LOCUS BK013791 3810 bp RNA linear PHG 09-FEB-2021 DEFINITION TPA_asm: SsRNA phage Gerhypos.2_26 genomic sequence, sequence. ACCESSION BK013791 VERSION BK013791.1 KEYWORDS Third Party Data; TPA; TPA:assembly. SOURCE ssRNA phage Gerhypos.2_26 ORGANISM ssRNA phage Gerhypos.2_26 Viruses; Riboviria; Orthornavirae; Lenarviricota; Leviviricetes; Norzivirales; Fiersviridae; Sphonivirus; Sphonivirus choradaptatum. REFERENCE 1 (bases 1 to 3810) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Leviviricetes taxonomy JOURNAL Unpublished REFERENCE 2 (bases 1 to 3810) AUTHORS Stockdale,S.R., Callanan,J., Adriaenssens,E.M., Kuhn,J.H., Rumnieks,J., Shkoporov,A., Draper,L.A., Ross,P. and Hill,C. TITLE Direct Submission JOURNAL Submitted (01-SEP-2020) Gut Phageomics, APC Microbiome Ireland, Western Road, Cork T12YT20, Ireland COMMENT THIRD PARTY DATABASE: This TPA record uses data from DDBJ/EMBL/GenBank entry MN036288 ##Assembly-Data-START## Assembly Method :: metaSPAdes v. v3.11.1 Sequencing Technology :: Illumina ##Assembly-Data-END## FEATURES Location/Qualifiers source 1..3810 /organism="ssRNA phage Gerhypos.2_26" /mol_type="genomic RNA" /isolation_source="soil" /db_xref="taxon:2786259" /country="USA" /note="Viruses; Riboviria; Orthnornavirae; Lenarviricota; Leviviricetes; Norzivirales; Fiersviridae; Sphonivirus; Sphonivirus Gerhypos.2_26" gene 27..287 /gene="Gerhypos.2_26_1" CDS 27..287 /gene="Gerhypos.2_26_1" /codon_start=1 /product="hypothetical protein" /protein_id="DAD51340.1" /translation="MNIIAGDLFTHLSVVIDDPDVDVQLRVLYKQVLFWLETHVDPVD SAAISLFPCVTGNNLMLLGQLIYDIFVSEQKPGDEEVPLTDD" gene 460..1662 /gene="Gerhypos.2_26_2" CDS 460..1662 /gene="Gerhypos.2_26_2" /codon_start=1 /product="maturation protein" /protein_id="DAD51341.1" /translation="MSRPSPESSNKTVQKTSTNYQGIITTTNRTFKCYERFWNGVKTP NYFTLAAQKHGLPNNDHDSKITTRNELLLRQTISDAFFSPPRVTSVVDTFAGLRGNSS YPDHSYECDHSKLAYEQAKQRCIDRVKELDFNAAQALAEVQKTADLVGDTATRIAKTV VLFRKGKYKQGLKALGLPKGSKTFVPRKSAADNWLAIQYGWIPLLSDVRNAAEFLAKQ PKPPVFTFTGTATESDSQKIYNDISSGLGGLKWFELGFQSRARMSLTFSVANHSIKTM SELGIRDPALLVWELLPYSFVVDWFLPVGKYLSSINYTDGLTFKGGYTMQYTENNWAC ATKLWISTGGGITTTTFPGNTHSSKNVFLSRRHLNQPPSVSLPRIKNPLSLTHMANGL ALLSKAFR" gene 1682..2092 /gene="Gerhypos.2_26_3" CDS 1682..2092 /gene="Gerhypos.2_26_3" /codon_start=1 /product="coat protein" /protein_id="DAD51342.1" /translation="MAAIANLTLTDAAGTPVNHTYVPQDCTSELATWNETAGGISIGM PQFTFSLKLGQNGQANKVSGKLTLPTLETVSGQDASGYVAVPTLAYTCIGKFELTLPA RATLQNRKDVRAMIQDALSDAIVTTAITSFERPF" gene 2112..3734 /gene="Gerhypos.2_26_4" CDS 2112..3734 /gene="Gerhypos.2_26_4" /codon_start=1 /product="RNA-directed RNA polymerase" /protein_id="DAD51343.1" /translation="MNSVQLALHVKSAQQILRALDCPRALTISIMLDHGDYEGVLSLK PRFDFLNQDDFFRHYQATKLLSKAAWLPSGIDKKAVAIQTFIESEASCQVTNQVFHSV RSGSACWLKPDSEQLIMRVRRKIAQVMGNPNYHWVGDCGFGPGADRSTVGGFTAAYDK LQTPGDVTHSCKPYLTAYVENSYLNRKFQYDIATRELCVVTTPGNRVTFVPKNSKTDR SIAVEPRWNIFFQKGLGCYIRRRLARFGVDLNDQSQNQRLAGEGSGNGAYATIDLKSA SDTVSREIIWDLFPYDWAIMLDRVRSRTGTLEKAVPFRYEKWSSMGNGYTFELESLLF FAICSAYTDDLSVYGDDLIVPTKHYHAIVEALSLFGFSVNEDKSFCTGPFRESCGADY FNGVLSTPIYWKGPLNDEGTLRLVNQISSLATSLGSGIYRCRSLRRIHADLVNRLPKH FQSRGPRSISTCVHDSFESWNARKRWGWCGWFVFFSIPIAKRFRFLDFDSALGHVLLN PSSDGYTIRDRVRLKKLEVFIPSGFEDLGPWR" ORIGIN 1 tccatcaact tatccaagga gctattatga acatcatcgc tggagatctt tttactcacc 61 tttcggtagt tatcgatgat ccagatgttg atgttcaatt gcgcgtcttg tataagcagg 121 ttctgttttg gctcgaaact cacgtagacc cagttgactc tgcagctatc tctttattcc 181 cctgtgttac ggggaataac ttgatgctgc ttggtcagct gatctatgat attttcgtct 241 ccgagcagaa acctggtgat gaggaggttc ctttgaccga cgattagttc tgtcggtagg 301 taatgtgctt cagaagcacc ccttctagtg ttacactagg aggttcgact tgcgtcgagt 361 caccagacta ctgtgatggg cttgtaaccc atctgacgca ttttaggtag gtctaaggct 421 tgcctttttt cttaccgcaa ccctgaggag cttcttctta tgtcccgtcc tagcccagaa 481 tcttccaaca agactgtcca aaagacatcc acgaactacc aaggtatcat tactacgaca 541 aatcgcactt tcaagtgcta cgagcgtttt tggaatggag tgaaaactcc aaactacttt 601 acactcgcag ctcagaagca cggtttgcct aataacgatc atgatagtaa aataacaact 661 cgtaatgagt tgttacttcg tcagactata tccgatgcgt ttttttcacc gcctcgggtt 721 acatctgttg ttgatacatt cgccgggcta cgcggtaact ctagttaccc cgaccactct 781 tatgagtgtg atcattccaa actggcctac gagcaagcaa agcagcgctg catcgaccgt 841 gtcaaggagt tggacttcaa cgccgcgcaa gcgcttgctg aagttcaaaa aactgctgac 901 ttggtcggtg atacagcaac gcgtattgct aaaaccgtcg tcctatttcg gaagggtaag 961 tacaaacaag gccttaaagc cctaggttta cctaagggtt ctaagacttt tgttccgcgc 1021 aagagtgctg ctgataattg gctagccatc cagtacggat ggattcctct tctcagcgac 1081 gtaagaaatg ctgcggagtt cctggctaaa caacctaagc cacctgtctt tacttttacc 1141 ggtacagcta ctgagagtga ctctcagaag atctataacg atatcagttc tggacttggt 1201 ggtcttaagt ggtttgagct agggttccaa agcagagcta ggatgtcgtt gacttttagc 1261 gtggctaacc actctattaa gacaatgagc gaactaggaa tccgagaccc ggcgctacta 1321 gtttgggagc ttctccctta ctcgttcgtc gttgactggt tccttcctgt tggtaagtac 1381 ctatcttcca taaactacac tgatggcctc acttttaaag gtgggtacac tatgcagtat 1441 acggaaaata attgggcttg tgccacaaaa ttgtggatca gcactggtgg aggtataact 1501 acgacgacgt tccctggaaa tactcattcc tcaaagaatg tgtttctctc aagacgtcat 1561 cttaaccaac ccccatcagt ttcgcttcct cggattaaaa atcccctctc acttacgcat 1621 atggcgaacg ggcttgccct tttgtcaaaa gcgtttcgtt aactccttca aggaaattac 1681 catggcagct attgctaatc tcacactgac ggatgccgca ggcaccccag tgaatcatac 1741 ctatgtgccg caggattgca cgtcggaact cgcaacctgg aacgaaacgg ctggtggcat 1801 ctccatcggc atgcctcagt tcaccttttc tttgaagctt ggccagaacg gtcaagctaa 1861 caaagtatcg ggtaaattga cgctgccgac tctggagact gtctccggcc aggacgcctc 1921 aggctacgtt gcagttccga cgctggctta tacctgcatc ggcaagttcg aactgacctt 1981 gccagcacgt gcgactctcc aaaatcgtaa ggacgtacgc gccatgattc aagacgcgtt 2041 gtccgatgcg atcgtaacga ccgcaatcac cagcttcgaa cgtccgttct aattaaccgg 2101 agtctagact aatgaactca gttcagttag ctttacacgt caaatctgct cagcagattc 2161 ttcgtgcact agactgccct cgggccctca cgatcagcat catgcttgat catggggact 2221 acgaaggcgt tcttagctta aagccccgtt tcgattttct taatcaagac gatttctttc 2281 gacactatca ggctaccaaa ctgctgtcaa aagcagcttg gttacctagt ggtatcgata 2341 agaaagccgt cgcgattcag acttttatcg agtcggaagc ttcgtgccaa gtgacaaatc 2401 aagtttttca ttccgtgcgt tctggctcag cctgctggct gaaaccagac tccgaacagc 2461 tcataatgag agtccggaga aaaatcgcgc aagttatggg aaacccaaac tatcactggg 2521 tgggtgattg cggattcggt cctggagcag atcgatccac tgtaggcggc tttacggctg 2581 cttacgataa actgcaaaca cccggggacg ttactcacag ttgcaaaccg taccttacgg 2641 cctacgttga gaattcttac ctcaatcgta agtttcagta cgacattgca actagggaac 2701 tgtgtgtcgt aacgacacca ggtaaccgag taactttcgt ccctaaaaac tcgaagaccg 2761 acagatcaat agctgttgag cctcgctgga atattttctt ccagaaaggc ctcggctgct 2821 acattcgtcg gagactcgct cgtttcggag ttgatctaaa cgatcaaagc caaaaccagc 2881 gtctcgccgg tgaaggtagt ggaaatggcg cttatgccac tatagatctt aagtctgctt 2941 cggatactgt ctcgcgtgag atcatctggg atctattccc ctatgattgg gcaatcatgt 3001 tggaccgcgt ccgtagtaga acgggaacgc ttgaaaaagc cgttccgttc cgctacgaga 3061 aatggtcgtc catgggtaac ggttatactt tcgaattaga aagtttactg ttctttgcca 3121 tatgctcagc gtatactgac gatttgtcag tatatgggga tgatttaatc gtccctacta 3181 agcattatca cgcgatcgtt gaggccctgt cattgtttgg cttttcagta aatgaagata 3241 agtcgttctg cacgggtccc ttccgggaat cgtgcggggc tgactatttt aacggggtat 3301 tgtctacccc tatttactgg aaaggtccac tcaatgatga aggaactctt cgactggtta 3361 accaaatcag cagtcttgct actagtcttg gcagcggtat ctaccgctgt cgcagcctcc 3421 gtaggattca cgctgatctg gtcaaccggc ttccgaaaca ctttcaaagt cgaggccccc 3481 gctccatctc tacctgcgtc catgactctt ttgagtcctg gaacgccagg aaacgatggg 3541 gctggtgcgg ctggttcgtc ttcttcagca tcccaatcgc taagcgattc cgattcttag 3601 atttcgactc agccctcggt cacgtgttgt tgaacccgtc ttctgacggt tatacaatcc 3661 gcgatcgcgt ccgactaaaa aagctcgagg tcttcatacc gtcaggtttt gaagatttag 3721 gcccgtggag ataaaactcc ctggtttcga tcggtccgta ttggactgat ctggtggctt 3781 aggccttaat gaaaaatgga atgcgtcgcc //