LOCUS BK013737 3922 bp RNA linear VRL 09-FEB-2021 DEFINITION TPA_asm: SsRNA phage SRR7976323_5 genomic sequence. ACCESSION BK013737 VERSION BK013737.1 KEYWORDS Third Party Data; TPA; TPA:assembly. SOURCE ssRNA phage SRR7976323_5 ORGANISM ssRNA phage SRR7976323_5 Viruses; Riboviria; Orthornavirae; Lenarviricota; Leviviricetes; Timlovirales; Steitzviridae; Tsuhreavirus; Tsuhreavirus borborovivens. REFERENCE 1 (bases 1 to 3922) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Leviviricetes taxonomy JOURNAL Unpublished REFERENCE 2 (bases 1 to 3922) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Direct Submission JOURNAL Submitted (01-SEP-2020) Gut Phageomics, APC Microbiome Ireland, Western Road, Cork T12YT20, Ireland COMMENT THIRD PARTY ANNOTATION DATABASE: This TPA record uses data from DDBJ/EMBL/GenBank entry SRR7976323 ##Assembly-Data-START## Assembly Method :: metaSPAdes v. v3.11.1 Sequencing Technology :: Illumina ##Assembly-Data-END## FEATURES Location/Qualifiers source 1..3922 /organism="ssRNA phage SRR7976323_5" /mol_type="genomic RNA" /isolation_source="activated sludge" /db_xref="taxon:2786692" /country="Japan" /note="Viruses; Riboviria; Orthnornavirae; Lenarviricota; Leviviricetes; Timlovirales; Steitzviridae; Tsuhreavirus; Tsuhreavirus SRR7976323_5" gene 37..1395 /gene="SRR7976323_5_1" CDS 37..1395 /gene="SRR7976323_5_1" /codon_start=1 /product="maturation protein" /protein_id="DAD51156.1" /translation="MGTVLSTFQYDPKSRDYRDRITMDRSPKFRIVSSGNVSPDLAFG SYKRIIDSSKTSTHNYLYKNPRNLLAHGVNTNIFVDTGGPLWIEEFSICDPPRVHVGR KDWSGRLVEDFDGPFIVNRDHYSMYRSMALQKFDPQPLLGLAGKTFSEMCAYGSTGIS RSIPTIPLTSTFTILGELREGLASIPGRQLYKLMKESPKWANRIQLLSKGGSSEFLNW IFGLAPTLKDVDNLYAINTDDVKQIRSKLNGEVHKIYKRRRVVEKEHVETTDGNVDYP QYTPSIYVLSGGWCQNTVVTDSKVWFSGAFDHSAWAPTIDSRLNDLLNAGEDLGLLPT ADRFWQLIPYSWLVDWFLNFGDVLTNISFLGRSGMQMLYGYVMADTTRTRTSTWSGYV NGHYSNFTTVSSERIRQRVRATPYGFGLKLQDLSPMQLAILASLGITRTKLIRSGSIP KP" gene 1440..1808 /gene="SRR7976323_5_2" CDS 1440..1808 /gene="SRR7976323_5_2" /codon_start=1 /product="coat protein" /protein_id="DAD51157.1" /translation="MFTDPISVTIASVATSFPRVGTGNLSSVYRSADGMLTLDIGHQD LAKGTRESTLVRLTRKAVGSDPLNSALSKAYESRVHLVFNTPANGVGISDATVKADIQ ALCAWIGTSGNLDKLLGKES" gene 1853..1981 /gene="SRR7976323_5_3" CDS 1853..1981 /gene="SRR7976323_5_3" /codon_start=1 /transl_except=(pos:1853..1855,aa:Met) /product="hypothetical protein" /protein_id="DAD51158.1" /translation="MSMPERAIEVRSAVWPGGPWLVGILVIAMLFSIVFALGTLIG" gene 2037..3833 /gene="SRR7976323_5_4" CDS 2037..3833 /gene="SRR7976323_5_4" /codon_start=1 /product="RNA-directed RNA polymerase" /protein_id="DAD51159.1" /translation="MKSLTRLWLVLAQELGSRCSVDVTHDIKTVECRVEHEGLSLFTI AMPDLCSFFESCLEEGYMDASLLPGWKTGKGRKIPAFLQGFFCLVFDRETGRILGNSS RQSDAVFAIRQLLLLYKKMKMDPTERRIQAAIAGYVSCEQELKEGEKTVRLGTLPQTF AWLFSTILNTLTREIDNFELNPKHGPGATADKKKGNKKFLFDRWTWRLESVFPSSEYA VPNYRYFNGDNLAFDTPEQELPVKVVFVPKTQKAPRIIAEEPSYIQYCQQAIACRLKD LISQSDLVGPMMDMNDQTRNRELARLGSITGRLSTIDLSEASDRVLNSTVVALFKPWP SVLEAIQATRSRRALLPNGQTVRLSKFASMGSALCFPVETMVFLTIVVDACLRGGDVT RISEHDIKSLHGSVSVYGDDIIVPSYTATDVMKLLQDNLLKVNTSKSFIHGPFKESCG GDYFYGFNVTPIKVRRLPSSHLTDEDFVSLCATRNQFYWHGLWQTAGWMDEYLHAQRR AYTIVPRKSNGVGRESVLLSSEDKWNNRLQMFETLCLVDIAKAPENKISGAAALHKCL AGDFKDPLYDGHLLRSGRTSSVNLKRKGVPAG" ORIGIN 1 cctcacggct cttcaccact acacctaggg ggacctatgg gaactgtttt gagtactttt 61 cagtacgatc caaaatctcg agattatcga gatcggataa ctatggacag aagtccaaag 121 tttaggattg taagtagcgg taacgtctcg cctgaccttg cattcggctc ttataagcga 181 atcatagatt caagcaagac atctacccat aactacttat ataaaaatcc tcgtaatctg 241 ttagctcacg gtgtcaacac caatatcttc gtagatactg gtggtccact atggatcgaa 301 gaattttcga tctgcgaccc tccacgcgtc catgtaggac gtaaagattg gagtggtcgg 361 ctggtggaag actttgatgg cccgtttatt gttaaccggg accattatag tatgtacaga 421 tctatggctt tacaaaagtt tgacccgcag ccccttctag ggcttgctgg taagactttt 481 agcgagatgt gtgcatacgg gagcacgggt atttcccgta gtattcctac aattcccctc 541 acttctacgt tcaccatcct cggcgagctc agggaaggac ttgcgtccat tcctggccgt 601 cagctttaca agttgatgaa ggagtcgcct aaatgggcta accgaattca acttttgagc 661 aagggtggga gttccgaatt ccttaattgg atattcggtc ttgctccgac tcttaaggat 721 gttgataatc tgtacgccat caatactgat gacgttaaac agatccgtag taaactcaat 781 ggagaagtcc ataagattta caaacggcgt agagtggttg agaaggagca tgtagagaca 841 acagatggta atgtggatta tccacaatac actccgtcta tctacgtcct gtccggagga 901 tggtgtcaga acacagttgt gactgattcc aaagtctggt tctcaggagc ctttgatcat 961 tctgcatggg caccaacgat tgattctcgt cttaatgact tgctcaacgc tggagaagac 1021 cttggtcttc tacctactgc agatcgattt tggcagctca ttccctattc ctggcttgtc 1081 gattggtttc tgaattttgg tgatgtactt accaacatca gtttcctagg caggtcaggg 1141 atgcaaatgc tctatggtta cgtcatggcc gatacaactc ggacccgtac gtcgacctgg 1201 tcgggttatg tcaacggaca ttactcgaac ttcacgactg tttcatctga aaggattcga 1261 cagcgtgtta gggcaactcc ctatggtttt ggcctaaagc tacaggactt aagtcctatg 1321 cagctggcca ttcttgcttc gctcgggata acccgaacga aactcataag gtcaggttcg 1381 ataccgaaac cctgatttca taacaacaga ataacaactg aatcccgaag gagtctctca 1441 tgttcactga tcccattagc gtcactattg ctagtgtcgc cacatcgttc cctcgcgtcg 1501 gaaccggaaa ccttagttcg gtttaccggt ctgccgacgg catgcttact cttgacattg 1561 gtcatcaaga ccttgccaag ggtacgcggg aatccacgct cgtccgactg acccgaaagg 1621 cagtcggttc tgacccgttg aactccgcgc tgagcaaggc ttatgaaagc cgtgttcacc 1681 tggtgttcaa cacccctgca aatggggtag gcatctctga tgccacggtc aaggctgata 1741 tccaggcgct ctgcgcttgg atcggcacct ccggtaacct cgacaagctt ctgggtaagg 1801 agtcctgaaa gggacctctt aaacagacgc tcttaagtcg aggagacttg aagtgtcaat 1861 gcctgaacgt gcaatcgaag ttcgctcggc tgtttggcct ggcggaccgt ggttggtggg 1921 tatcctcgtc attgcaatgc tgtttagcat tgtgtttgcg ttgggtacgc taatcggctg 1981 agaagccgac agtgaacgta taagtgactc gttagccatt tcaccgaaag gtaacgatga 2041 aaagccttac gagactctgg ttggtcctgg ctcaagagct aggttctagg tgtagcgtag 2101 acgttacaca cgacattaaa accgtcgagt gtcgcgtcga gcacgagggg ctatctctat 2161 ttacaatagc gatgcccgac ctgtgctcct tcttcgaatc ttgtcttgaa gaagggtaca 2221 tggacgcctc tctacttcct ggttggaaaa ccgggaaggg gaggaagatc cctgcatttt 2281 tgcaaggttt cttctgcctc gtgttcgacc gggaaaccgg tcgtatactt ggtaatagca 2341 gccgtcaatc tgatgcagtt tttgctatca gacagcttct acttctttat aagaagatga 2401 agatggatcc taccgaaagg cggattcaag ctgcaattgc cgggtatgtc tcttgtgaac 2461 aagagcttaa ggaaggtgaa aagactgttc gtcttggcac gcttccccag acctttgctt 2521 ggttgttctc tactatcttg aacacgctta cgcgtgagat tgataatttt gaacttaatc 2581 ccaaacatgg gccaggtgct acagccgata agaagaaggg aaacaagaaa tttctcttcg 2641 accgttggac gtggcgtctg gaatcagtat ttccttcatc ggaatatgct gttccgaact 2701 atcgctattt taatggcgat aacctagctt ttgacacacc tgaacaggaa ctacctgtta 2761 aggtagtttt cgttccaaag acgcaaaaag cgcccagaat catcgctgaa gaaccgagtt 2821 acattcagta ctgccagcaa gcaattgctt gcagactgaa agacttgatt tctcagtctg 2881 acctggttgg ccccatgatg gacatgaacg atcaaactcg caatcgcgag cttgcacgtc 2941 taggttccat tacgggtcgg ctctcgacta ttgacctctc tgaggctagt gatcgagtgc 3001 taaattctac cgttgttgcc ctttttaaac catggccttc agttttggag gccatacagg 3061 caacacgctc tagaagagct ctcttaccca acggacagac tgttcgtttg agtaagttcg 3121 cgtctatggg ttccgcgctg tgcttcccag tcgaaacaat ggttttcttg accattgtag 3181 tcgatgcttg cctgcgcggg ggagacgtga cacgaatctc tgaacatgac attaagtcac 3241 ttcatgggtc cgtgtccgta tacggggacg atattatcgt tccttcgtat acagctactg 3301 atgtgatgaa acttcttcaa gataatctct tgaaggtaaa cacctcgaaa agctttatac 3361 atggtccctt taaggaatca tgtggaggtg attacttcta tggcttcaac gtcacaccta 3421 ttaaggtgag gcgcttgcct tcatcacacc taacggatga agacttcgtt agtctgtgcg 3481 cgacccgtaa ccaattttat tggcacggac tgtggcagac tgcgggttgg atggatgagt 3541 atctacacgc ccaaaggcgt gcatatacca tcgtcccacg aaagtctaat ggagtaggtc 3601 gcgaatcggt ccttttatct tcggaagata agtggaataa tcgcctccag atgtttgaga 3661 ctctttgtct cgtcgacatc gcaaaagctc ctgagaataa aatctcgggt gcagctgcac 3721 tccacaagtg ccttgcaggg gactttaaag accccctgta cgacggtcac ttgctccgtt 3781 caggacgtac ttcctccgtc aacctaaaga ggaagggagt tcctgctggc taactggtca 3841 gcaggattgg gtaggacgcg agtcctacct tgggggaaca atgttattat tggaatttat 3901 tccaataatg cagtgtattc cc //