG GAAGCAATGT GTGGAATGCA
TACGTATATA ATTTTGCAGT TACAGGATAT ACAGGTGCAG ATGATAACTG GACAGATTAT
AAAGGATATT TTACATATAA CGGTCTTTCC TTTAATACCG GATCAATATA TGGTAACAGT
ATTGCTCCTT CATATGCACC AGGTTATTAT GGCTGTCAGG TAGGGCAGAC TCAAAGCGGT
GTGCAGTTAA AAAGACAAGG CTTTCCTGCA GGTACCTATC AGATTGATTT TAATTCAGAT
GATGCCGGAT ATCTGTATGT TAACGGTGTA TTGGTGTTTG GCAGAACAGG ATGCTGTACA
ACAGTACCAA ACGTATGGAC AGGAAATTTA GATGCATCAT CAACTATTGA TTACCATTAC
AAGAATAACG GTAGTTCAGG ATATGGTGTC TTATCCTTTA CGCTGGTAAC GCCTACACAA
CCGCTGGATC CGGGTATTAT CGCCAATAAT AATTCCACTA CAGTTTGTTC CGGCAATACG
CTTCCTCCTT TTGTTTCAAC AGCAGATGCA ACCAGCGGAT GTTACGTGTA TTATGAGTGG
GAAAGAAATA CAGGATCTGG CTGGAATGCC ATTGCAGGTG CAACAGCATC AACCTATACA
GCAAGCAGCA TAACAGTTAA TACTTCCTAT CGACGTAAGG CGACAGATGC CTGCGGAGCA
GTAGATTACT CAAATATTAT TGTAATTAAT GTAGGCACAT ACACACCGGT TACGCCAACG
TTTGGTGCTG ATTCGTGGAA TGCGTATGTA TATAATTTCA GCGCTGGTAA CCCTACTGGT
AATGGAGGCT TCACTGTTGC AAATACAGGG TGGAGTAATA ATTCAGGAAT GTTTCAGACT
CCGGGTATTT CAATTGTTAA TCCGGGTTTT AATACCAATA GTTTATATAA TTCCAATGAT
GCACCTTCTT TTGCAACCGG TTATCAGGGA TGTCAGGTAG GTACAACATT AAATGGTGTA
ATCTTTAAAC GCCAGGGTTT CCCGGCAGGA ACCTATCAGA TTGATTTCAC ATCTGATGAT
CCCGGCTACT TGTATATAAA TGGTATAGTG GTTTCTTCCA GAACAGGAGC CGGTACAACG
CTGAATGCAT GGACTGGCGT ATTGAATGCT TCTTCTACGG TAGAGTTCCG TTATAAAAAT
AATGGCGGGC CGGGAAGTGC AATCGTCACA TTTACAGTTA TAACCAGTAC AACACCATTA
AATCCAGGAA CAATTTCAGG GACACAAACA ATTTGTCAGG GAACTGCTCC AAGTGTTTTG
TTAAATACAT TAAGTGCTAC TTCAGGGTGT TCTATAACAT ATAAGTGGCA AAGTTCAACA
GTTTCAGCTA CTGGTCCATG GACAGATATC GTAGGTGCTG CAAGCCCTTC TTATTCTTCA
CCTGCTCTTA CACAAACAAC ACATTTCCGG CGTGCTGTAA CAGATGGTTG CGGGGCAAGT
GATGCAACAC CTGTAAGAAC AGTTACAGTA AATCCATTGC CTGATGCTGC CGGTACAATT
ACGGGACAAA CGACATTCTG CCCGAATCAG GCAGGAGTTT CATATAGCAT TGCATCTGTA
AATAATGCGA CAGGCTATAA CTGGACCTTG CCAGCAGGAG CAACAATAGC ATCGGGTGCA
AATACAAATT CGATAACAGT AAACTTCGGA ACGACAAGCG GTAATATTGG TGTTACACCT
ACAAATTCCT GTGGAAATGG AACCGCCGCT CCTGCACTGG CCGTAGCAGT TACTCCATTG
CCTGCTAATG CCGGCACATT TACAACTTCT TCGGCAACAG TATGTGCCGG GCAAGCCGGT
GTGGTATATA CAATCGCAGC GGTAACCGGA GCAACATCAT ATGCATGGGT CGTTCCTTCA
GATGCTACGA TAACATCGGC AACAAATACA AATTCAATTA CAGTTACCTT TGGTACTGCA
GCAGGCAGCG TTAGTGTTAC ACCAACAAAT TCATGTGGTA CAGGTAATTC AAGAACCATT
ACAGTGACTG TTAATACCGT TCCTGCAGCA GCCGGTGTTA TGACAGGCTT GTCAGATGTG
TGTAAACCGC AATCAGGTCT TTCATACAGC ATTGCTGCTG TAACAGGTGC CACAAGTTAT
TCATGGACAG CACCTTCAGG CGTTACGTTT ACAGGTGGAA CTACCCGTTC TATTGTTGCT
AGCTTTACAG CTTCGAGTGT AAGCGGTAAT ATGGTTGTTA CACCAATAAA TGCTTGCGGG
AACGGAGTAT CTACAACATA TGCTGTTGCC GTATCATCTG TACCGCCATT AGCTGCAGGC
ACGATATCAG GACCTGCTTC AGCCTGTGCG GGCTCCATTG GTCTGGTATA CAGTGTTGGA
GCTGTTACAG GTGCAACGGG CTATAGCTGG ACAGTACCAA CCGGTACCGT AATCACATCC
GGGCTTAACA CAAACTCCAT TACAGTTACA TTAGGATCAG CATCAGGCAA TTTCAGGGTA
ACACCTACAA ATGCCTGTGG AAACGGGACA TTAAGTGCTG CATATCCAAT AATTGTAAAT
CCATATCCGG GTACTGCCGG AACCATTACA GGAAATACAT CCGTATGTGG CGGTACAAGC
CAGTCATATA GTATTGCAGC AGTTTCCAAT GCATTGGGAT ATACCTGGAC GCTGCCTTCC
GGAAGTACTA TCACAACAGG GGCAGGCACC AGAAGTATTA CAGCAACAAT GGGTACTGTG
TCAGGAACTG TTACCGTAAC ACCTACGAAT GGCTGCGGCG ATGGAACATC TAATTCAGTC
GCTGTAACGG TTAGCGTTCC CGCAGGTGCT GCCGGTACAA TTTCCGGCCC GGCTGAAGTA
TGTAAAGGCG CAACTGGTAT TATTTACAGC ATTGCTGCTG TAACACCAGC ACCAACAAGC
TATAACTGGT CATTGCCATC TGGTACAATT ATTACCGCAG GGGCCAATTC TAATTCTATT
ACAGTCACGA TTGGTGCAAA TTCCGGTACA ATTACTGTAA CTCCTACGCA TACATGTGGT
AATGGAGCAA GTGCTTCACT GCCTATCGCA GTTTCTGCTT CAATTCCAGC CGCCGCCGGA
ACAATTACAG GAAATACAGC GGTATGTGAT GGTGCTACAG GTGTTACATA TAGCATTCCT
GCAGTAACAA GAGCAACAAG CTACAACTGG ATAGTGCCTG CAGGCTCAAC CATCACAGCG
GGTGCCGGTA CGAATTCCAT TACTGTTACA GTTGGATCAA CATCAGGAAC TGTTTCGGTA
ACACCGGTTA ATGCGTGCGG GAACGGAACG GCAGCTACAA AAGCAATGAC AGTGAGTACT
GTACCTGGTG CAGTAGGCGC TATTACAGGA TCTGCAACGG TATGCAAAGG ACAGACAGGA
GTAACATATA GTATTGCTGC TGTATCCGGA GCTACAGGTT ATACCTGGAC ACTTCCAACC
GGGGCGTCAA TTACAGCCGG ATCAGGAACC GCTTCTATTA CCGTTTCATA CGCGGCGCAT
GCTACGGTAT CGGGTACATT AAGTGTTGAT GCAACAAATT TATGCGGAAC AACATCAAAC
AGTATTGCGG TTACAGTTGA TAATGCATGT CCGTATACTT GGACCGGTGT TACAAGTGTA
GATTGGAATA CAGCCAGTAA CTGGAGTTTG GGATATGTGC CGACAAATAT CAATAATATT
GTAATACCAA CCGGTACGCC TTTTGCGCCA ACAATATCTG CAGCAACAAG TACTGCTGCA
GCGGTTACAA TTAATTCAGG CGCAACAGTA ACAATTGCTG CTGCCGGAAC ATGGAATGTA
TATGGTAATT TAACGGATAA TGGAGCTGTA AATGCGCTTG CCGGATCTAC ACTTGCATTT
AAAGGTACTG CCGCACAGAC AGTAACAGGA GTGCCTGTAG TATACAATGT TCAGGTAAAT
AATTCCGCAG GAGTTTCGAT AGCATCACCC ATGCTGGTTA AAGGAACACT TTCATTATTG
AATGGTGTGT TGACGACTAA CTCAAACCTT ACCATGAATT TTGATACCGG CGGTAATATT
GCATACGCGG TATCAGATAA CGGAAGTATC AGCGGGGTTG TAACAGGACG GAGAGATGCA
ATTGCACGTA CCCATTATAT AAGTGCCCCG TTCAACGGTT CTACATCGGC ACAGGTTGGT
GCAACAACAC CATTGTATTA TAACAACTAT TGGAAAATGT ACACGAAAAC ATTTGACACC
CAAGGTTGGG CAGCTGTAAC AGATGCCACA ACAGCAATGC CTTTGGGTAC AGGGTTTTCA
TTAGCCATTC CAAATAGTAC GTCACTCGTA CTTACCGGAA CATATAACCA TAATTTCTCT
TTCCCGGGAA TCAGCTATTC AAATGCAGCA GCGGGTAAAT ACATGCTTAT AGGTAACCCA
TATCCTTCTA CGCTTGACTG GACAACCATT TACGCAAGTG CAGTAAATAC CGGAGGTGCG
GTTTATTACT GGAATGCAGC AAATAACCAG GTTGCAAGCT GGATTGCACC TGCCAGCGGT
ACAAACGGCG GAACCAAATA TATCCCGGCA ATGCAGGCAT TCATGGCTAC AACAACAGGT
ACCGGCGGTC CTACATCCAT TGTTTCAATT AATAATAATG CGCGTATCTT AACAAATCAG
TCTTATTTCA GAACAGCGCA GGAAGATATT TCAACGCTTA AACTATATGT GAAAACTGCC
GATGGAGTTA AGGATGAAAC AATTATTAAT CTCAATGAGT CTGCTTCAGA AGAATTTGAA
TTTGATAAAG ATGCATATAA AATTATAAAC GGGGGACTTA CACCTTCTTT ATATTCAGGA
ACAAATACAG ACGCAACACT TTACTCTATT AACGCGCTTC CTGTAAATGC CGAACAGACT
ATACCATTGA ATCTGAAAGT TCGCGTAGAT GGTACTTATG AAATCCATTG CAGTGAATTT
GTTAATCAGA CAGGTTATAA ACTATTGCTT GAAGACAAAT CAGCGAATAC ATTTATGCCT
GTAGATACTT CATTGACCTA TGTTATAACA GCCAAGGCTA CAGATAACGC AGATCGTTTT
GTATTGAGAT ACATAGCAAA TCTATCAACA GATATTTTAT CAGATTCGTA TAAAGGAATT
GACCTTTCAA CATACGATAA CAATCTTATG TTGCTGGTGA AAGCAATTAC AGCAGATGGG
GTAAACATGG AAGTGTATAA TGCGGCAGGT AGTCTGGTTC AGTTACTTCC AAATCAATCT
GTAACACCTG GAGTAAAAAT GATTCCATTA GAAGGGTTAG CATCAGGAGT TTATTTGGTG
AAATTTACCA TAGGTGATGT GCCATACACA GGAAAAGTTG TAATTAAATA A
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| Protein sequence | MKKNYQRVFK VLSIALFTLF LNYQAFAQPN CATGMVPLNG GTIVNPTTPF TWNAPTGTVT
GYRIYIGTTA ASNELVNGTS VTATTYTYTG ALACGTTYYW KVVPYNGSGP ATGCAAQTFT
IIASGNSSIF PVGSWNAYCF NSTNWTNYTG YYTATGQDFN STSSWGANYS PSVISPNGAA
GYQGCSVPND NHSVIYKRQG FTAGTYSLDV INDDGCFLYL NGNLIYSRNT YTATFINNVW
TGNLDASSQI EFRWADTGGG GSYGGITFNA IPTPTLIAGA ISGDQTMCPG NDPYVFKNVT
PGSGTCGPLV YQWQQSVGCT GTFSDIASAT NATYDVPAGI TQTTCYRRAV VDANCNRIEY
TNTVTVTITS VQQGNPAVFP LNTWNGYVYD FNVTGYTGAD DNWTDYKGFF SYAGTSASDP
GFYTSTGIYS SASPPSSAPG YVGCQVTYPL SGVQFKRQGF TPGIYQIDFD GDDASYLYIN
GVLIYGRTAC CNVVSNVWTG ILDASSKIDY HYKNNGGNGF GRLIITAVTP APIDPGSIAS
SASSVICSGD TPPPFTSTAV SSGGCTRAGY QWQADAGSGF ADIPGATNTT YAATSVTATT
SYRRKITDIC GTVAYTNTVT LTVGTPSLPT PAFGSNVWNA YVYNFAVTGY TGADDNWTDY
KGYFTYNGLS FNTGSIYGNS IAPSYAPGYY GCQVGQTQSG VQLKRQGFPA GTYQIDFNSD
DAGYLYVNGV LVFGRTGCCT TVPNVWTGNL DASSTIDYHY KNNGSSGYGV LSFTLVTPTQ
PLDPGIIANN NSTTVCSGNT LPPFVSTADA TSGCYVYYEW ERNTGSGWNA IAGATASTYT
ASSITVNTSY RRKATDACGA VDYSNIIVIN VGTYTPVTPT FGADSWNAYV YNFSAGNPTG
NGGFTVANTG WSNNSGMFQT PGISIVNPGF NTNSLYNSND APSFATGYQG CQVGTTLNGV
IFKRQGFPAG TYQIDFTSDD PGYLYINGIV VSSRTGAGTT LNAWTGVLNA SSTVEFRYKN
NGGPGSAIVT FTVITSTTPL NPGTISGTQT ICQGTAPSVL LNTLSATSGC SITYKWQSST
VSATGPWTDI VGAASPSYSS PALTQTTHFR RAVTDGCGAS DATPVRTVTV NPLPDAAGTI
TGQTTFCPNQ AGVSYSIASV NNATGYNWTL PAGATIASGA NTNSITVNFG TTSGNIGVTP
TNSCGNGTAA PALAVAVTPL PANAGTFTTS SATVCAGQAG VVYTIAAVTG ATSYAWVVPS
DATITSATNT NSITVTFGTA AGSVSVTPTN SCGTGNSRTI TVTVNTVPAA AGVMTGLSDV
CKPQSGLSYS IAAVTGATSY SWTAPSGVTF TGGTTRSIVA SFTASSVSGN MVVTPINACG
NGVSTTYAVA VSSVPPLAAG TISGPASACA GSIGLVYSVG AVTGATGYSW TVPTGTVITS
GLNTNSITVT LGSASGNFRV TPTNACGNGT LSAAYPIIVN PYPGTAGTIT GNTSVCGGTS
QSYSIAAVSN ALGYTWTLPS GSTITTGAGT RSITATMGTV SGTVTVTPTN GCGDGTSNSV
AVTVSVPAGA AGTISGPAEV CKGATGIIYS IAAVTPAPTS YNWSLPSGTI ITAGANSNSI
TVTIGANSGT ITVTPTHTCG NGASASLPIA VSASIPAAAG TITGNTAVCD GATGVTYSIP
AVTRATSYNW IVPAGSTITA GAGTNSITVT VGSTSGTVSV TPVNACGNGT AATKAMTVST
VPGAVGAITG SATVCKGQTG VTYSIAAVSG ATGYTWTLPT GASITAGSGT ASITVSYAAH
ATVSGTLSVD ATNLCGTTSN SIAVTVDNAC PYTWTGVTSV DWNTASNWSL GYVPTNINNI
VIPTGTPFAP TISAATSTAA AVTINSGATV TIAAAGTWNV YGNLTDNGAV NALAGSTLAF
KGTAAQTVTG VPVVYNVQVN NSAGVSIASP MLVKGTLSLL NGVLTTNSNL TMNFDTGGNI
AYAVSDNGSI SGVVTGRRDA IARTHYISAP FNGSTSAQVG ATTPLYYNNY WKMYTKTFDT
QGWAAVTDAT TAMPLGTGFS LAIPNSTSLV LTGTYNHNFS FPGISYSNAA AGKYMLIGNP
YPSTLDWTTI YASAVNTGGA VYYWNAANNQ VASWIAPASG TNGGTKYIPA MQAFMATTTG
TGGPTSIVSI NNNARILTNQ SYFRTAQEDI STLKLYVKTA DGVKDETIIN LNESASEEFE
FDKDAYKIIN GGLTPSLYSG TNTDATLYSI NALPVNAEQT IPLNLKVRVD GTYEIHCSEF
VNQTGYKLLL EDKSANTFMP VDTSLTYVIT AKATDNADRF VLRYIANLST DILSDSYKGI
DLSTYDNNLM LLVKAITADG VNMEVYNAAG SLVQLLPNQS VTPGVKMIPL EGLASGVYLV
KFTIGDVPYT GKVVIK
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