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EBI DbfetchID AJ238716; SV 1; linear; genomic DNA; STD; PRO; 2952 BP. XX AC AJ238716; XX DT 06-SEP-1999 (Rel. 61, Created) DT 30-JUN-2000 (Rel. 64, Last updated, Version 2) XX DE Ruminococcus flavefaciens cesA gene XX KW acetyl xylan esterase; cesA gene. XX OS Ruminococcus flavefaciens OC Bacteria; Firmicutes; Clostridia; Clostridiales; Ruminococcaceae; OC Ruminococcus. XX RN [1] RP 1-2952 RA Flint H.J.; RT ; RL Submitted (05-MAY-1999) to the EMBL/GenBank/DDBJ databases. RL Flint H.J., Microbial and Intestinal Biology, Rowett Research Institute, RL Greenburn Road, Bucksburn, Aberdeen, Aberdeenshire, AB21 9SB, UNITED RL KINGDOM. XX RN [2] RX PUBMED; 10846217. RA Aurilia V., Martin J.C., McCrae S.I., Scott K.P., Rincon M.T., Flint H.J.; RT "Three multidomain esterases from the cellulolytic rumen anaerobe RT Ruminococcus flavefaciens 17 that carry divergent dockerin sequences"; RL Microbiology (Reading, Engl.) 146:1391-1397(2000). XX FH Key Location/Qualifiers FH FT source 1..2952 FT /organism="Ruminococcus flavefaciens" FT /strain="17" FT /mol_type="genomic DNA" FT /db_xref="taxon:1265" FT CDS 173..2479 FT /transl_table=11 FT /gene="cesA" FT /product="acetyl xylan esterase" FT /db_xref="GOA:Q9RLB8" FT /db_xref="InterPro:IPR016134" FT /db_xref="UniProtKB/TrEMBL:Q9RLB8" FT /experiment="experimental evidence, no additional details FT recorded" FT /protein_id="CAB55348.1" FT /translation="MKKHFVVGETIKRFLRIGTSLALSISTLSLLPSAPRLSSAAGTIK FT IMPLGDSITYGMADEGGYRKYLSYFLQQKGYTNVDLVGPEGKDSASFNYNGQSVKYDDN FT HAGYSGYTITNLPGGWFGQLNGILETMQGGDYIKKYSPDIILLQIGTNDVSNGHLDGSE FT ERLHKLLDYLRENMPSNGKVFLTTIPDLGNSGWGGNSNGDIAKYNELIKKVANDYSSKN FT VIYADIHSVIDASKDLADGVHPNAGGYEKMGKYWLEQIEGYLKASDGPQQTQPTQPSQG FT DSGPELIYGDLDGDKTITSFDAVIMRKGLINDFKDNNVKKAADIDQNGKAEVADLVQLQ FT SFIIGKIKEFTVAEKTVTEKPVFEKSYNFPAVNQLKSSKDIPDPFIFMDGSKVESTDDW FT WKRQSEISCMYEYYMYGKWIDGSDDETTYSISGNSMTINVKRKSTGKTASFKAVINLPK FT NVRHEGGAPVILGMHKGISESTATSNGYAVITYDSDGMFSAPGTAQDNNQHKGAFYDLY FT PYGRNWDEQTGDLMAWSWGISRILDALYNGAAKELNINPDSSIVTGVSRYGKAASVCGA FT FDTRIKMCAPSCSGAGGLALYRYSSVGKTYDFSSKGGSSSYTYKENEPLGSLQASGEQG FT WFNGRFMEFRNAEQFPMDQHMLGALCCDPDRYLFIIGSCESEDWVNAPSVWMAYLGMKH FT VWDYVGISDHLAINIHKSGHAVIAEDIEKMVQYFDYHVYGIQPKMNLEELQTSVFALPK FT NKDSFADTFASKWLY" FT RBS 162..167 FT /gene="acetyl xylan esterase" XX SQ Sequence 2952 BP; 903 A; 648 C; 670 G; 731 T; 0 other; gttcacaaac tctttacaat tcgcggttga ttagtgtata ttgttgtcaa aggcaattca 60 taattatgtt atattatata taataaaatt atgcattctg ccttgataaa aacaaaagac 120 ggggaaacaa aaagcacaca ttcatttaat taattttatt tgggaggtac ttatgaaaaa 180 gcactttgtt gtcggggaaa caataaaacg ttttctcaga atcggcacat ctcttgcact 240 ttcgatttct acactaagcc tgcttccctc tgcaccgagg ctgagttcag cagccggcac 300 catcaagatc atgcctctgg gcgattctat cacatacggt atggctgacg agggcggcta 360 cagaaagtat ctcagctact ttctgcagca aaagggctac acaaatgttg atctcgtagg 420 acctgaggga aaggacagcg cttccttcaa ttacaatggt cagagtgtca agtacgacga 480 caatcacgca ggatacagcg gctataccat aaccaacctg ccgggcggct ggttcggtca 540 gctcaacggt atccttgaga caatgcaggg cggagattat ataaaaaagt actctcccga 600 tataatactt cttcagatag gtacaaacga tgtttcaaac ggtcatcttg acggctcaga 660 ggaacgtctg cacaagcttc ttgactatct gagagaaaat atgccatcaa acggaaaggt 720 tttccttact actatcccag acctgggcaa ttcaggctgg ggcggcaatt caaacggcga 780 cattgcgaaa tacaacgagc tcataaaaaa ggttgccaat gattacagca gcaagaatgt 840 aatttatgct gatatccaca gcgtaataga cgcttcaaag gaccttgcgg acggagttca 900 ccccaacgca ggcggctatg agaaaatggg caaatactgg ctcgaacaga tcgagggcta 960 tttaaaagct tctgatggtc cgcagcagac acagccaact cagccgtcac agggcgatag 1020 cggtccagag cttatttacg gtgaccttga cggagataag acaataacct cctttgacgc 1080 tgttatcatg cgaaagggac tcataaacga cttcaaggat aacaacgtaa agaaagccgc 1140 tgatatagat cagaacggca aggcagaggt agcggacctt gtccagctcc agagctttat 1200 aatcggtaag ataaaagagt tcaccgtggc cgaaaaaact gtcacagaaa agcctgtttt 1260 tgaaaagagc tacaacttcc ctgctgtaaa tcagctgaaa agctcaaagg atattccaga 1320 tcctttcata tttatggacg gttcaaaggt agaatccacc gacgactggt ggaagcgtca 1380 gagcgagata agctgtatgt atgagtacta tatgtacggc aagtggatag acggctctga 1440 tgacgaaacc acctacagca taagcggcaa cagcatgacc ataaacgtta agcgcaagag 1500 cacaggtaag acagcttcat tcaaggcggt tataaatctt cctaagaatg ttcgccatga 1560 gggcggagct cctgttatac ttggtatgca caagggcatt tccgagagca cagctacctc 1620 aaacggctat gctgttatta cctacgacag tgacggaatg ttcagcgctc ctggaactgc 1680 acaggataac aaccagcaca agggtgcttt ctatgatctc tatccttacg gaagaaactg 1740 ggacgagcag acaggcgacc ttatggcgtg gtcatgggga atcagcagga tactcgacgc 1800 tctttacaac ggagccgcaa aggagctgaa catcaatcct gacagctcta tcgttacagg 1860 tgtttcaaga tacggtaaag cagcttctgt atgcggagca ttcgatacac gtatcaagat 1920 gtgtgctccc tcatgctcgg gcgcaggcgg tctggcactg tatcgctaca gctcagtggg 1980 aaagacctat gacttctcca gcaagggcgg atcttcatcg tatacatata aggaaaatga 2040 gcctctcgga agcttacagg cttcgggcga gcagggctgg ttcaacggaa gattcatgga 2100 gttcagaaac gccgaacagt tcccaatgga tcagcatatg ctgggcgctc tctgctgtga 2160 tcctgacagg tatctgttta taatcggctc atgcgagagc gaggactggg taaatgctcc 2220 gtcagtatgg atggcttacc tcggtatgaa gcacgtatgg gattatgtcg gtatcagcga 2280 tcatcttgct ataaatatcc ataaatcagg ccacgcagtc atagcagagg acatcgagaa 2340 aatggtacag tatttcgact atcacgtata cggaatacag ccgaaaatga accttgaaga 2400 acttcagaca tctgtatttg ctcttccaaa gaataaagac tcattcgcag atacatttgc 2460 ttcaaagtgg ctttactgat ccatacacat caatagctga tgttataatt cttttccgat 2520 gttgatctgt gcggcgcatc tgcacatagc actgcacaga ttgatataat ttctaatata 2580 aattgtaagg gacaaatcag aacagaaaac gtatctgaac attacaacaa ggcagtccgt 2640 tggactgcct tgttctatat atattcttcc ataaaaggta ttgacgcatt gcagaaatta 2700 tgataatctg ttattactga attgccgtgt aacaggaggt caattatgaa aaatagacta 2760 ttgactcgct ttatatcatt aataacaagt cttgcactgg tcttatcgct ttattattgc 2820 tttcccgaca gcatcataaa agcaaattca acagatctca ccgaagcaga aagtgtcgct 2880 gatcgtctga tacgatatca gataatccct ttgacaaaca ggacgacatg gaagtcccct 2940 acgacagaac tc 2952 // |
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