LOCUS BK014220 3326 bp RNA linear PHG 09-FEB-2021 DEFINITION TPA_asm: SsRNA phage SRR5995670_2 genomic sequence, sequence. ACCESSION BK014220 VERSION BK014220.1 KEYWORDS Third Party Data; TPA; TPA:assembly. SOURCE ssRNA phage SRR5995670_2 ORGANISM ssRNA phage SRR5995670_2 Viruses; Riboviria; Orthornavirae; Lenarviricota; Leviviricetes; Norzivirales; Fiersviridae; Bisdanovirus; Bisdanovirus hydrocola. REFERENCE 1 (bases 1 to 3326) 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Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Leviviricetes taxonomy JOURNAL Unpublished REFERENCE 2 (bases 1 to 3326) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C.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 DATABASE: This TPA record uses data from DDBJ/EMBL/GenBank entry SRR5995670 ##Assembly-Data-START## Assembly Method :: metaSPAdes v. v3.11.1 Sequencing Technology :: Illumina ##Assembly-Data-END## FEATURES Location/Qualifiers source 1..3326 /organism="ssRNA phage SRR5995670_2" /mol_type="genomic RNA" /isolation_source="Tropical freshwater" /db_xref="taxon:2786479" /country="Singapore" /note="Viruses; Riboviria; Orthnornavirae; Lenarviricota; Leviviricetes; Norzivirales; Fiersviridae; Bisdanovirus; Bisdanovirus SRR5995670_2" gene 46..1152 /gene="SRR5995670_2_1" CDS 46..1152 /gene="SRR5995670_2_1" /codon_start=1 /product="maturation protein" /protein_id="DAD52831.1" /translation="MIKPNHSIRIPSYLTVETVEGSRVVMTDNVESASAWDLFTQSSY SGPRVMGRVNAYQRHTIRATCAVEMYDPPPAGMLWGSITKGAYLSRHQIGVSLQSYDD YSQLHAEALGRLNESSRGSIDLSVDLLQARETAALFRATDRVHSETLRFQKRVWAVTA KGLQGVAKRLSSHYLEYIYGVKPALQTVYGIAEQIHRRQASLEHTEVGKAKSIEGVNS VQVLSYYGGYSTLPFDGALNKVVKYSCTLSDSDIGSLGDFTSLNPASIAWEYLPWSFV ADWLIDVGGYLRNMETAAMLSPGFVRGFVTTSSSLAGTFVKPATGYIKMTSVNRQLLH TWPRPELPKFNAVLGSSRLLAAGALITQMLPRFK" gene 1217..1636 /gene="SRR5995670_2_2" CDS 1217..1636 /gene="SRR5995670_2_2" /codon_start=1 /product="coat protein" /protein_id="DAD52832.1" /translation="MPALADIVLPDAQATPVNHTFKPLGQDRKGLWWFEDSSAGTPAG FNRISYKIERPSDFQSKDKMRIEIGIHTPVLESTSPASNGFTPAPTAAYVCQTYVTFL IPARSSLLARQNIRKYAAILCSHGVTIDLVENLLGLY" gene 1636..3300 /gene="SRR5995670_2_3" CDS 1636..3300 /gene="SRR5995670_2_3" /codon_start=1 /product="RNA-directed RNA polymerase" /protein_id="DAD52833.1" /translation="MSRVAVAAAGDAIELRVWRKLHARLIERNPDYRGPTYVCDPLLI KSQQIRVGDFEDHASFSAYYGVSSFLKKWKGHEMLTERDRDSATFDAWLGAEQQCALT NHRLEIECCNGLTPVALRTIERAQRKIAQILGRCDVDAILTRCRFSGGATYATKRGTR LDEKVTSSLKSVTIGALPLWERFLEIAPGVAQQFQGEVDIVDCDRLVFVEKDAFIKRG INPVPLINGFLGQGFGRTIRARLKAHGVNLDDQSINQRLAFHALADGLATIDLSSASD TMSTGLVKLMLAASDPGWYECLNALRTRYTRIGDRKVLLNKFSAMGCPFTFELESLIF YALCSANVDSGVVSVYGDDIIVPAESYDAVVSALNWAGFIINGSKSYTSPSRFYESCG RHYFDLEDVTPLYQKDVCRNVPDLVRLHNRIVRFGIRTGHIQRIWSVACYVRKEIKRA FNCEVDYGPVVEHDQWLIDPATVPFDKARLMAVVVPRKRKIIKHGPLTELALCAVKIF DSAYSNTREDGRVCLYDEDVSYVVRRRKISPLRSLPAGPASRWLPN" ORIGIN 1 gtttcccagt cacgataagc cacaaaccaa ctttgcgagg tagctatgat caaacccaat 61 cactccattc gtattccgtc ataccttacg gtagaaacgg ttgaagggag cagggtcgtc 121 atgactgaca acgtcgagtc ggctagtgcg tgggacttat ttacacaaag ctcttactca 181 gggccgcgtg tgatgggtcg ggtgaacgcg taccaaaggc acacaattcg cgcgacctgc 241 gcggttgaga tgtatgaccc gccaccggcg ggcatgctgt ggggatctat taccaaaggt 301 gcctacctca gtaggcacca gatcggtgtg tccctacagt cttacgacga ttacagccaa 361 ctccatgcag aagccctcgg gcgactgaat gagagctccc gtggaagtat tgacttgagt 421 gtcgatcttc tacaggctcg tgagacggct gcgctgttcc gtgcaactga cagagtgcac 481 tctgagaccc tccgcttcca aaagcgtgtg tgggccgtta cggctaaagg ccttcagggc 541 gttgcaaaac gcctttcgag ccattatctt gagtacattt acggggtaaa acccgctctg 601 caaacggtgt acggaatcgc cgagcaaata catcgacgtc aggcttcgct cgagcacacg 661 gaagtgggca aggcgaagtc gatcgagggt gttaactcgg tacaggtgct ttcgtactac 721 ggcggctatt cgactctccc ctttgatggg gcgttgaaca aagtcgttaa gtatagttgc 781 accttgtcag atagcgacat cggttcttta ggcgacttca cgtcgcttaa cccggcatcg 841 atcgcgtggg agtatctccc gtggtcgttt gtcgccgatt ggcttattga tgttggcgga 901 tacctccgga atatggagac ggcagcgatg ctgtctcccg gttttgtgag agggttcgtc 961 accacgtcat cgagcctcgc tggaactttt gtaaagcccg caacgggtta tatcaagatg 1021 actagtgtga atcggcagtt gctacacacc tggccgcggc ctgaactacc aaagttcaac 1081 gccgtgctgg gttcctcacg tctgctcgct gcgggggccc tgatcactca gatgcttcct 1141 cggttcaagt agattcggcg cgggtcgcga tttagcgagt acgcacttct aaaactgtaa 1201 ccactgaaag ttcaaaatgc cagctttggc cgacattgtc cttccggacg cacaggcgac 1261 ccctgttaac cataccttca aacccctggg ccaggaccgc aaaggtctgt ggtggttcga 1321 ggatagctct gcgggtactc ccgcagggtt taatcggatc tcctataaga tcgagcgacc 1381 gtctgacttt caatcgaaag acaagatgcg tatcgagatc ggcattcaca cgcctgtcct 1441 cgagtccacc tcgcccgcaa gcaacggctt tacgcctgcg cctacggcgg cctacgtttg 1501 tcagacctac gtgacgttcc tgatcccggc tcgcagttcc ctgctggccc gtcagaacat 1561 ccgtaaatat gctgccatcc tgtgcagcca tggtgtgacg atcgatttgg tcgaaaacct 1621 cttggggctc tactgatgtc ccgcgtcgct gtggcagctg ccggtgacgc aatcgagtta 1681 cgtgtgtggc gaaagctgca tgcgcgactt attgagagga atcccgacta taggggaccg 1741 acttatgttt gcgaccctct tttaattaag agtcagcaaa tacgggtcgg cgacttcgag 1801 gatcacgcct cgttttctgc ttattacggt gtttcgtcct ttcttaaaaa atggaagggt 1861 cacgagatgc tgactgagcg ggatcgcgat agcgcgacgt ttgacgcctg gctaggcgcc 1921 gaacaacagt gcgcgttaac gaaccatcga cttgagatcg aatgctgcaa cggattaaca 1981 cccgttgcgt tgcgcacgat tgaacgtgca caacgtaaaa tagctcagat cctcggacga 2041 tgcgatgttg acgcaatctt aactcgttgt cggttctcgg gcggtgctac ctacgctact 2101 aagcgcggta cacggctcga tgaaaaagtc acctcctcgt taaagtctgt tacgattggg 2161 gccctccctc tgtgggagcg gttcctcgaa atcgcgccag gagttgctca gcaatttcaa 2221 ggtgaagtcg acatcgtcga ttgcgacagg cttgttttcg tcgagaaaga tgcatttatc 2281 aagcgcggaa tcaaccccgt gcctctgata aacggctttc taggtcaagg cttcggccgg 2341 acgattcgtg cgcgtctgaa agcgcacggc gtcaacctgg atgaccagtc gattaatcag 2401 cgactcgcgt tccacgcgct agctgatggc ttagccacaa ttgacttgtc gagtgcatct 2461 gataccatga gtacgggctt agtcaagctc atgctcgccg cgagtgaccc cggttggtac 2521 gaatgcctca atgctttacg cacgaggtat acgcgtatcg gtgacaggaa agtcctgctg 2581 aacaagtttt cggctatggg ttgccctttt accttcgaac tcgagtcact tatcttctac 2641 gcgctttgca gcgctaacgt cgatagcggt gtcgtatctg tgtacggcga tgatatcatt 2701 gtcccagcgg agtcttacga cgccgttgtc tctgccctta actgggctgg gtttataatc 2761 aatggatcaa agtcttatac ttctccttct cgcttctatg agtcttgcgg ccgtcattat 2821 tttgatttgg aggatgttac tcccctttat cagaaagatg tctgccgtaa cgttcctgat 2881 ctggtgcggc ttcataaccg cattgttcgc tttgggatac gtactggtca tattcagaga 2941 atatggtcag tagcgtgtta cgtccgcaag gaaataaaac gcgcattcaa ctgtgaagtt 3001 gattacggtc ccgtcgttga acatgatcag tggctcatcg atcctgcgac cgtgcccttt 3061 gacaaggcgc ggttgatggc tgtggtcgtc cctcgtaaga ggaagatcat taagcacggg 3121 ccccttacgg agctcgcact ttgtgccgtc aagatctttg actcggcgta ttcgaacacc 3181 cgtgaggatg gtcgtgtatg cctgtatgac gaagatgtct cctacgtcgt gagacgccgg 3241 aagatatccc cgcttaggtc gttaccggct ggcccagcca gtcggtggtt acctaactag 3301 ccggaggagt atcgtgactg ggaaac //