LOCUS MH648985 2648 bp DNA circular ENV 01-SEP-2018 DEFINITION Anelloviridae sp. isolate ctch016, complete genome. ACCESSION MH648985 VERSION MH648985.1 DBLINK BioProject: PRJNA396064 BioSample: SAMN08296125 Sequence Read Archive: SRR6442898 KEYWORDS ENV. SOURCE Anelloviridae sp. (blood metagenome) ORGANISM Anelloviridae sp. Viruses; ssDNA viruses; Anelloviridae; unclassified Anelloviridae. REFERENCE 1 (bases 1 to 2648) AUTHORS Tisza,M., Buck,C., Pastrana,D., Welch,N. and Peretti,A. TITLE Uncovering a Universe of Circular DNA Viruses in Animal Metagenomes JOURNAL Unpublished REFERENCE 2 (bases 1 to 2648) AUTHORS Tisza,M., Buck,C., Pastrana,D., Welch,N. and Peretti,A. TITLE Direct Submission JOURNAL Submitted (19-JUL-2018) Lab of Cellular Oncology, National Cancer Institute, 37 Convent Dr., Room 4118, Bethesda, MD 20814, USA COMMENT ##Genome-Assembly-Data-START## Assembly Method :: SPAdes v. 3.11.0 Genome Coverage :: 276.572x Sequencing Technology :: Illumina ##Genome-Assembly-Data-END## FEATURES Location/Qualifiers source 1..2648 /organism="Anelloviridae sp." /mol_type="genomic DNA" /isolate="ctch016" /isolation_source="blood" /db_xref="taxon:2055263" /environmental_sample /country="USA" /collection_date="01-Jun-2017" /metagenome_source="blood metagenome" /note="genome binned from sequencing reads available in SRX3534175; metagenomic" CDS 387..659 /inference="protein motif:CDD:251643" /note="TT viral ORF2" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65808.1" /translation="MSKLQTPPIYNEKALQTQWMNLIFQSHELICGCNNASQHFQDIL NSQKCRHFKDAATGTETFGTTDDQDLTIDAGDLENLFSPENDVDEG" CDS 530..2524 /inference="protein motif:CDD:281022" /note="TT viral orf 1" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65809.1" /translation="MPPFQRRRYWNRNFWNYRRPRPYYRRRRFRKSIFSRKRRRRRVR RKTFYKRFKKLKKIKINQWQPQSIKRCRIEGYLCLFQAGPTRYLNNYALWKESFFPEH YPGGGGWSIQQLSLGNLFTQHKEFMNYWTKSNERMNLCRYYGCRIQLFREVYTDYVFY YFQECPKTVNRYFYASQHPIRLLTHGRKKVVPSFETQPHKRKPYKTLFVPPPKLMQTK WFFQQGLSSFPLLSFVASAISLTGMFGSKNAISNNATLFCLDSKVFASPNFQYKTSTH PQYGYTIAGTYYLYGLTNGHDIFTQNKGKDSIYLGNTMEQKRGAPMNQYTPFGKYTFE QWGNPFFWGFLTGNLRTFQANLDPKKMYEENPTLQQAWLKESNYIFKVRYNPFHDKGQ GNQVYFIPTYDETHKTWEPTKDPDLTWLDQPLWLIFWGLEDMIKRLGKCKNLDMDWVM VVKSKYLVPPEPYYIFLSYDFVHGRGPYDTEQEFMTRDDLTHWYPRFKYQRQPISNIV QTGPAVPTGDNSKNIQAKIKYQFLFKWGGNSSPQENIYDPNNQPVTPTPNNINIGNEI IDPTTDITKEIYQWDFRRHFLTETSAKRITESETDDQFMFTDGRETSTDLPFQETTTQ TEKTPKTQTEALFQQLQQLQQYNQQLQLRLRNLEQLSMDQ" CDS 2220..2501 /inference="protein motif:PFAM:PF05501.10" /codon_start=1 /product="protein of unknown function DUF755" /protein_id="AXQ65807.1" /translation="MKSLIRQQTLQKKYTNGTLEDTFLQKQVQKELQKAKLMTNLCSQ MEEKLQQTSPSKKQRHKRKRPRKHKRRHYSSSSSSSSNTTSNFSSDSET" ORIGIN 1 gtctcgtggg ctcggagagt tgtatagagg atacccaccc ccccccacaa aattaatatt 61 caacaggaaa accacaaaat tagaattgcc gaccacaaac ggtcaccaac ttccccattt 121 tatttaactt ctgcttttcc ttataaatat tcattacatt aattaataat caccgtaatt 181 ccggggagga gcaacaacac tatataacta acaacacttc cgaatggctg agtttatgcc 241 gccagacgga gacgggatca ctacagagat cccggctgat cttgggcggg agccgaaggt 301 gagtgaaacc accgtagtct aggggcaatt cgggctagat cagtctggcg gaccgggcaa 361 gaaacttaaa ttatatttct ttacagatga gtaaactgca aaccccacca atttacaacg 421 aaaaagcact tcaaactcaa tggatgaatt taatctttca aagccatgaa ttaatctgtg 481 gatgtaacaa cgcttctcaa cacttccaag atatacttaa ttctcaaaaa tgccgccatt 541 tcaaagacgc cgctactgga accgaaactt ttggaactac agacgaccaa gaccttacta 601 tcgacgccgg agatttagaa aatctatttt ctccagaaaa cgacgtagac gaagggtaag 661 aagaaaaact ttttataaac gctttaaaaa acttaaaaag ataaaaatta atcaatggca 721 accacaaagc attaaaagat gtagaattga aggatactta tgcttatttc aagccggacc 781 tactagatac ttaaacaatt atgctttgtg gaaagaatcc ttttttccag aacattatcc 841 agggggagga ggatggagta tacaacaact atctctagga aacctattta cccaacataa 901 agaatttatg aactattgga ctaaaagtaa tgaaagaatg aacttatgta gatactatgg 961 atgtagaata caattgttta gagaagtata tactgattat gtattttact attttcaaga 1021 atgtcctaaa actgtaaata gatactttta tgcttcacaa cacccaataa gactattaac 1081 acacggtaga aaaaaagtag tacctagctt tgaaacacaa ccacacaaaa gaaaaccata 1141 caaaacactc tttgttccac cacctaaact aatgcaaaca aaatggtttt tccaacaggg 1201 cttatcatcc tttccattat tatcctttgt agcgagcgca ataagcttaa caggcatgtt 1261 tggtagcaaa aatgcaataa gtaataatgc cacattattc tgtcttgaca gcaaagtatt 1321 tgcttcccca aactttcaat acaaaacatc cacacatcct caatatggct acacaatagc 1381 tggcacgtat tacttatatg gccttacaaa tggacatgat atatttacac aaaacaaagg 1441 aaaggacagc atttatttag gcaacacaat ggaacaaaaa agaggagccc caatgaatca 1501 atacacacca tttggtaaat acacctttga acaatggggt aacccctttt tttggggatt 1561 tttaacaggc aacttaagaa cattccaagc aaaccttgat cccaaaaaaa tgtatgaaga 1621 aaaccctact ctacaacagg cctggttaaa agaaagtaac tatatattta aagttagata 1681 caatcccttt catgacaaag gacaaggaaa tcaagtatac ttcataccaa catacgatga 1741 aacacataag acatgggaac ccacaaaaga cccagactta acatggttag atcaacctct 1801 atggttaata ttctggggat tagaagacat gattaaaaga ctaggaaaat gtaaaaacct 1861 agacatggac tgggtaatgg tagtaaaaag caaatactta gtaccaccag aaccatacta 1921 catattttta agttatgact ttgtacacgg tagaggccca tacgacacag aacaagaatt 1981 tatgacaaga gatgatttga cacactggta tcctagattt aaataccaaa gacaaccaat 2041 tagcaacata gtacaaacag gcccagcagt accaacagga gacaattcaa aaaacataca 2101 agctaaaata aaataccaat ttctttttaa gtggggagga aactcatcgc cacaagaaaa 2161 catatacgac cccaacaacc aacccgttac tcctacaccc aataacatca acatcgggaa 2221 tgaaatcatt gatccgacaa cagacattac aaaagaaata taccaatggg actttagaag 2281 acactttctt acagaaacaa gtgcaaaaag aattacagaa agcgaaactg atgaccaatt 2341 tatgttcaca gatggaagag aaacttcaac agacctcccc ttccaagaaa caacgacaca 2401 aacggaaaag accccgaaaa cacaaacgga ggcattattc cagcagctcc agcagctcca 2461 gcaatacaac cagcaacttc agctccgact cagaaaccta gaacaattat ctatggacca 2521 ataaacaaag tagaaatctt taaaactaaa cgtaaaaaca ggagactaac tccttatgaa 2581 agagaaacag atatagaaat agctaaatgg ttaaaaagac ctgtaagaca tttctttgat 2641 gatacccc //