LOCUS BK013705 3981 bp RNA linear VRL 09-FEB-2021 DEFINITION TPA_asm: SsRNA phage SRR6960802_4 genomic sequence. ACCESSION BK013705 VERSION BK013705.1 KEYWORDS Third Party Data; TPA; TPA:assembly. SOURCE ssRNA phage SRR6960802_4 ORGANISM ssRNA phage SRR6960802_4 Viruses; Riboviria; Orthornavirae; Lenarviricota; Leviviricetes; Timlovirales; Steitzviridae; Gredihovirus; Gredihovirus asienecus. REFERENCE 1 (bases 1 to 3981) 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Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Leviviricetes taxonomy JOURNAL Unpublished REFERENCE 2 (bases 1 to 3981) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C.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 SRR6960802 ##Assembly-Data-START## Assembly Method :: metaSPAdes v. v3.11.1 Sequencing Technology :: Illumina ##Assembly-Data-END## FEATURES Location/Qualifiers source 1..3981 /organism="ssRNA phage SRR6960802_4" /mol_type="genomic RNA" /isolation_source="activated sludge" /db_xref="taxon:2786610" /country="Japan" /note="Viruses; Riboviria; Orthnornavirae; Lenarviricota; Leviviricetes; Timlovirales; Steitzviridae; Gredihovirus; Gredihovirus SRR6960802_4" gene 96..1394 /gene="SRR6960802_4_1" CDS 96..1394 /gene="SRR6960802_4_1" /codon_start=1 /product="maturation protein" /protein_id="DAD51054.1" /translation="MDHPPKSKILNSSELEQMTWAYSDGWKAHSHTPNFRRNRMVQYT EGELQRSQGNPYYLLGSSSEAIGGDFRVRSRKYSEYSSLSSGGPVHFSWSEDPMDNGS HHYYMLQNAVTSDVTDESPQWPLAVPSSFDALSALGTTAIARCIPTNPVFNAAAFLGE AREGMPSTNIETWKGRTLSAKGAGKDYLNYQFGWKPLVGDIHKFCRAVKDHNKIIDKF IADSGKLLHKSYHFPTVSSYNISQSSGFPLPKPIVSVGIFDFESGNWKLTTRTSSVRR RWFSGAFTYVIPNEDGVLGDYGRGEAIANKLLGIRLTPEVLWELTPWSWAVDWFSNAG DIARNVSAFANDGLVMPYAYMMEHLTVTKEYQLSGVRYKSYPGTQTFRQTFTTEVKSR RVATPFGFGVSIPDLTLRQKSIIAALAVSRSGKSGSSYKN" gene 1498..1860 /gene="SRR6960802_4_2" CDS 1498..1860 /gene="SRR6960802_4_2" /codon_start=1 /product="coat protein" /protein_id="DAD51055.1" /translation="MALADPQTLTFDAGAISLPRISVTPSSSVYRIPNGLVTLTVTQN RSKRNRTTIRIDGSKTVSDPLLPAVNKVVSMSTYVVVDRPLVGFSQEDLLDSLNGLVG WIQASSGANAEKVLGGES" gene 2072..3865 /gene="SRR6960802_4_3" CDS 2072..3865 /gene="SRR6960802_4_3" /codon_start=1 /product="RNA-directed RNA polymerase" /protein_id="DAD51056.1" /translation="MKSHLVLMRTILQELGDGCCTSTTLDWKTIERRVEHEGLEFLTI TLPSFAKDFLKCLDQGYVDSTHFLSFKKRACLPAFLQGFTSLVFDSQSGLLLHTPEIS AIHSVLQICNLFSKVELPCSDAREHAAFRQYVETDKEIQETFASIDPILMDEFKEVSF SLWREIFIEMDESIYNGDIVPKHGPGATADGIRGNAKFRQQQWTQRLEELFPHGEFVF PNWRYFDADRVELLEPENELPVRVISVPKTQKTPRIIAIEPACMQYVQQGLLERLVMS IERHDSLSVLIGFDDQVPNQELARIGSQDGSLATLDLSEASDRVSWPLVQALVDRHPL FKEALDCTRSRRADVPGHGVIPLFKYASMGSALCFPVEAMVFLTIVIMGIRRERGYHI SPRALSREMRGKVRVYGDDIIVPVEYVRSVVSLLEAFGLKVNSNKSFWTGKFRESCGK EFYDGRDVSIVKVRRPSPTQRKHASEIHSLVSLRNQLYKAGLWSSCKYLDNTIERLIP FPVVLESSQAIGRHSFLGYETQSECKYLQRPLVRAAVLTSIIPKSNLSDDAALLKFFL KRGSLPLSNNHLLRAGRPESVNIKIRRVSPY" ORIGIN 1 ttcggggact gtgctttagc acaacacccc cacctaaaaa ctcactttag tgagatcatg 61 gtgggaaatc atccaattca aaaggtgacc agactatgga ccatccacct aaatcaaaaa 121 ttctcaactc ttctgagttg gaacagatga cttgggctta ttccgacggt tggaaggcgc 181 attctcatac gcctaacttc cgccgcaatc gaatggttca gtacactgag ggtgaacttc 241 agcggtcaca gggcaatccc tattatcttt tagggagtag ctctgaggcc attggagggg 301 atttccgcgt tcgctcgaga aaatattccg agtactcatc gctttcaagc ggtgggccgg 361 tacacttctc ttggtccgag gatcccatgg ataacggttc gcatcattac tatatgttgc 421 aaaatgccgt tacctccgac gtcactgacg aatcaccaca atggccctta gctgttcctt 481 ctagtttcga cgctttgtcg gctctaggaa ctacagctat tgcccggtgt attccgacaa 541 acccagtgtt caatgcagct gccttcctcg gggaagcccg agaaggcatg ccaagtacta 601 acatcgaaac atggaaaggt agaactctca gtgcaaaagg cgctgggaag gattacctca 661 attaccagtt tggatggaag cccttggttg gcgatattca caaattctgc cgtgctgtca 721 aagatcataa taagatcatt gacaagttca ttgcagactc tggaaagcta ctgcataagt 781 cttaccactt tccgacggta tcctcctaca atattagcca aagtagcggt tttccgctac 841 ctaagcctat agtgtcggtt ggtatcttcg atttcgaaag tggcaattgg aagctcacca 901 cgagaacttc ctccgttcgt cggagatggt tctctggagc cttcacttat gtcattccca 961 acgaggacgg tgtcctcggt gattatggca gaggtgaagc aatagctaac aagctattgg 1021 gaatcaggct cacgcctgag gtgctctggg agcttacccc ttggtcctgg gccgtcgatt 1081 ggttttcgaa tgctggtgac attgctcgca atgtatcagc atttgccaat gatggtctag 1141 tgatgccgta cgcctatatg atggaacatc ttaccgtcac aaaggagtac cagctatctg 1201 gggtaagata caaatcttac cctggtacgc agactttccg acagactttt accactgagg 1261 ttaagtctag gagagtggca acgccatttg gattcggggt ttctatacct gatttaacac 1321 tcaggcagaa atccatcatc gccgctttgg ctgtaagccg aagcggcaaa tctggtagtt 1381 catataagaa ctaacaggaa acccgcggca cccgccgctt ctaatcacaa taatgtgatt 1441 agttcatcgg tatgcaaggg ttctatccct acatacccaa acgcagaggt acctaccatg 1501 gctcttgccg atccgcaaac gcttactttc gatgcaggcg caatctcgct tcctcgaatt 1561 tccgttaccc cgagttcctc ggtgtatcgg attccgaatg gcttggttac gcttaccgta 1621 acgcagaacc gctctaagcg gaaccgcact acgattcgca tcgatggttc gaagaccgtc 1681 agtgatcccc tcctcccggc cgtcaacaag gtggtttcga tgtcgactta tgtcgttgtc 1741 gatcgccctc ttgttggctt tagtcaggag gatctcctcg attccttgaa tggactcgtg 1801 ggttggatcc aggcgtcttc gggtgccaac gccgagaagg ttctcggcgg tgaaagttaa 1861 gaaggcgagt accaagtctt atgtcggcca taacgatcgg acgcgcagta atctgcgtta 1921 tctcgttcgt aatcgctctc atcttgatct ggatcacctt cgattgatgt gctcgctact 1981 ttctgtagcg gacgcataac ctttctggca cttgtttgcc ggtaagtact atggctatgg 2041 atcctttgct cttcatttaa ggagagtttg gatgaaaagc catttagtac ttatgcgtac 2101 catccttcaa gaattggggg atgggtgttg cactagcacc actctcgatt ggaaaacaat 2161 cgagagaaga gttgaacacg aagggttaga gtttttaact ataaccctcc ctagctttgc 2221 caaggacttt ctcaagtgct tggatcaagg ctacgtggac tcaacccact tcttatcttt 2281 taagaagagg gcgtgtctcc ctgcgtttct tcagggtttc actagtcttg tgttcgattc 2341 ccaaagtggg ttactcctac atactcctga aatttctgcc attcactctg ttcttcagat 2401 ttgtaatctg ttttccaaag tggagcttcc gtgcagtgat gcgcgagagc atgcagcgtt 2461 tcgtcagtat gtagaaaccg acaaggaaat tcaagagact ttcgcttcta ttgaccccat 2521 ccttatggat gagttcaaag aagtgagctt ctccctttgg cgtgaaatct tcattgagat 2581 ggatgaatct atctacaatg gggatatcgt gccaaagcat ggtcccgggg ctactgcaga 2641 tggaatccgc ggaaacgcaa aattccgtca acaacagtgg actcagagat tggaagaact 2701 cttcccacac ggggagttcg ttttcccaaa ctggcgttat tttgacgccg accgtgttga 2761 actccttgag cctgagaacg aattgcccgt tagggtaatt tccgttccca agacgcagaa 2821 aacaccacga atcatagcca tagaacctgc gtgcatgcaa tatgtacagc aggggctttt 2881 ggagagactc gtgatgagta tagagagaca tgacagcctt tctgttctca taggattcga 2941 tgatcaagtt cctaaccagg agcttgctcg aattggctcc caagatggga gtctcgctac 3001 cctcgattta tctgaggcta gcgaccgtgt ttcctggccg ctcgttcaag ccctagttga 3061 tcgccacccc ctattcaagg aggctttgga ttgtactagg tcaaggcggg cggacgtacc 3121 tgggcatggg gttattcccc tgttcaagta cgcctctatg ggctctgccc tgtgtttccc 3181 tgttgaggct atggtatttc ttaccatagt cataatgggg atacgcagag agcgcggcta 3241 ccacatttcg ccacgtgctc tctctagaga gatgcgtggc aaggtgcgtg tctacggaga 3301 cgatatcatt gtccccgtgg aatatgtgcg ctctgttgtg tccttactgg aagcctttgg 3361 gcttaaagta aattccaaca agtcattctg gactgggaag ttcagagagt cttgcgggaa 3421 ggagttttac gatggacgtg acgtatcaat cgtcaaagtc cgtcgtcctt ctcctacaca 3481 acggaagcac gctagcgaga ttcattcact tgtatccctt cgaaaccaac tttataaggc 3541 tggtttgtgg agttcttgca agtacctcga taacactatc gaaaggttga tccctttccc 3601 tgttgttctc gagtcgagtc aagctatagg ccggcattca ttccttgggt atgaaaccca 3661 gagtgagtgc aagtatctac agcgtcccct tgtcagggcg gctgtactta cttccattat 3721 ccctaagagt aatcttagtg atgatgcagc ccttctcaag tttttcttaa agagggggag 3781 tctccctctc tctaacaatc acttgttgcg tgctggacgc cccgaatccg tcaacatcaa 3841 gattcggagg gtctcaccct attaaagggg tgagccaggg gaaaccctgg agagtggaaa 3901 agcgtggccc catttagcct ttgtggggct gcgctgtgca gccccccttg gctggggtca 3961 aacttactcc acagagggga g //