LOCUS BK014048 3757 bp RNA linear VRL 09-FEB-2021 DEFINITION TPA_asm: SsRNA phage SRR6960507_12 genomic sequence. ACCESSION BK014048 VERSION BK014048.1 KEYWORDS Third Party Data; TPA; TPA:assembly. SOURCE ssRNA phage SRR6960507_12 ORGANISM ssRNA phage SRR6960507_12 Viruses; Riboviria; Orthornavirae; Lenarviricota; Leviviricetes; Timlovirales; Steitzviridae; Gulmivirus; Gulmivirus asiovicinum. REFERENCE 1 (bases 1 to 3757) 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Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Leviviricetes taxonomy JOURNAL Unpublished REFERENCE 2 (bases 1 to 3757) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C.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 SRR6960507 ##Assembly-Data-START## Assembly Method :: metaSPAdes v. v3.11.1 Sequencing Technology :: Illumina ##Assembly-Data-END## FEATURES Location/Qualifiers source 1..3757 /organism="ssRNA phage SRR6960507_12" /mol_type="genomic RNA" /isolation_source="activated sludge" /db_xref="taxon:2786510" /country="USA" /note="Viruses; Riboviria; Orthnornavirae; Lenarviricota; Leviviricetes; Timlovirales; Steitzviridae; Gulmivirus; Gulmivirus SRR6960507_12" gene 24..1190 /gene="SRR6960507_12_1" CDS 24..1190 /gene="SRR6960507_12_1" /codon_start=1 /product="maturation protein" /protein_id="DAD52252.1" /translation="MPARTRTRTRMPGAHKGGVGRALKPGLTDQYPSNQPYLYEEMSD VTGNRESTNPLYLLQQDLVVGWFSGNNSNFWNCEDHIQVFNLGGSLPSMPDYSDAVAA TMALARTNPSRPTVDVWNFLFELKDIPQMIFQIGNLMRKYGTNPSKNWPKSQELIRDI GSGYLGWTFGWDQLGRDLMKLCDFVGSVEKRTEEFRRLSHGSLRRRVDLINHTELVTV NDAFYCGPLYQSKVKASLKIGAGHRLWVRVRYKPTAETFSILGGDQLELARSIVWGHK PDWSTIWNAIPWTWLVDWFSTAGDYFAANRNRLAVSVDDIAIMRWKVGALDSVELQSP EPTSVFTENKHCLYSVKRRSRYDGGPVISAFVPYLDTRNWSILAALGTKYLPRR" gene 1212..1574 /gene="SRR6960507_12_2" CDS 1212..1574 /gene="SRR6960507_12_2" /codon_start=1 /product="coat protein" /protein_id="DAD52253.1" /translation="MTIPNPLVVTVNGAAKNLPRINQDSYGSEYYLEETSQSFRVKIR HSKETPRKDGVQYDRHNVELTQTIFAVGAVPEYSFTTYVVIRHDKNVSTSFLGYLQVA LNGLMLAPFVTDLKGWQN" gene 1728..3659 /gene="SRR6960507_12_3" CDS 1728..3659 /gene="SRR6960507_12_3" /codon_start=1 /product="RNA-directed RNA polymerase" /protein_id="DAD52254.1" /translation="MTKSLDYDFVGLFKSILMDVSGYHPDDHDMWDKDLESLAHLSRT RGMPIFTMDLPALGKLLDSSLDRGSLSLSGNLTATIQGTKIPRLFQGLWSRLFEDDGV LKCDIDPNDVLFLRTLLYVGKNYRAECSPRYLFEATKEFYYVEAHLPCSDPFWDDHGS HIDDNFGRLADLRIQRYVDALRNEESGVLIGPGSIDRRADALCDSIQREADKIAGTLG WFDPDEWNFKHGPGAVSDLKRGEFKYDFPNWNPRLESVFPYDRFGTSQYGLLDRLQPD GIDLPFVEGHSKLIAVPKTQKGPRLIAAEPTCNQWAQQCVRDYLYSRVAATYLSEVIR FNDQTANQEYARLGSLNGKYATIDLKSASDRLSTQLVQRVFRRNLPLMEALRACRTRY IRNDLDKKLPSLHKLRKFSTQGSALTFPVQSLVFTAIALGVGKYLEPHRTTQDLCKDV RVFGDDIIVPVGWVDDTVEALEGFYLKVNASKSFWKGSFRESCGADMWKGYDVTPPHV SLMGDKSNPVAVASNVAVSNNFHRKGFWNAASWIKTSGMPGLIPVVDHASGMFGFISF SGAQVPQRTRWNKKLQRYEVYVTTVHVATDHVKQDTSGAMLQYFTEDPAAYIDYRSGV AVGGVPVIRHAWVDVSEFD" ORIGIN 1 tgatgacaag tagcagagta gtcatgccag cgcgaacccg cacccggaca cgtatgcccg 61 gagcacataa aggtggggtc ggcagggcgt taaagcccgg cctaaccgac caatatccaa 121 gtaaccaacc gtatctctac gaagagatgt cggacgttac tgggaatcgc gaatcaacaa 181 acccgctgta tcttctgcag caggacttgg tagttggctg gtttagtgga aacaattcca 241 atttctggaa ttgcgaggac catatccagg tgttcaacct gggtggaagt cttccatcta 301 tgcctgacta ttccgacgcg gttgcggcaa ccatggcgct cgctagaacg aatcccagtc 361 gaccaactgt cgatgtttgg aactttcttt tcgagctcaa ggatattccg cagatgatct 421 tccaaatcgg aaacctcatg aggaagtacg gaaccaaccc atcaaagaac tggccaaaaa 481 gccaggaact tataagggat atagggtccg ggtacctcgg gtggacgttt ggttgggatc 541 aactaggccg tgatcttatg aagctctgcg atttcgtagg ttccgttgag aaacggaccg 601 aagaatttcg caggctatca cacggctcgc tgcgtcgacg tgttgacttg atcaaccaca 661 cagagttggt tactgtcaac gacgctttct actgtggacc actctaccaa agtaaagtga 721 aggctagcct caagattggg gctggccacc gtctatgggt tagggttcgt tataaaccca 781 ctgccgagac gttctcgata ctaggtggag atcaacttga actcgcccga tccatagttt 841 ggggtcacaa acctgattgg tcaacaatct ggaatgcgat tccctggaca tggctcgtcg 901 attggttctc tacagcggga gactatttcg ctgcaaatag gaatcgattg gcggtttcgg 961 tcgacgacat cgcgatcatg cgttggaaag tgggagcgct cgactcagtc gagttgcaat 1021 cacctgaacc aacctcggtg tttaccgaga ataagcattg cctctactcc gtgaaacggc 1081 gtagtcgcta tgacggtggt cctgtcatct ccgcatttgt gccctacttg gacacgcgga 1141 actggtctat cctggctgct ttagggacaa agtacttgcc ccggcgctag aaccaagaaa 1201 gaagaagtag catgactatc cctaatcctc tcgtggtcac ggttaatggt gcagcaaaga 1261 atttgccacg catcaaccag gactcatacg ggtctgaata ctaccttgaa gaaacgtccc 1321 aatcgttccg ggtgaaaatc cggcattcga aagagacgcc tcgcaaggac ggggtacagt 1381 acgatcgaca taacgtcgaa ctgacccaga cgattttcgc cgttggagca gtacctgagt 1441 actcgttcac gacctatgtt gtgattcgtc acgacaagaa cgtgagtacg agtttcttgg 1501 gatacctcca ggtggcgctg aacgggctta tgctcgctcc attcgtcaca gacctcaagg 1561 gctggcagaa ctaattccac cagtaccagt atgtagcaga agctagccaa tgacggctag 1621 cctaagctaa tcgagagctg cttacgcaac gcgcacgtcc gggagatccg ggcgtgcgtc 1681 ggttttggga tgtccaaggt gtcaatcgta actcaaagga gttcaccatg actaagagcc 1741 ttgactacga cttcgtcgga cttttcaaga gcatcctaat ggatgtttct ggatatcatc 1801 ccgacgacca tgatatgtgg gataaggatt tagaaagcct tgcccacttg tctcgaacgc 1861 ggggcatgcc catctttacg atggaccttc ccgccctcgg caagctgctt gacagcagct 1921 tggatagagg tagcctatct ctgagtggaa accttacggc aaccattcag ggcaccaaaa 1981 tccctagact attccagggg ctttggtcgc ggctgttcga agatgatggc gtgttgaagt 2041 gcgacataga tccaaacgat gtcctcttcc tgcgtacatt actgtacgta ggcaagaact 2101 atcgagcgga gtgctctccc cggtacctct ttgaggcaac caaggagttc tactatgtcg 2161 aagcgcatct tccatgctcg gaccctttct gggacgatca tggttctcat atcgatgata 2221 atttcggtcg gcttgctgac ctacgtattc agcgatatgt tgacgcgctg cgaaacgaag 2281 aatctggggt ccttatcggt cctggatcaa tcgatcgcag agcagacgct ttgtgcgata 2341 gtattcagcg agaagctgat aaaatcgcag gcaccctcgg ctggtttgac ccagacgagt 2401 ggaacttcaa gcacggcccg ggtgcagtct cggacctcaa gcgaggggag tttaagtacg 2461 acttcccaaa ctggaatcca agactcgagt cagtctttcc ctacgaccga tttgggactt 2521 cccaatacgg cctgctggat cgactacaac ccgatggcat cgacctccct tttgttgagg 2581 gacactcgaa gctcatcgct gtgcccaaga cgcagaaagg cccgcggctc atcgccgcgg 2641 aaccgacctg caatcaatgg gcgcaacagt gtgtaaggga ttacctttac tcacgggttg 2701 ctgcgacgta tctctcggaa gtgataaggt ttaacgacca aaccgctaac caggagtacg 2761 cgcgtctcgg gagcctgaac ggaaaatatg cgacgatcga ccttaagtcg gcgtctgacc 2821 gcttgtctac gcagcttgtg caacgtgtct tccggaggaa tcttcctctt atggaagcac 2881 ttcgcgcatg ccgcacgcgt tacatccgta acgacctaga caagaagctt cctagccttc 2941 acaagctgag gaagttttcc acacaaggct cggcattgac gttccctgta cagtcacttg 3001 tgtttacggc tatagcccta ggtgttggaa agtacctaga gcctcaccgg acaacgcaag 3061 acctgtgcaa ggacgtacgg gtattcgggg acgacataat tgtccccgta ggttgggttg 3121 atgacaccgt agaagcttta gaaggcttct atctcaaggt caacgcatca aaatccttct 3181 ggaagggttc ctttcgggag agttgcggtg cagacatgtg gaagggatac gatgtaaccc 3241 cgccgcatgt gtccttgatg ggtgataagt ccaaccctgt tgccgtggcc agcaatgttg 3301 cggtctcgaa taacttccat aggaaggggt tctggaacgc agctagctgg atcaagacca 3361 gcggcatgcc gggactaatc ccggttgtcg accacgcatc aggaatgttc ggctttataa 3421 gtttcagcgg agctcaagtt ccacagcgaa cgcggtggaa taagaagctt caacgttacg 3481 aagtgtacgt tacgacagtt catgtcgcga ctgatcacgt taagcaggac acctctggag 3541 cgatgcttca gtatttcact gaagatccag ctgcctatat agactatagg tctggagtcg 3601 ctgtaggggg cgtgccagtc attaggcacg cctgggtgga tgtcagcgag ttcgattgat 3661 atcgagctct gtataacatg caacctccgg tacctgttct aggtacttgg ctgttgcacg 3721 agaggggagc tgacgtctat taagttgcta cctcccc //