LOCUS MH649224 2891 bp DNA circular ENV 01-SEP-2018 DEFINITION Anelloviridae sp. isolate ctce11, complete genome. ACCESSION MH649224 VERSION MH649224.1 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 2891) 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Pastrana,D., Welch,N. and Peretti,A. TITLE Uncovering a Universe of Circular DNA Viruses in Animal Metagenomes JOURNAL Unpublished REFERENCE 2 (bases 1 to 2891) AUTHORS Tisza,M., Buck,C., Pastrana,D., Welch,N. and Peretti,A. TITLE Direct Submission JOURNAL Submitted (19-JUL-2018) Lab of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 :: 372.497x Sequencing Technology :: Illumina ##Genome-Assembly-Data-END## FEATURES Location/Qualifiers source 1..2891 /organism="Anelloviridae sp." /mol_type="genomic DNA" /isolate="ctce11" /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 1..312 /inference="protein motif:CDD:251643" /note="TT viral ORF2" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66502.1" /translation="MTTRFRPTKSTLKQSKLKWMNIIHHCHDAFCDCEHGITHTILHL FEQENHHNFTAPEKDFIKSCLSGENTTIMAGDHEEGFTEGDLEELFKEDVGEDATDDA G" CDS 189..2210 /inference="protein motif:CDD:281022" /note="TT viral orf 1" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66503.1" /translation="MPFWRKYYNYGWRPRRRIYRRRFGRAFQRRRWRRRHRRRWVRKR KLKILTLKQWQPQYIKRLTITGIYPMIMGTRERVANNLNCYLESKAPHYVPGGGCFSI CNFSLMTLYQEHLEIRNWWTTSNDNYPLLRYLGCTMYLYREENLDYLFYYNRQPPMNA SLTTYQSTQPTAMLLNKHTIKVQCKKNSKSRKPYKKINIKPPTQLQNKWYFSYDIANT PLLQTMTTATSFDRMFLNSSSISNTIGFTTLDTNTFLNHQFQRTTSPYTPRPNTTLFK TKNGAEQINDIQIGDLILLGEVEDLTDGTQLRHVPGTLTPPGQPTPTDFQKRFYTARM NHQYWGNVFKSSTFYGEERMIESNKPIDELIQEYKNPNEKLKTGFTFKTTKYSEIRYN PFADKGKGNMAYLLKINSGLHATEWGPPTDKDVIATDLPLHTLLWGYLDYQRRCKEYR DIDTTCILVIQCQYVQPNIFKFLVPLDQNFLDGTSPYRPIGEITPSDRQYWHPKVSMQ VQTVNNICLCGPGTVKLPPQVSCESHIRYKFRFKLGGQPAPMSVLTKPDEQPKYPIPN NLLQTTSLQSPTMPFTQLLWNFDERRQQITKKAAERITDYQTTETPFLSITDPGSLCP TYKEAEKAQETTSSEEEETSIETRLLNQRRKQRKLRHRINDLLNRLTNL" CDS 1954..2199 /inference="protein motif:PFAM:PF05501.10" /codon_start=1 /product="protein of unknown function DUF755" /protein_id="AXQ66500.1" /translation="MKGDNKSLKKLQNELQTTKQLKHLFYQLQTQAAYAQHTKRQKKH KRQHPRKKKKHQSRHDSSTSEESNANSDTGSTTSSTD" CDS 2054..2419 /inference="similar to AA sequence:INSD:ABU55891.1" /note="ORF4" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66501.1" /translation="MPNIQRGRKSTRDNILGRRRNINRDTTPQPAKKATQTQTQDQRP PQQTNKFIITNCVFKVKLFPDDKKPNRRMTPKEYAEEIEDAKIWHRVPRDYIFDHPTY PWVPQIPKYTVNFDLNAPQ" ORIGIN 1 atgacaacaa gatttagacc aacaaaatca acattaaaac aatccaaact aaaatggatg 61 aacatcattc accactgcca cgacgccttc tgtgactgcg aacatggaat aactcacacc 121 attctacacc tttttgaaca agaaaaccac cacaacttta cagcacctga aaaagatttt 181 attaaatcat gcctttctgg agaaaatact acaattatgg ctggagacca cgaagaagga 241 tttacagaag gagatttgga agagcttttc aaagaagacg ttggagaaga cgccacagac 301 gacgctgggt aagaaaaaga aaattaaaaa tattaacttt aaaacaatgg caaccacaat 361 acataaaaag actaactata actggaattt atcccatgat aatgggaaca agagaaagag 421 ttgccaataa cttaaattgc tacttagaat ctaaagcgcc gcactatgta ccggggggtg 481 gatgcttttc aatatgtaac ttttctttaa tgactctgta tcaagaacac ttagaaataa 541 gaaactggtg gacaacaagt aatgataatt acccactgct aagatactta ggatgtacta 601 tgtatttata cagagaagaa aacttagatt acttatttta ctataacaga caaccaccaa 661 tgaatgcatc actaacaaca tatcaaagca cacaaccaac agcaatgcta ttaaacaaac 721 atacaataaa agtacaatgt aaaaaaaata gcaaaagcag aaaaccatac aaaaaaataa 781 atataaaacc accaacacaa ttacaaaaca aatggtactt cagttatgat attgcaaaca 841 caccactatt acaaaccatg accacagcta catcgtttga ccgcatgttt cttaactcat 901 ccagcatatc taacacaata ggctttacaa cattagacac caacacattt cttaaccacc 961 aatttcaacg aacaacctcc ccttacacac caagaccaaa tacaacatta tttaaaacaa 1021 aaaacggtgc agaacaaata aatgatattc aaataggaga tttaatatta cttggagaag 1081 tagaagattt aactgatgga acacagctaa gacacgtacc tggaacacta acaccaccag 1141 gacaaccaac accaacagac tttcaaaaac gtttttacac agcacgcatg aaccaccaat 1201 attggggtaa tgtatttaaa tcatccacat tttacgggga agaaagaatg atagaaagta 1261 acaaacccat agatgaacta atacaagaat acaaaaatcc caacgaaaaa ttaaaaacag 1321 gctttacatt taaaactaca aaatattcag aaataagata caatccattt gcagataaag 1381 gcaaaggaaa catggcttac ttacttaaaa taaactcagg tttacatgcc actgaatggg 1441 gacccccaac agacaaagac gttatagcta cagacttacc actacacaca ctactatggg 1501 gatatttaga ctaccaaaga agatgcaaag aatacagaga catagacaca acatgcattc 1561 tagtcataca atgtcaatat gttcaaccaa atatatttaa atttttagtt ccattagacc 1621 aaaacttctt agacggaaca agcccatata gacccatagg agaaataaca ccaagtgata 1681 gacaatactg gcaccctaaa gtttcaatgc aagtacaaac tgtaaacaac atatgtttat 1741 gtgggccggg aactgtaaaa ttaccaccac aagtatcctg tgaatcacat atacgatata 1801 aatttcgttt taagcttgga ggacaacctg caccaatgtc cgtcctcact aaacccgacg 1861 aacaaccaaa gtatcccatc cccaataatc tcctccaaac aacttcgtta cagagtccaa 1921 caatgccgtt cactcaatta ctctggaact ttgatgaaag gagacaacaa atcactaaaa 1981 aagctgcaga acgaattaca gactaccaaa caactgaaac acctttttta tcaattacag 2041 acccaggcag cttatgccca acatacaaag aggcagaaaa agcacaagag acaacatcct 2101 cggaagaaga agaaacatca atcgagacac gactcctcaa ccagcgaaga aagcaacgca 2161 aactcagaca caggatcaac gacctcctca acagactaac aaatttataa taactaactg 2221 tgtttttaaa gtaaaactat ttcctgatga taaaaaacca aatagacgca tgactcccaa 2281 agaatatgct gaggaaatag aggatgccaa aatatggcat agagtaccta gagattatat 2341 ttttgatcac cccacatacc catgggttcc ccaaattcct aaatatactg taaactttga 2401 cctaaacgcg ccgcaataaa atacaaggcc tgcaaacttt cactctcggt gtccatttaa 2461 tataaaaaaa acttaaataa acatccacca cactccctaa tacgcaggcg caaaaggggg 2521 ctccgccccc ttaaaccccc agggggggca aagccccccc tataaccccc ctaataaata 2581 ttcataaagg aaaccacaaa attagaattg ccgaccacaa acagatatgc taattaactt 2641 ccctaaaata cacactactt ccctaaaaat taattagtaa tctgcatcac aaagggagga 2701 gctaacacac tataaaacta actgcacttc cgaatggctg agtttatgcc gccagacgga 2761 gcgcggatca aagactcagc gctgattcag ggcgggtgcc gaaggtgagt gaaaccaccg 2821 agtcaagggg cttatcgggc tgaatcagtc ttggcggaac gggcaactaa cttaaatatt 2881 taattacaga a //