LOCUS MH649179 3777 bp DNA circular ENV 01-SEP-2018 DEFINITION Anelloviridae sp. isolate ctbe000, complete genome. ACCESSION MH649179 VERSION MH649179.1 DBLINK BioProject: PRJNA396064 BioSample: SAMN08296113 Sequence Read Archive: SRR6442879 KEYWORDS ENV. SOURCE Anelloviridae sp. (blood metagenome) ORGANISM Anelloviridae sp. Viruses; ssDNA viruses; Anelloviridae; unclassified Anelloviridae. REFERENCE 1 (bases 1 to 3777) 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Pastrana,D., Welch,N. and Peretti,A. TITLE Uncovering a Universe of Circular DNA Viruses in Animal Metagenomes JOURNAL Unpublished REFERENCE 2 (bases 1 to 3777) AUTHORS Tisza,M., Buck,C., Pastrana,D., Welch,N. and Peretti,A. TITLE Direct Submission JOURNAL Submitted (19-JUL-2018) Lab of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 :: 143.965x Sequencing Technology :: Illumina ##Genome-Assembly-Data-END## FEATURES Location/Qualifiers source 1..3777 /organism="Anelloviridae sp." /mol_type="genomic DNA" /isolate="ctbe000" /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 SRX3534194; metagenomic" CDS complement(713..1276) /inference="similar to AA sequence:INSD:ACK44074.1" /note="ORF4" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66387.1" /translation="MGLATGAFWYRCYPESVTKTGRCSPLYKPFQETQISSPDRRTRL PTRRRLRFTGKKTAHIHRRSPEPGEPPAKRAAPTAAAAAAGALSPARGAAATRSPTPI HPPRSPQNASGSPPKPPIIRPASNKVYLFEPPKGLLPIVGKEAWEDEYCTCKYWDRPP RTNHLDIPTYPWMPPNFKVSFKLGFKP" CDS complement(856..3159) /inference="protein motif:CDD:281022" /note="TT viral orf 1" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66389.1" /translation="MAWRWWWQRRWRRRPWPRRRWRRLRRRRPRRPVRRRRRRATVRR RRWRGRRGRRTYTRRAVRRRRRPRKRLVLTQWSPQTVRNCSIRGIVPMVICGHTKGGK NYAIHSEDFTTQIQPFGGSFSTTTWSLKVLWDEHQKFHNRWSYPNTQLDLARYRGVTF WFYRDQKTDYIVQWSRNPPFKLNKYSSAMYHPGMMMQAKKKLIVPSFQTRPKGKKRYR VRIRPPNMFADKWYTQEDLCPVPLVQIVVSAASLLHPFCPPQTNNPCITFQVLKDIYD DCIGVNSTQAEKYSTLQQTLYTNCTYFETTQVLAQLSPHFQPALKATNTTSNTKATTT TLGNYEPQLKTTGTFYTGNNPVFGMCKYNPTKEILKNANQWFWENLMHKNDLHSSYGK ANIQCMEYHTGIYSSIFLSPQRSLEFPAAYQDVTYNPNCDRAAGNKVWFQYSTKMNTD FDATQCKCVLENIPLWAAFHGYPDFIEQELSMSSEIRNFGIVCFQCPYTFPPCFNKQK PTKGYVFYDTTFGNGKMPDGSGHIPIYWQQRWWIRLAFQVQVMHDFVLCGPFSYKDDL ANTTLTARYKFRFKWGGNIIPEQIIKNPCQREQSLASYTDRERRDLQVVDPSTMGPIY TFHTWDWRRGLFGTDAIQRVSQKPGDALRFTNPFKRPRYLPPTDGQDYRQEEDCALQE KRRRTSTEEVQNPESPPQNAPLLQQQQQQRELSVQLAEQQRLGVQLRYILQEVLKTQA GLHLNPLLLGPPQTRSISLSPPKAYSP" CDS complement(927..1244) /inference="similar to AA sequence:INSD:ACK44073.1" /note="ORF3" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66386.1" /translation="MLSRECHKNREMLSALQTLSRDPDIFPRQTDKTTDKKKTALYRK KDGAHPQKKSRTRRAPRKTRRSYSSSSSSGSSQSSSRSSSDSESNSDTSSKKSSKRKR VST" CDS complement(3033..3503) /inference="protein motif:CDD:251643" /note="TT viral ORF2" /codon_start=1 /product="hypothetical protein" /protein_id="AXQ66388.1" /translation="MFLGRVWRKQKRKVLLLAVRATQKTSSMSIWRPPLGNVSYRERN WLQAVEGSHSSFCGCGDFILHLTNLAARFALQGPPPEGGPPRPRPPLLRALPAPEVRR ETRTENPGASGEPWPGDGGGRDDGAAARGPADGGDAYDAGDLDDLFAAVEEEQQ" ORIGIN 1 ggggggcgga gccccccggc gcgcgcgcga agcgcgcgcg ccgccgctgg gccgttattt 61 tcaaaaaaga ggaaggaagt cggccatttt gtgattcaaa atggcggctg tgacgtgcta 121 gtcacgtgac aagtcacgtg ggtcagctac ttccgggttt acagcagccg tccccacgtg 181 actcatgacg ttgtagcgac ctttgacacg gaagatattg ccctccattt tgtgcaaagc 241 ggaaggctgt cccctgacct atgacacggg gtgacagcct gttccgcctt acttaaaatg 301 gcggccatga cgtcacggaa tccgccattt tggtagtccg gaaggcctaa aaccgagccc 361 gaagcctatg gcgacccccg acacggacca atggcaagaa gataaaggcc ttatggcgaa 421 gtctggcccc actcactttc gttactgatt catagctaca gtgtccaaga gcaactcgga 481 gtctgtttag caaaattccc gacccccgcg agcccgaagt ggtctgacac gcgcgagcgt 541 gtcagcacga gcgggggtcc gaggtgccgc gcgcagccga aggcgtagcg cgcggccgcc 601 gagggcgttg cacccacccc gtagggtcgc actcctcgct acgctcggag tgcttagtga 661 cttatagagg tagacaccga caagtgaaca gtgtacggcc ttgtattttt atttagggtt 721 taaatccaag tttaaagctg actttgaagt ttgggggcat ccagggataa gtggggatgt 781 ctaggtggtt ggttctggga gggcgatccc agtacttgca ggtgcagtat tcgtcctccc 841 aggcctcttt tcccactatg gggagtaggc ctttgggggg ctcaaagaga tagaccttgt 901 ttgaggcggg cctaataata gggggtttag gtggagaccc gcttgcgttt tgaggacttc 961 ttggaggatg tatcggagtt ggactccgag tcgctgctgc tccgcgagct ggactgagag 1021 ctcccgctgc tgctgctgct gctgtaggag cggcgcgttt tgcggggggc tctccgggtt 1081 ctggacttct tctgtggatg tgcgccgtct tttttcctgt aaagcgcagt cttcttcttg 1141 tcggtagtct tgtccgtctg tcgggggaag atatctgggt ctcttgaaag ggtttgtaaa 1201 gcggagagca tctcccggtt tttgtgacac tctctggata gcatctgtac caaaaagccc 1261 ccgtcgccag tcccatgtgt ggaaggtgta gatcgggccc atggttgatg ggtcaacaac 1321 ttgtaggtcg cgacgttctc tatcggtgta ggaagcgagg gactgttctc tctgacacgg 1381 gttcttgata atctgttcgg ggatgatatt accgccccat ttgaatctaa atttgtacct 1441 tgctgtaagt gtggtgttgg ctaggtcatc tttgtagcta aaggggccac agagtacaaa 1501 gtcgtgcatt acttgtacct ggaaggctag tctgatccac catctctgct gccagtatat 1561 gggtatgtgc cctgatccat ctggcatctt tccattacca aaggtggtgt catagaacac 1621 gtatcctttg gttggctttt gtttgttaaa gcaagggggg aaagtgtagg ggcactggaa 1681 gcaaactatg ccaaagttgc gtatttctga gctcatgctt agttcttgct ctataaagtc 1741 tgggtagcca tggaaggccg cccacagggg aatgttttct aatacacatt tgcactgagt 1801 tgcatcaaag tctgtgttca tttttgtact gtactggaac cagactttgt tacctgctgc 1861 tctgtcacag ttggggttgt aggtgacgtc ttggtatgct gctgggaatt ctagtgacct 1921 ttggggactt agaaatatgg aactgtatat gcctgtgtgg tactccatac actgtatgtt 1981 ggctttgcca taggaggaat gtaagtcatt tttatgcatt agattctccc agaaccattg 2041 gttggcgttc tttaatatct ctttagttgg attgtatttg cacatgccaa aaactggatt 2101 gttacctgtg taaaatgtgc ctgtggtttt tagttgtggt tcatagtttc ctagtgttgt 2161 tgtggtagct tttgtatttg atgttgtgtt tgtggctttt aaggcaggtt gaaagtgtgg 2221 agatagttgg gctagtactt gtgttgtttc aaagtatgtg cagttagtgt ataatgtctg 2281 ttgaagtgtt gaatattttt cggcttgggt agagttaact cctatgcaat cgtcatagat 2341 atctttcaaa acctggaaag tgatgcaagg gttgttcgtt tgtggtgggc agaacggatg 2401 tagcaggctg gccgcagaaa ccacaatttg cacaagaggt accggacaca ggtcctcttg 2461 agtgtaccac ttgtcagcaa acatgttggg gggtcttatt ctcactctgt atctcttttt 2521 ccctttgggt cttgtctgga aactaggtac aattagtttc tttttggcct gcatcatcat 2581 gcctgggtgg tacatggcac tgctgtactt gtttagctta aagggaggat ttctgctcca 2641 ttgtactata tagtctgtct tttggtctct gtagaaccag aaggtgactc ccctgtatct 2701 ggcgaggtct agctgtgtgt ttggatagga ccacctgttg tgaaattttt ggtgctcgtc 2761 ccacagtact ttcagcgacc aggtggtcgt gctaaaactg cccccgaagg gttgtatctg 2821 agtagtgaag tcctcgctgt gaatggcata gtttttaccc ccttttgtgt gtccgcatat 2881 taccataggc actatgcccc ttattgagca gtttctgact gtctgggggc tccactgagt 2941 cagtaccagt ctctttctgg gtctgcgtct gcgtctgacc gcgcgtcggg tgtatgtgcg 3001 tcgcccacgt ctgcccctcc acctccgcct ccttactgtt gctcttcttc gacggcggcg 3061 aacaggtcgt cgaggtctcc ggcgtcgtag gcgtctccac cgtctgcggg gccacgggcg 3121 gcggcgccat cgtctctgcc accaccatct ccaggccatg gctcaccgga ggcgcccggg 3181 ttctccgtgc gcgtctccct gcggacctcg ggggccggca gcgctctcag gagcggcggc 3241 ctcggccgag gcggaccacc ctccggcggg ggcccctgaa gagcaaagcg tgcagccaaa 3301 ttagtaagat gaagaataaa atcaccacag ccacaaaagg aactgtgaga tccttcaacg 3361 gcctgaagcc aatttctctc cctgtaggag acattcccga gggggggacg ccagatactc 3421 atggaagatg ttttctgtgt agctcgcaca gccagcagaa gcactttcct tttctgtttc 3481 ctccacaccc tgccgagaaa cataccgggg gatgtacgct ttaagagcct tgcccatagc 3541 ccggccagtc ccgagcccga attgcccctt gactgcggtg tgtaaactca cctccggcac 3601 ccgccctcgg gacgctcgat cgctcctccg tcgcgatctc gctgcggacg ggcgtggaaa 3661 actcagccat tcggaagtgc aagtacttat atcaggatgt agaccatgcc caggaaatgg 3721 acgacataga ctctgattgg gcgagaggag tcacgtggtt agtgacgatc ttcgggg //