LOCUS MH648997 3047 bp DNA circular ENV 01-SEP-2018 DEFINITION Anelloviridae sp. isolate ctce026, complete genome. ACCESSION MH648997 VERSION MH648997.1 DBLINK BioProject: PRJNA396064 BioSample: SAMN08296159 Sequence Read Archive: SRR6442973 KEYWORDS ENV. SOURCE Anelloviridae sp. (blood metagenome) ORGANISM Anelloviridae sp. Viruses; ssDNA viruses; Anelloviridae; unclassified Anelloviridae. REFERENCE 1 (bases 1 to 3047) 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Pastrana,D., Welch,N. and Peretti,A. TITLE Uncovering a Universe of Circular DNA Viruses in Animal Metagenomes JOURNAL Unpublished REFERENCE 2 (bases 1 to 3047) AUTHORS Tisza,M., Buck,C., Pastrana,D., Welch,N. and Peretti,A. TITLE Direct Submission JOURNAL Submitted (19-JUL-2018) Lab of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 :: 73.9216x Sequencing Technology :: Illumina ##Genome-Assembly-Data-END## FEATURES Location/Qualifiers source 1..3047 /organism="Anelloviridae sp." /mol_type="genomic DNA" /isolate="ctce026" /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 SRX3534100; metagenomic" CDS 75..548 /inference="protein motif:CDD:251643" /note="TT viral ORF2" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65883.1" /translation="MGKALKKDMFLGKLYRKKRALPLCCLRASKKKPPPDMTWRPPVH NAHGIERNLYECMFRAHAASCGCGDLVGHISLLAQRYGAPPRPPAPGAPRPQIRRQLA LPAPPADPQQANPEWPGGDGGDRGDGGAAGGGVAADGEYEPEELDALFDAVEQEE" CDS 422..2686 /inference="protein motif:CDD:281022" /note="TT viral orf 1" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65884.1" /translation="MAWWGRWRPWRWRRRWRRGRRRRRVRTRGARRPLRRRRTRRVRR RRWGRRRWRRGYRRRLTLRRKRRRRKKIVLTQWNPAKVRRCRISGVLPMALCGAGRSG FNYGLHSDDLTVQKPLNQNPHGGGMSTVTFSLKVLYDQYQRFLNKWSYPNDQLDLARY KGCKFTFYRHPETDFIVQYDNVPPMKMDEFTAPNTHPNLLLQAKHRRKIPSFKTRPFG KKTITIKVGPPKLFEDKWYPQSDLCKVPLVSWRVTAADLRFPFCSPQTDNPCFTFQVL HEEYYNVLGTSILDQRTTYDTNITKFEKWLYENCTHYQTFATDSRLAPEKTTAPSGEH NESTVWTQSEFTQFKKQTDSNYGYCTYCPNKSLSEKIKKYRKKRFDWLTTANSKNQCH INMTYSKGKYEEYEYHLGWYSNIFIGNLRHNLAFRPAYIDVTYNPIVDKGLGNHIWFQ YLTKPTTELLEAQAKCHIQDLPLYAMTFGYEDYLQRTLGPFQDVETVGIICFICPYTE PPCVNKNEGKKNWGYVFYDTHFGNGKTPEGLGQVHPYWMQRWRPVSQVQKETLNKISR TGPFSYRDEHPSVTLTANYKFYFNWGGDSIFPQIIKNPCPDNSLRPGGHREPRSVQVV SPLTMGPQYLFHSWDWRRGFFNPKTLKRMLEKPDDDAEYPTGPKIPRWVPALEHQGQE GNFNSETEISESSEEEAAQEVLQEIQEAPLQQHLIQQYREQRRLGKQLKLVMLQLTKT QSNLHINPRVLGHA" CDS 2434..2877 /inference="similar to AA sequence:INSD:APB97633.1" /note="ORF3" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65882.1" /translation="MGTRSRAPRARRQLQFGDRDLRILGRRSRSRSPSRNPGGAATAA PHPAVPRAATPRKATQTRHAATHQDAEQSPHKSPRPWPCINKVYMFPPEKPLPIHGYH GWQTEYQACKAFNRPPRNYLSDKPIYPWLPRSQPEIKVSFKLGFQ" ORIGIN 1 cccgagggcg ggtgccgaag gtgagtttac acaccgcagt caaggggcaa ttcgggctcg 61 ggactggccg ggctatgggc aaggctctta aaaaagacat gtttctcggt aaactttaca 121 gaaagaagag ggcactgcca ctgtgctgcc tgcgagcttc aaagaagaaa ccacctcctg 181 acatgacctg gagacccccg gtgcacaacg cccatgggat cgagagaaat ctctacgagt 241 gcatgtttcg cgcacatgct gctagctgtg gctgcggtga tcttgttggc catatttctc 301 tactggctca gcggtatggt gctcctcctc gaccgccggc gcccggggct cccagaccac 361 agataagacg ccagctggcc cttccagcgc cccccgccga tccgcagcag gctaacccag 421 aatggcctgg tggggacggt ggagaccgtg gcgatggagg cgccgctgga ggaggggtcg 481 ccgccgacgg agagtacgaa cccgaggagc tcgacgccct cttcgacgcc gtagaacaag 541 aagagtaagg agaaggagat gggggaggcg gaggtggaga cgggggtaca gacgcagact 601 gacactgaga cgcaaacgca gacgcagaaa aaagatagta ctgactcagt ggaaccccgc 661 caaagtgcgg aggtgcagaa tatcgggggt cctgcctatg gccctgtgcg gcgcgggcag 721 gtcagggttt aactatggac tgcacagcga cgacctgact gtacagaaac cccttaacca 781 gaacccccac gggggaggca tgagcacagt gactttctct ttaaaagtgc tctatgacca 841 gtaccagagg ttcttaaaca agtggtctta ccccaacgac cagctagacc tggccagata 901 caagggctgc aaattcacct tctacagaca cccagagaca gactttatag ttcagtatga 961 caacgttccc cccatgaaaa tggatgagtt tacagcccct aacactcatc ccaacttgct 1021 gctacaggcc aaacacagac gcaaaatccc tagttttaaa accagacctt ttggtaaaaa 1081 gacaataacc attaaagtgg gccctcctaa actatttgaa gacaagtggt acccccagtc 1141 agatctgtgc aaggtgcccc ttgtcagttg gcgggtaacc gcagctgact tgcggtttcc 1201 gttctgctca ccacaaactg acaacccttg cttcactttc caagtattac atgaagagta 1261 ttacaatgtc ctaggaactt ccatattaga ccaacggaca acttacgaca ccaatataac 1321 taaatttgaa aaatggctat atgaaaactg cactcactat caaacatttg ccacagacag 1381 tagactagcc ccagaaaaaa ctaccgcacc ctcaggagaa cacaacgaaa gtacagtatg 1441 gacacaaagt gagtttacac aatttaaaaa gcaaacagac agcaactatg ggtactgcac 1501 atactgcccc aacaaaagct tatcagaaaa aattaaaaag tacagaaaga aaagatttga 1561 ctggctaaca accgcaaatt ctaaaaacca atgtcacata aacatgacat acagcaaggg 1621 caagtacgaa gagtacgagt accacctagg gtggtactca aacattttta taggcaacct 1681 gagacacaac ctagcattca ggccagcata catagatgta acctataatc ccatagtaga 1741 caaaggcctg ggaaaccaca tatggtttca gtacctaaca aagcccacta ctgagctact 1801 agaagcccag gcaaaatgtc acatccagga cctgcccctg tacgccatga cctttggcta 1861 tgaggactac ctgcagagaa cactaggccc cttccaagac gtagagaccg tgggcataat 1921 ttgctttata tgcccttaca cagaaccacc ctgcgttaac aaaaacgagg gcaaaaagaa 1981 ctggggctac gtgttctatg acacacactt tggcaacggc aagaccccag agggactggg 2041 ccaagtgcac ccctactgga tgcagagatg gagacccgtg tcccaggtgc aaaaagagac 2101 tctaaacaaa attagcagga ccggaccgtt cagctacaga gacgagcacc ctagcgtgac 2161 gctgaccgcg aactacaagt tctactttaa ctgggggggc gactctatat ttccacagat 2221 tattaaaaac ccctgtccag acaacagcct gcgtcccggc ggccatagag agcctcgctc 2281 agtacaagtc gttagcccgc tcacaatggg accgcaatac ctctttcact cctgggactg 2341 gcgacggggg ttctttaatc caaaaactct caaaagaatg cttgaaaaac cagatgatga 2401 tgcagagtat ccaacaggtc caaaaatccc tcgatgggta cccgctctcg agcaccaagg 2461 gcaagaaggc aacttcaatt cggagacaga gatctccgaa tcctcggaag aagaagccgc 2521 tcaagaagtc cttcaagaaa tccaggaggc gccgctacag cagcacctca tccagcagta 2581 ccgagagcag cgacgcctcg gaaagcaact caaactcgtc atgctgcaac tcaccaagac 2641 gcagagcaat ctccacataa atccccgcgt ccttggccat gcataaataa agtgtacatg 2701 tttccccccg agaaacccct tcccatacac gggtaccacg ggtggcagac ggagtatcaa 2761 gcctgcaagg ccttcaacag accccctaga aactacctgt cagacaaacc catctacccc 2821 tggcttcccc gctcccagcc agaaattaaa gtgagtttta agcttggttt tcaataaaca 2881 aggccgtggg aatttcactt gtcggtgtct acctcttaaa gtcactaagc actccgagcg 2941 tcagcgagga gtgcgaccct tccccctggt gcaacgccct cggcggccgc gcgctacgcc 3001 ttcggctgcg cgcggcacct cggacccccg ctcgtgctga cacgctc //