LOCUS MH648916 3147 bp DNA circular ENV 01-SEP-2018 DEFINITION Anelloviridae sp. isolate ctbg020, complete genome. ACCESSION MH648916 VERSION MH648916.1 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 3147) 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Pastrana,D., Welch,N. and Peretti,A. TITLE Uncovering a Universe of Circular DNA Viruses in Animal Metagenomes JOURNAL Unpublished REFERENCE 2 (bases 1 to 3147) AUTHORS Tisza,M., Buck,C., Pastrana,D., Welch,N. and Peretti,A. TITLE Direct Submission JOURNAL Submitted (19-JUL-2018) Lab of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 :: 212.333x Sequencing Technology :: Illumina ##Genome-Assembly-Data-END## FEATURES Location/Qualifiers source 1..3147 /organism="Anelloviridae sp." /mol_type="genomic DNA" /isolate="ctbg020" /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 complement(218..661) /inference="similar to AA sequence:INSD:APB97635.1" /note="ORF3" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65635.1" /translation="MVSPTRQPRARRRLRYRDDKLAVLARRSRSRSPPRSPRGVATAA PPPAVPRAAKNRKATPTRHAPTHQDAEQPAHKSPCPWPCINKVYMFPPEKPLPIHGYH GWETEFQACKAFDRPPRNYLSDKPIYPWLPRSQPEFKVSFKLGFQ" CDS complement(409..2694) /inference="protein motif:CDD:281022" /note="TT viral orf 1" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65637.1" /translation="MAWWGRWRRWRWRPRRWRRRRRRRVPRRRAQRPVRRRRARRVRR RRWGRRRWRRGYRRRLRLRRRRRRKKIRLTQWNPAKVRRCTIKGVLPMILCGAGRSGF NYGLHSDDYTIQKPLGQNPHGGGMSTVTFSLQVLYDQYQRFMNKWSYSNDQLDLARYF GCTFWFYRHPEVDFVAQFDNVPPMKMDENTAPNTHPSFLLQNKHRVKIPSFRTKPFGR KKVRVSVGPPKLFEDKWYSQHDLCKVPLVSWRLTAADFRFPFCSPQTDNPCYTFQVLH EEYYPVIGTSALEQGTHYNASNITNLENFLYKKCTHYQTFATDTRLNPQRPISSDNTK TYNPSGTQETIIWNTTDFNQFKKHTDSNYGYCTYCPTDPLVQKIKSYRDKRFEWLTKM EKDNTCHINATYARGKNKEYEYHLGWYSNIFIGNLRHNLAFSTAYIDITYNPITDKGE GNIVWFQYATKPTTQYIESQAKCTITNIPLYAAFYGYEDYLQRTLGPYQDVETLGIIC VKCPYTDPPLVHKDKSKSNWGYVFYDVHFGNGKTPEGLGQVHPYWMQRWRPYVQFQKD TMNKIARTGPFSYRDETPSITLTAGYKFRFNWGGDSIFPQIIKNPCPDSGVRPSTGRE RRSVQVVSPLTMGPEYIFHRWDWRRGFFNTKTLKRMLEKSINDEEYPTGPKVPRWFPP LDNQEQEGVSDTETTSSQSSQEEAAQEALQEVQEASLQQHLLQQYREQRRIGKQLQLV MLQLTKTQSNLHINPRVLGHA" CDS complement(435..698) /inference="similar to AA sequence:UniProtKB:Q8V7F8_9VIRU" /note="ORF3" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65634.1" /translation="MMKNIQQAQRSLDGFPHSTTKSKKASQIQRRQARSPRKKKPLKK PSKKSKRRRYSSTSSSSTESSEESESNSNSSCSNSPRRRATCT" CDS complement(2568..3038) /inference="protein motif:CDD:251643" /note="TT viral ORF2" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ65636.1" /translation="MGKALKKAMFLGRPYRKKRALSLLRVRAPEAKPPAMSWRPPVHN PNGIERNLWEAFFRMHASACGCGDLVGHLTVLAGRYGAPPRPPAPGAPRPPLNRQLAL PAPPADPQQANPRWPGGDGGEDGAGGPAAGGAVADAEYQEEELNALFDAVEQEE" ORIGIN 1 tagcaaaatt cccgaccccc gcgagcccga agtggtctga cacgcgcgag cgtgtcagca 61 cgagcggggg tccgaggtgc cgcgcgcagc cgaaggcgta gcgcgcggcc gccgagggcg 121 ttgcaccagg gggaagggtc gcactcctcg ctgacgctcg gagtgcttag tgaccttaag 181 aggtagacac cgacaagtga aattcccacg gccttgttta ttgaaaacca agcttaaaac 241 tcactttgaa ttctggttgg gagcggggaa gccagggata gatgggtttg tctgacaggt 301 agtttctagg gggcctgtca aacgctttgc aggcctgaaa ctctgtctcc cacccgtggt 361 acccgtgtat gggcagtggt ttctcggggg gaaacatgta cactttattt atgcatggcc 421 aaggacacgg ggatttatgt gcaggttgct ctgcgtcttg gtgagttgga gcatgacgag 481 ttggagttgc tttccgattc ttcgctgctc tcggtactgc tggaggaggt gctgctgtag 541 cgacgcctct tggacttctt ggagggcttc ttgagcggct tcttcttgcg aggactgcga 601 gcttgtcgtc tctgtatctg agacgccttc ttgctcttgg ttgtcgagtg ggggaaacca 661 tcgagggacc tttgggcctg ttggatattc ttcatcatta attgatttct caagcattct 721 tttgagagtt tttgtattaa agaacccccg tcgccagtcc caccggtgga atatgtactc 781 tggccccatt gtgagcgggc taacgacttg tactgagcga cgctctctac cggttgaagg 841 tcgtaccccg ctgtctgggc aggggttttt aataatctgt ggaaatatag agtcgccccc 901 ccagttaaaa cgaaacttgt acccggcagt caaggtgatg gaaggcgtct cgtctctgta 961 gctgaacggt ccggttctgg ctatcttgtt catagtgtct ttctggaact gtacataggg 1021 tctccatctc tgcatccagt aagggtgcac ttggcccagg ccctccgggg tctttccgtt 1081 gccaaagtga acgtcgtaga atacatagcc ccagtttgac ttactcttgt ctttgtgaac 1141 tagtggggga tctgtgtagg gacatttaac acatattatg cctagggtct ctacatcttg 1201 ataggggcct agtgttcttt ggagatagtc ttcgtagcca taaaaagcag catatagggg 1261 tatgtttgtg atggtgcatt ttgcctgtga ctctatgtac tgtgtggtgg gtttggtggc 1321 atactggaac cacactatgt tgccttctcc tttgtctgtt ataggattgt aggtgatgtc 1381 tatgtatgct gtgctgaatg ccaggttgtg tcttaggttg cctataaata tatttgagta 1441 ccagcctagg tgatattcgt actctttatt tttgcctcgt gcgtaggtgg catttatgtg 1501 gcaggtgtta tctttttcca ttttagttag ccattcgaat cttttgtctc tgtagctttt 1561 aattttctga actaacgggt cagtagggca gtaggtgcag tagccatagt tgctgtctgt 1621 gtgctttttg aattggttaa aatcagtagt gttccatatt attgtttctt gagtaccact 1681 gggattatat gtctttgtgt tgtctgatga tatgggtctc tgagggttta gtcttgtgtc 1741 tgtggcaaat gtttgatagt gggtacattt cttatataaa aaattctcta agtttgttat 1801 gtttgatgca ttgtaatgtg ttccttgttc taaagcagaa gtgcctatta ctgggtaata 1861 ctcttcatgc aatacctgga aggtgtagca agggttgtca gtttgtggtg agcagaacgg 1921 aaacctgaag tcagctgcgg ttaaccgcca actgactagg ggcaccttac acaagtcatg 1981 ctggctgtac cacttgtctt caaacagttt ggggggcccc actgaaactc taactttttt 2041 tctgccaaaa ggcttggttc taaagctggg gattttaacc ctgtgtttgt tttgtagtag 2101 gaatgacggg tgagtgttag gggctgtgtt ctcgtccatt ttcattgggg gaacgttgtc 2161 aaactgagcg acaaagtcta cttctgggtg tctgtaaaac cagaaggtgc agccgaagta 2221 tctggctagg tctagctggt cgttggagta cgaccacttg ttcataaacc tctggtactg 2281 gtcatatagc acctgtaggc taaaagttac tgtgctcatg ccgcccccgt gggggttttg 2341 gccaaggggt ttctgtatgg tgtagtcgtc gctgtgcagt ccatagttaa accctgagcg 2401 tcctgctccg cacagtatca tgggcagaac ccccttaata gtacatctcc taactttagc 2461 tgggttccac tgagtcagtc ttattttctt tcgtctgcgt ctgcgtctca gtctaagtct 2521 gcgtctgtac ccccgtctcc acctccgcct cccccatcgc ctcctcctta ctcttcttgc 2581 tcgacggcgt cgaacagggc gttgagctct tcttcttggt actcggcgtc tgcgacggcg 2641 ccgccagcgg cggggcctcc agcgccatct tctccaccgt ccccaccagg ccatctcggg 2701 ttggcctgct gaggatcagc ggggggcgcc ggaagggcca gctgccggtt cagcggtggt 2761 ctgggagccc cgggggccgg cggacgagga ggagcaccat accgaccagc cagtacagta 2821 agatggccaa caagatcgcc acaaccacaa gctgaagcat gcatgcgaaa gaatgcctcc 2881 cacaagtttc tctcgatccc attggggttg tgcaccgggg gtctccagct catagcaggt 2941 ggtttcgcct ctggagctcg cacgcgtagc agtgacagtg cccttttctt tctgtaaggc 3001 cgaccgagaa acatggcttt tttaagagcc ttgcccatag cccggccagt cccgagcccg 3061 aattgcccct tgactgcggt gtgtaaactc acctccggca cccgccctcg ggacgctcga 3121 tcgctcctcc gtcgcgatct cgctgcg //