ID QNN99762; SV 1; linear; genomic DNA; STD; PHG; 3039 BP. XX PA MT764845.1 XX DT 11-SEP-2020 (Rel. 144, Created) DT 11-MAR-2021 (Rel. 144, Last updated, Version 2) XX DE Ruegeria phage Tedan hypothetical protein XX KW . XX OS Ruegeria phage Tedan OC Viruses; Duplodnaviria; Heunggongvirae; Uroviricota; Caudoviricetes; OC Caudovirales; Siphoviridae. XX RN [1] RA Baum L., Nguyen M.T.H.D., Jia Y., Biazik J., Thomas T.; RT "Response of the sponge symbiont Ruegeria AU67 to a novel phage"; RL Unpublished. XX RN [2] RA Baum L., Thomas T.; RT ; RL Submitted (15-JUL-2020) to the INSDC. RL School of Biological, Earth and Environmental Sciences (BEES), University RL of New South Wales, Sydney, UNSW, Sydney, NSW 2052, Australia XX DR MD5; a46786846c4e004bea0ceea8512b4402. XX FH Key Location/Qualifiers FH FT source 1..3039 FT /organism="Ruegeria phage Tedan" FT /host="Ruegeria sp. AU67" FT /mol_type="genomic DNA" FT /country="Australia" FT /lat_lon="33.98 S 151.23 E" FT /isolation_source="Tedania anhelans" FT /collected_by="Mary THD Nguyen" FT /collection_date="13-Nov-2014" FT /identified_by="Lisa Baum" FT /db_xref="taxon:2759200" FT CDS MT764845.1:2311..5349 FT /codon_start=1 FT /transl_table=11 FT /locus_tag="P67b_00003" FT /product="hypothetical protein" FT /inference="ab initio prediction:Prodigal:2.6" FT /protein_id="QNN99762.1" FT /translation="MVWVTLALFALSFIATALLQPRPDIEDARAEQLDPDNFPRATENA FT PAPIILGRVRYRGPNTQWYGGFRPEPITEKIKTGLFSSERVTTGFRYFLTLDMGLCLGP FT LVDLHGIYIDSEQVFSGGASGGDPIEQNVGTLGGPTANPADKTNPPTFTTFLGSWVAQP FT PDALLTFDLLDVFPSQEVIDELVATGDLQGRVAIEGFWWDLFAGVPGIGSTTLNLAFFQ FT DNGADAPDLANPIGEASNNRSDTGAVTQTVSTLAIPTNTTGLRHFAIRFTITRGPFADL FT FFNNARQGSPLLTADIIHTFRETISGNIFAPNLFGGEGAGGGWIGNFTFYRGTFTQPVD FT PAIANLLGSADALPAYRGEAHIVLNDNFIGEQASLRSMEFDLSCYTNLLGLSTRGFAFT FT GSEDISPAEALATLTQDEWRGLSVDPGRVNEASLVTAGNTLIAERHGVSMSLATSREGS FT AHLREILRQIDGVLVENQNGEAELRLIRNDYDPNTTPVFDEDDISAVRNFSRSTWGDVV FT TEVKVSYPFRDRPGSRVAIAQNMATLNMVGERRTVDISFPMCYDKTLANALAARELARR FT SIPLIKLTVEMNRSGYTLAVTDVVRITLPEYGLTELVCRVQKVSLGTLRDNRVTVELLQ FT DVFAAADVVFTEPEDSSWISDRTEPLIIPTFEVVEQPFFYSSRVGEFPAEDGEGSVIPF FT ALQPQASSTGFTFNSDIVTGEPLGYFDPEQIAYPTTATLTANYSVVTGFETGLDAPGIT FT IENVSGTPTSATLAAIRNGSAGILYLGGEWLAYETATDNGDDTWTLSNVRRAILGTQPL FT AHVAGDRMWILSAALLGSAQVSAELVDDGTLYHKFLDQVGPERLDPSLATENNITLQRL FT ADRPLRPRNLQIDGSRSEVPYDASVDPTIDLTWVNSNRAASQIAFEDDITEVPDQVEEY FT DVEIWIDDVQDLTRSQTNVTSPHSIDFTGAGGSAGEIRLYSRRTGGNTLRSAYYAVYPF FT TLGNTMDSTLIRMDETTITMDRT" XX SQ Sequence 3039 BP; 736 A; 797 C; 809 G; 697 T; 0 other; atggtctggg ttactcttgc actttttgct ctgtcattta tcgcaacggc gctacttcag 60 ccgcgaccgg acatagaaga tgcccgggcg gagcaactcg atccggacaa tttcccccgg 120 gccacggaaa acgctccagc cccgataatc ttgggtcggg ttcgatatcg ggggcccaat 180 actcagtggt acggcggttt tagaccggag ccgataacag aaaaaataaa aaccggactt 240 ttttcctctg aaagagtcac cacgggcttc cggtattttc ttaccctgga tatgggtctt 300 tgcctaggcc ccctggttga tctgcatgga atctatatcg actcagagca agtattctcc 360 gggggcgcct ccgggggaga tccaattgag cagaacgtgg gaactcttgg gggtccgacg 420 gccaatcccg ctgacaagac aaatccgcca acttttacaa cgtttctcgg cagctgggtg 480 gcccaaccac cagacgctct actgaccttt gacctcctgg atgtattccc gagtcaagag 540 gtgatagacg aattggttgc caccggagac ctacagggtc gggttgccat tgagggtttc 600 tggtgggatc tctttgccgg cgtcccggga attggatcaa caactctgaa cttggccttt 660 tttcaagaca acggggctga tgccccggat ttggcaaacc caattggaga agcctcaaat 720 aatcggtccg ataccggggc ggtgactcaa acagtttcaa cacttgcgat cccgacaaat 780 actaccgggc tgcgtcattt tgccatccgt ttcactatta cccggggccc ctttgccgat 840 ctgtttttca ataacgcccg tcaagggtcg ccccttttaa cggcagatat tatccatacg 900 tttagagaga ctatcagcgg caacattttt gcgccaaact tgtttggggg cgagggcgca 960 ggcggcggct ggattggcaa ttttacattt taccgaggta cctttaccca acccgtagat 1020 ccggcgattg cgaacctgct tggttccgca gatgctttgc ccgcctatag gggcgaagcc 1080 cacatcgttc ttaacgacaa ttttatcggt gagcaagctt ctctgcggtc gatggaattt 1140 gacctatctt gctataccaa tctccttggg ttatcaactc gcggatttgc gtttaccgga 1200 tccgaagaca taagccccgc ggaagctttg gccactctta cccaagatga atggcgcggc 1260 ctttcagtag accccggccg cgtcaatgag gcgagcctgg taacagctgg caacacgcta 1320 atagccgagc gacatggggt cagtatgtct ctggcaactt ctcgagaagg cagcgcccac 1380 ctcagagaaa tactgcggca aatagacggg gtgctggtag aaaaccaaaa cggagaagcg 1440 gagcttcggc ttatccgaaa tgattacgat ccaaacacaa cgccggtatt tgacgaggac 1500 gatatttccg cagttcgcaa cttctcccgc agcacttggg gagatgtggt cacggaagta 1560 aaagtatctt atcctttccg cgatcgtcca ggaagtcgcg tggccatcgc ccaaaacatg 1620 gcgaccttga atatggttgg cgagcggcgc acagtggata taagtttccc gatgtgctac 1680 gacaagaccc tggccaatgc tttggcagcc cgggagcttg cccgacggtc cataccgctc 1740 ataaaactta cggtggagat gaaccgcagc ggttatactc tagcggtcac cgacgtagtg 1800 cggataaccc tgccagagta tggcttgact gaattggtct gccgggtgca gaaagtaagt 1860 ctcggtaccc tgcgagacaa ccgggtaaca gtagaactgc tgcaggacgt gtttgcggca 1920 gcagacgtgg tatttacgga accggaagac agctcgtgga tcagcgatcg aaccgagccg 1980 ttgataatac cgacctttga agttgtagag cagccgttct tctactcaag tcgtgtcggg 2040 gaatttccgg cagaagacgg ggaaggctca gttattccct tcgccctaca gccccaagca 2100 agttccaccg gcttcacttt caattccgat atcgtaaccg gagagccact cgggtatttt 2160 gaccctgagc agatagcata tcctacgact gccactttga ccgcgaacta ttcagtagtg 2220 actggttttg aaaccggcct tgacgccccg ggcataacta tcgaaaatgt gagtggcact 2280 ccgactagtg cgacacttgc ggcaatccgg aatggatccg cgggaatact gtacttaggc 2340 ggagaatggc tagcttatga aacggccaca gataacggag atgatacctg gacgctcagc 2400 aatgtgcggc gggcgatatt gggcactcag ccgctggccc atgttgccgg cgatcgtatg 2460 tggatcctct cagcagcgct cctaggatcg gcgcaggtat ctgcagagct ggtggacgac 2520 ggcacactgt accacaagtt cttggatcag gtgggtccgg aaagacttga tccatctttg 2580 gcaaccgaaa acaatattac cctgcaacgc ctggcagatc gaccgcttag accgcgtaat 2640 ctgcagatag acggttctcg gagcgaggta ccatatgatg cttcggtaga tcctactatc 2700 gatttgactt gggtaaacag caaccgagcc gcttcgcaaa ttgcgttcga agatgatata 2760 accgaagtac cggatcaagt tgaagagtat gatgtcgaga tttggatcga cgatgtacaa 2820 gatctcacta gaagccaaac taatgtaacg agtccccatt ctatagactt taccggtgcc 2880 gggggctccg ctggcgaaat tcggctatac tcgcgcagaa ctggcggcaa tactctaaga 2940 tccgcgtatt atgcagtata tccgtttacg ctgggcaaca caatggatag caccctaatt 3000 cgaatggacg aaacaaccat aacaatggac agaacctga 3039 //