| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbar_A1800 |
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| Symbol | |
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| ID | 3625162 |
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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 | Methanosarcina barkeri str. Fusaro |
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| Kingdom | Archaea |
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| Replicon accession | NC_007355 |
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| Strand | - |
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| Start bp | 2237630 |
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| End bp | 2244448 |
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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 | 46% |
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| IMG OID | 637700682 |
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| Product | hypothetical protein |
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| Protein accession | YP_305321 |
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| Protein GI | 73669306 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.999068 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTAATGT CACCGGCGTC GGCGAAGACC TGGAATGTAG ACACATCGCA GGAAATCTTG
GATGCCCTGA ATAATTGTGC GGACGGAGAT ACTATCTTTG TCATGAATGG GGTATACGAA
ATAGGTGCTA ATAAAAATAT TCATGCACCG AATGTAACAT TCATGGGTGA GAGCAGAGAT
GGAGTGATTA TTAAGTCCAA TAACCAGATA TTAAGTGTAG GGGGAAATAG TGGGGCAGCA
CCAAATTGTG TGATAGAAAA TTTCACAGGA ATGGTACTAA CGCAAATGTC CAATGGAATT
TCAATCTCCT CTAATAGTCC GGGTTGTATA GTTCAAAATG TGGAAATTAA CGTTCCAATC
AACCCAATAC GCATCGAAAG CAGTGAATGT ATCGTCCGGA ATTGTATTTT TGATGGTTGC
TATAATACTG GTTGTCTTAT TAAAGGAAAA AACGTAACTT TGAAGAATAA TACAATTTCA
AATACAACTT CAACTTATGC TCTATATCTC TATACAGACG CAACGGCTGT TATTGAGGAT
AATATTTTCA AGGACAATAA TTGCAGAACA CTTTACATAA GAGGAGAAAA CTCCGCAGTT
GCAAACAACA CTTTTCTAAA CAACCAGGGA GAAATAATTA GGTTTTATAA GTCAACTGCC
ACGAATAATA CTATAACAAG AAACAATATA GCTTCAAATG AAGTTATTAT AAATTTCAAG
GATGCAGGTA ATGGCAATAA AATATTCCTG AATAATTTCG TGAACAATTC TGGTGGTATG
TCCGGTACAC TTCCATCCGT AACTTACTGG AACTCCACCG AACCCATAGA ATACACCTAT
AACGGTACAA CTTACACCGG ATACCTGGGC AACTTCTGGG GCACCGCCTA TGATGAATCT
GACGGTGACG GAAACGGAAT CGGTGACTCC TCCTATACTG TACCTTCCAG TTTTGGTACT
GACTACTCTC CCCTGATGTC TCCAAAAGAG AACTACGGGA CTTCAGAAAC GAACGGTTCT
TCCTCAGCTC CATCTGCAGA TTTTTCAGCA ACTCCAACTT CTGGAACCGC CCCGCTTGCG
GTTAACTTCA CTGATCAATC TACAGGCACA CCGACATCCT GGAAATGGGA TTTCGGCGAC
GGTGCCGACT CTACCGAGCA GAATGTCTCA CACACTTATA CTTCAGACGG GACTTACACT
GTCAACCTTA AAGTTTCCAA TTCAGCCGGG AACGACATCG AAATAAAGAA CAACTATATC
ACGGTAAACA ACGAATCCGA GTGGCTTGAA TTCCAGAAAG ACAGCTCCCA CACCGGATAC
ACTTTCAGCT CTGCCCCAAT CAAAGACCCA AAAGTCCTCT GGCAAAACCT GACTTCTTCG
GAGCAGGAAC CCTGCGGGAG CGGAGGCATC AATGTTCCTC CAGTGATTTC CGGAAATACG
GTTTTCGTAA CTGCCGGCAA CGCCTCTATC TGGGCCTTTG ATAAAGATAC CGGCGCTCAT
ATCTGGTCAA AAGAGCTGGG CGGCAGTTTA ACACAGACAG CAACTCCTGC CCTTGGAGAC
GGAAAACTCT TTGTCCCTAC CCTTGGAGGA GACCTCTACG CACTTGACCC TGAAAACGGA
AGTGAGTTAT GGAACACACA TGTAACCGAC AGCAGCTTTG AGTGTCCCCT TACTTATTCA
GACCACAAGC TCTACATCGG AGACGGGCTT GAAGGAGGAA ACGGAACCAA ATACTACTAC
TGCTACGATG ACAATGGTAG CTTCGTCTGG AAACACGAAA ACACAAACAC TGCAGGCTTT
ATCTGGAGCG GGAGCGTAGT TGTCGGAAAT TACATGGTTT ACCCGGTTTT CGAAGGTAAA
TTGGTCTGTC TCGATAAGGA TACAGGAACC TTTGTAGATC AGGTTGATTT CAGTAACAGT
TCCGATGTCT CCTTTGCACT AACCGATCCG GGCATGTTCC GAAGTTCAGT AACATACGCT
AACGGCGCCC TGTACACATC CTCGGAAAGA GGACAGGAAA CCGGTTACTG CTTCAAAGTC
GGTTTTGATC CAGATACAGG CCAGTTCCTG GACAGCGGCT GGGCAGCTTC AATAGGTTTC
TCGACCTCGA CCCCGACCGT TTATGACGGC AGGGTCTATG TAGGACACGG AGAACACGGC
GAAACCGGAT CCATGTTCTG CCTGAATGAT TCTGACGGAT CGGTAATCTG GAAGACTCCG
GTTAGCGGAG GAGTCAAATC TTCACCTGTC ATTTCTATTG AAAACAACGA GCCCTACATC
TACTTCACCG AAGCTATCTC TGACGGCTCA ATTTACTGCC TGAACCCTGA CGGAACCCTT
GCCTGGCACT ACAACCCACC TGAGGATGAT GCATATACTC TGCAAGGGGC AGCCCTTTCC
GAGGACAAGG TTTACTACGG AACCGATAGC GGATACCTCT ACTGCATCGG CCAGGGCGAA
GCCCTCTCTC CAACAGCCAA TTTCAGTTCG AACAAACAGA CAGGTTCTTT CCCCCTAACG
GTCTCCTTCA AAGACAGGTC TTTTAACGCC AACAAATTCC TTTGGGATTT CGGGGATGGA
AATACTTCAA CCGAAGTAAA CCCTGTCCAT ACCTACTCTG CTGCAGGCAC CTATACCGTG
ACCCTTACCG TTCAAAACGA GCATGGGACG GACAAGAAAA TTGCTGATGA CTACATTTAC
GCAGTAAGAA CCCCGGTTAC CTGGCCTGTC AAAAGCGGGG AGTCAATCCA GACAGCAATT
AATGCAGCAA GTTCAGGAGA CATAATCAAG GTATATCCAG GGGAATATCA CGAAGTCGTG
ACCATTAACA AGACCCTGAC TCTCAAAGGC GTAAGAGACC CTATCCTTAA CGCTTCGGGT
TTCACAGGCA CTTCAGGCGT AACCATCAGT GCTGACGATG TTGAGTTCAA CGGATTTAAA
GTTACGGGAA CCGGAGAAAA ATGTTTTGGA ATCAGTGTGT CCGCAAACAA TTCTTCGATA
GAAGATAACA TCATAGATAA CTGTGCCGAA GGGGTGGCGT TCATGGGGAC CGGAAACATC
CTTCAAGGAA ACACTATTTC CAACTGTTGG GACTCTGCTG CCATGCTCGA TAACACCGGA
GGTAACAGAC TCTACCAGAA TACTTTCATC AACAACAGCG GAAAGAAGAC TGGAGGTTCA
AACAATCACA TCTCCGGTGG TTCAGGTTCC TTCTTCCAGA GTTCCGAGCA AGTAGAATAC
CTGTGGAACG GACAAAAACT GACAGGATAC ATAGGCAATT ACTATGACGA CTACACCGGA
AACGATTCAA ACGGGGACGG AATCGGGGAT TCGGCTTACG CTGCTGATAA AGGAACCGAT
CAGTACCCTC TGGTGCTCCC TTACTCAAAC TACGTTGAGC AGGAAAACAG CTCTATCCCT
GAAAACTCCT GGTTCCAGTT CCATGGAAAG ATTGACCACC TTGGTTACTC CGAAAAAGGG
CCCAAGACCA ACCGGATCGC ATGGGTAAGT AAGGACGTTA GTGATGCTAC CCTCAGTTCC
TCGCCAGTGG TTGCCAAAGG TAAAGTCTTT GTGATCTCCG GTGGAGCAGG AATGGAAGAA
GAGACGACAG GTGTTGTTCA GTTAGTAGCC CTGAACGAGT CTACCGGAGA CACAGTCTGG
CATACCAGTA TCCCGAAGAC CGTACTTGGT TCCTGGGCTT CTCCTGCCTA TGACAATGGC
AGGGTCTTTA CGGCCACCGG CCATGAACTT GGCTGTTATG ATGCCGAAAA CGGAGAAAAA
CTCTGGTGCT TCAATGATAC TGTGGGAGCG GGTGCAGTTA ATAGCGGACC TGCTATTGCG
GACGGTATGG TGATCTTTAG CGACTGGGAC GGAAGCCATT ATTACTGTCT TGACGAGTAT
ACCGGAGATT TACTCTGGAG TTTTGTAGTG GAAGGAGATG CACAGTCCGT ACCTGCTTAT
GCCGATGGGA AATTCTACCT GACAAGCTGG GATTCCGGGG CCTCCAGACA GGGTCATGCT
TACTGTGTGG ATGCAGTAAC CGGGAAACAG ATCTGGCACA TTGATGTCGA ACAGAACTTC
TGCGGGTCTC CTGCCTACAA GGACGGAGTC CTTTACCTGA CAACCTACAA CTTCTACGGG
GCAGGAGATC TTTTTGCCCT GAAAGCAAGT GACGGCAGCG TAATCTGGCA GCAAGTTATC
CCAAGGACAG ATTCAACTCC TGCTCTTGCC TATGGAAATG TCTACATTTC CGGAGGTTAT
GTCCAAGGGG GAACCCTCTG TTTCAATGCG ACTACAGGCG ATTCTGTCTG GTCAAACCCC
CCATACATAG GAGACTGGCC TTGGTCGGTA GCTGTTGCCG ATGGGCTCGC TTACGTTGGA
GGTTATGCTT TTGATGCTTT CACAGGTGAA ATTGTTTGGT CTACTCCTTC TGGTGGCTCT
ACTCCTGCGC TTTCGGATGG TATGCTTTTC ATTATAGGAG ACGACAAGAA AGTCTATGCC
TTTAAGGACT CCTCCGTTTC ACCTGTTGCC AATTTCATTG CAGATGTGAC GGTCGGCGAA
GCGCCGCTAG CAGTACAGTT CACCGATACT TCATCAGGTT CTCCTGCTTC CTGGGCCTGG
GACTTTGAGA ACGACGGCAC TGTGGACTCA ACTGAGCAGA ACCCCTCGTA TACCTATAAT
GCAGCTGGTA ACTACACTGT CAACCTTACG GTTATAAATG CAAACGGGAC AGATTCCGAG
GCCAAGACAG ATTATATCAC CGTATCGTCT ACACCTGTAG AACCTGAACC CATTGCTGCG
TTCACTGCTG ATGTGACCAG GGGTACTGTT CCTCTTACTG TCAATTTTAC GGACCAATCC
ACAGGTACAC CGACCTCCTG GCTCTGGGAC TTCGGAGACG GTACCAATGC TACCGAGCAG
AATGTTTCAC ACACGTACAT ATCAGCCGGT AACTATACTG TCAATCTCAC GGTTGCAAAT
GCTGACGGTA ACGATTCTGA AGTAAAGACT GATTACGTTG TGGTAAGTGA ACCACTGCCT
GGAGCTCCGG TTGCAAACTT TACTGCAAAT GTAACAACCG GTACAGCACC ACTGACCGTA
GAATTCACAG ATATCTCGAC TGGCTCACCG ACGGGCTGGC AGTGGGATTT CAACGATGAT
GGGATAATTG ACAGTACTGA GCAGAATCCA GTTTACACGT ATTCAACAGT AGGTAACTAT
ACCGTCAACC TTACTGTTGT CAATGCTGAC GGTAACGATT CTGAAGTAAA GACTGAATAC
ATTGTGGTAA GTGAACCATT GCCTGGAGCT CCGGTTGCAA ACTTTACTGC AACTCCGACG
TCTGGTAATG CTCCTCTCAC TGTCAACTTT ACGGATCAGT CAACTGGCAA TATCTCATCC
TATGCATGGG ACTTTGATAA CGATGGAACA GTTGACAGCA CTGAGCAGAA TCCGATATAC
ACGTATTCTG TAGCCGGTAC TTACACTGTC AACCTTACGG TTTCCAATGA GGATGGAAAC
GATTCTGAGG TAAAAACTGA GTACATTATC GTAAGTGAAC TACTTCCTGG CGCTCCGGTT
GCAAACTTTA CAGTCAATAA GACCAGTGGA AAGGCTCCAC TTGACGTTCA GTTTACAGAC
GCTTCAACTG GTAATATCTC ATCCTATGCA TGGGACTTTG ATAATGATGG AACTATAGAC
AGTAACGAAC AGAGTCCTTT GTATACCTAC GCTTCAGCCG GTACCTACAC TGTCAATCTT
ACGGTTGCAA ATGCTAACGG TAACGATTCG GAGGTAAAAA CCGGGTATAT TAAGGTCTCC
AGTCAATCTT CAGTAAAGCC AGTAGCTGAA TTTTCTGCGT CGCCTACTTC AGGAAAAACA
CCATTAAAGG TTAAATTTAC CGACACAAGC ACTGGCTCTC CAACTTCCTG GTTCTGGAAA
TTTGGAGATG GATCAAAGTC ATTCCACCAG AATCCTGTTC ACAAGTATTC AAAGGCAGGA
ACATATACTG TGAACTTGAC AGTAAAGAAT GCTAAAGGCA AGAACACGGT AACAAAAACA
GAATATATAA AAGTGATAAC AAAACCGGTT GCAAACTTTT CTGCGAATCC AACCTCAGGA
AAAACACCAT TAAAGGTTAA ATTTACTGAC ACAAGCACAG GAATACCTGC TAAATGGAGA
TGGGACTTTG GAGATGGAGC AAAGTCATTC CTTCAGACTC CGGTTCACAA GTATTCTAAG
GCAGGAACAT ATACTGTTAA CTTGACAGTA AAGAATGCTA AAGGCAAGAA CACGGTAACA
AAAACACAAT ATATAAAAGT GATAACAAAA CCAGCTGCAA ACTTCACCAG CAGCGTTACA
TCAGGAAAAA CGCCATTAAA GGTTAAATTT ACTGACACAA GTACAGGAAT ACCTGCTAAA
TGGAGATGGG ACTTTGGAGA CGGATCAGAT TCATTCCACC AGAACCCGGT TCACAAGTAT
TCAAAGGCAG GAACATATAC GGTTAACTTG ACAGTAAAGA ATGCTAAAGG CAAGAACACG
GTAACAAAAA CACAATATAT AAAAGTGATA ACAAAACCTG TGGCAAACTT CACCAGCAGT
GTTACATCAG GAAAAACGCC ATTAAAGGTT AAATTTACTG ACACAAGCAC AGGAATACCT
GCTAAATGGA GATGGGACTT TGGAGATGGA TCAAAATCAT TCCATCAGAA TCCGATTCAT
AAGTATTCAA AGGCAGGAAC ATATACTGTT AACTTGACAG TAAAGAATGC TAAAGGCAAG
AACACGGTAA CAAAAACACA ATATATAAAA GTTATATAA
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| Protein sequence | MVMSPASAKT WNVDTSQEIL DALNNCADGD TIFVMNGVYE IGANKNIHAP NVTFMGESRD
GVIIKSNNQI LSVGGNSGAA PNCVIENFTG MVLTQMSNGI SISSNSPGCI VQNVEINVPI
NPIRIESSEC IVRNCIFDGC YNTGCLIKGK NVTLKNNTIS NTTSTYALYL YTDATAVIED
NIFKDNNCRT LYIRGENSAV ANNTFLNNQG EIIRFYKSTA TNNTITRNNI ASNEVIINFK
DAGNGNKIFL NNFVNNSGGM SGTLPSVTYW NSTEPIEYTY NGTTYTGYLG NFWGTAYDES
DGDGNGIGDS SYTVPSSFGT DYSPLMSPKE NYGTSETNGS SSAPSADFSA TPTSGTAPLA
VNFTDQSTGT PTSWKWDFGD GADSTEQNVS HTYTSDGTYT VNLKVSNSAG NDIEIKNNYI
TVNNESEWLE FQKDSSHTGY TFSSAPIKDP KVLWQNLTSS EQEPCGSGGI NVPPVISGNT
VFVTAGNASI WAFDKDTGAH IWSKELGGSL TQTATPALGD GKLFVPTLGG DLYALDPENG
SELWNTHVTD SSFECPLTYS DHKLYIGDGL EGGNGTKYYY CYDDNGSFVW KHENTNTAGF
IWSGSVVVGN YMVYPVFEGK LVCLDKDTGT FVDQVDFSNS SDVSFALTDP GMFRSSVTYA
NGALYTSSER GQETGYCFKV GFDPDTGQFL DSGWAASIGF STSTPTVYDG RVYVGHGEHG
ETGSMFCLND SDGSVIWKTP VSGGVKSSPV ISIENNEPYI YFTEAISDGS IYCLNPDGTL
AWHYNPPEDD AYTLQGAALS EDKVYYGTDS GYLYCIGQGE ALSPTANFSS NKQTGSFPLT
VSFKDRSFNA NKFLWDFGDG NTSTEVNPVH TYSAAGTYTV TLTVQNEHGT DKKIADDYIY
AVRTPVTWPV KSGESIQTAI NAASSGDIIK VYPGEYHEVV TINKTLTLKG VRDPILNASG
FTGTSGVTIS ADDVEFNGFK VTGTGEKCFG ISVSANNSSI EDNIIDNCAE GVAFMGTGNI
LQGNTISNCW DSAAMLDNTG GNRLYQNTFI NNSGKKTGGS NNHISGGSGS FFQSSEQVEY
LWNGQKLTGY IGNYYDDYTG NDSNGDGIGD SAYAADKGTD QYPLVLPYSN YVEQENSSIP
ENSWFQFHGK IDHLGYSEKG PKTNRIAWVS KDVSDATLSS SPVVAKGKVF VISGGAGMEE
ETTGVVQLVA LNESTGDTVW HTSIPKTVLG SWASPAYDNG RVFTATGHEL GCYDAENGEK
LWCFNDTVGA GAVNSGPAIA DGMVIFSDWD GSHYYCLDEY TGDLLWSFVV EGDAQSVPAY
ADGKFYLTSW DSGASRQGHA YCVDAVTGKQ IWHIDVEQNF CGSPAYKDGV LYLTTYNFYG
AGDLFALKAS DGSVIWQQVI PRTDSTPALA YGNVYISGGY VQGGTLCFNA TTGDSVWSNP
PYIGDWPWSV AVADGLAYVG GYAFDAFTGE IVWSTPSGGS TPALSDGMLF IIGDDKKVYA
FKDSSVSPVA NFIADVTVGE APLAVQFTDT SSGSPASWAW DFENDGTVDS TEQNPSYTYN
AAGNYTVNLT VINANGTDSE AKTDYITVSS TPVEPEPIAA FTADVTRGTV PLTVNFTDQS
TGTPTSWLWD FGDGTNATEQ NVSHTYISAG NYTVNLTVAN ADGNDSEVKT DYVVVSEPLP
GAPVANFTAN VTTGTAPLTV EFTDISTGSP TGWQWDFNDD GIIDSTEQNP VYTYSTVGNY
TVNLTVVNAD GNDSEVKTEY IVVSEPLPGA PVANFTATPT SGNAPLTVNF TDQSTGNISS
YAWDFDNDGT VDSTEQNPIY TYSVAGTYTV NLTVSNEDGN DSEVKTEYII VSELLPGAPV
ANFTVNKTSG KAPLDVQFTD ASTGNISSYA WDFDNDGTID SNEQSPLYTY ASAGTYTVNL
TVANANGNDS EVKTGYIKVS SQSSVKPVAE FSASPTSGKT PLKVKFTDTS TGSPTSWFWK
FGDGSKSFHQ NPVHKYSKAG TYTVNLTVKN AKGKNTVTKT EYIKVITKPV ANFSANPTSG
KTPLKVKFTD TSTGIPAKWR WDFGDGAKSF LQTPVHKYSK AGTYTVNLTV KNAKGKNTVT
KTQYIKVITK PAANFTSSVT SGKTPLKVKF TDTSTGIPAK WRWDFGDGSD SFHQNPVHKY
SKAGTYTVNL TVKNAKGKNT VTKTQYIKVI TKPVANFTSS VTSGKTPLKV KFTDTSTGIP
AKWRWDFGDG SKSFHQNPIH KYSKAGTYTV NLTVKNAKGK NTVTKTQYIK VI
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