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EBI DbfetchID AF200304; SV 1; linear; genomic DNA; STD; PRO; 3237 BP. XX AC AF200304; XX DT 05-APR-2000 (Rel. 63, Created) DT 15-APR-2005 (Rel. 83, Last updated, Version 3) XX DE Caldibacillus cellulovorans putative type IIIb cellulose-binding domain DE gene, partial cds; and beta-1,4-xylanase XynA precursor (xynA) gene, DE complete cds. XX KW . XX OS Caldibacillus cellulovorans OC Bacteria; Firmicutes; Bacillales; Alicyclobacillaceae; Caldibacillus. XX RN [1] RP 1-3237 RX PUBMED; 11065373. RA Sunna A., Gibbs M.D., Bergquist P.L.; RT "A novel thermostable multidomain 1,4-beta-xylanase from 'Caldibacillus RT cellulovorans' and effect of its xylan-binding domain on enzyme activity"; RL Microbiology (Reading, Engl.) 146(Pt 11):2947-2955(2000). XX RN [2] RP 1-3237 RA Sunna A., Gibbs M.D., Bergquist P.L.; RT ; RL Submitted (29-OCT-1999) to the EMBL/GenBank/DDBJ databases. RL Biological Sciences, Macquarie University, North Ryde, Sydney, New South RL Wales 2109, Australia XX FH Key Location/Qualifiers FH FT source 1..3237 FT /organism="Caldibacillus cellulovorans" FT /mol_type="genomic DNA" FT /db_xref="taxon:74586" FT CDS <1..279 FT /codon_start=1 FT /transl_table=11 FT /product="putative type IIIb cellulose-binding domain" FT /note="orf1" FT /db_xref="GOA:Q9L8L9" FT /db_xref="HSSP:1NBC" FT /db_xref="InterPro:IPR001956" FT /db_xref="UniProtKB/TrEMBL:Q9L8L9" FT /inference="non-experimental evidence, no additional FT details recorded" FT /protein_id="AAF61648.1" FT /translation="QVGCSNLRGSFVKLSTGRTGADYYIEITFTSGAGSLAPGASSGDI FT QVRINKNDWTNYNEANDYSYDPTKTSFADWNRVTLYRNGQLIWGVEP" FT CDS 384..3149 FT /codon_start=1 FT /transl_table=11 FT /gene="xynA" FT /product="beta-1,4-xylanase XynA precursor" FT /note="multidomain protein" FT /db_xref="GOA:Q9L8L8" FT /db_xref="HSSP:1NBC" FT /db_xref="InterPro:IPR013781" FT /db_xref="UniProtKB/TrEMBL:Q9L8L8" FT /protein_id="AAF61649.1" FT /translation="MGTGRAGEWIKKMLLVLAIGLLIPIPYPHVASAENVLILQSDFED FT GTTQGWVGRGGVETLTVTSAAAYSGAYGLSVSGRTETWHGPTLDITSYIQVGKTYQFSA FT WVKLPSGSSNTRISMTMQRTMQDTVYYEQIYFDTALSGNWIQLKAQYKLYEPAVNLQVY FT FEAPDHATQSFYIDDVRIEQLPDLPKTVEENIPSLKDVFAGRFPIGTAFENFELLDEQD FT RKLILKHFNSVTPGNVLKWDSTEPQEGVFNFTESDKAVAFAVQNGMKIRGHTLIWHNQT FT PNWVFYDSNGNLVSKEVLYQRMERHIKTVVSRYKGIIYAWDVVNEVIDPGQPDGLRRSL FT WYQIAGEEYIEKAFQFAHEADPNALLFINDYNTHESGKSQALYNLVQRLKSKGIPVHGV FT GHQTHINITWPSISEIENSLVKFSNLGVVQEITELDMSIYNNSSQKYDTLPSDLAQQQA FT TRYRQLFEMFLRRSSLIQNVTFWGKDDANTWLRKFPVVRNDWPLLFDEQLKAKPAYWAV FT VGTVPSPTPTPTSTATPTPTPTVIPTPTPTPTPTSTPTPTPTPSASGTLRVEYRVGDSS FT ATDNQMKPQLRIVNTGSQAVPLTELKVRYWYTKNSTQAEQYFCDWAQIGCSNIRAQFVS FT LAQPVSGADSYIELSFTGGSVPAGGNTGEIQNRIHFTNWMNYNETDDWSYNGTQTTWGP FT STRITLYRNGVLVWGTEPGGGSSTPTPTPTPTPTPTSTPTPTPTPTSTPTPTPTPTSTP FT TPTATPTPTPTPTPSAGGNLVVQYRAADTNAGDNQLKPHFRIVNRGTTSVPLSELTIRY FT WYTVDGDKPQVFNCDWAWVGCSNLRGSLVKLTTGRTGADYYLEITFTSGAGSLAPGANS FT GDIQARINKNDWTNYNEANDYSYDPTKTSFADWNRVTLYRNGQLVWGVEP" FT sig_peptide 384..482 FT /gene="xynA" FT mat_peptide 483..3146 FT /gene="xynA" FT /product="beta-1,4-xylanase XynA" FT misc_feature 483..965 FT /gene="xynA" FT /note="Region: thermostabilizing domain" FT misc_feature 966..1946 FT /gene="xynA" FT /note="Region: beta-1,4-xylanase catalytic domain" FT misc_feature 1947..2075 FT /gene="xynA" FT /note="Region: proline-threonine linker" FT misc_feature 2076..2519 FT /gene="xynA" FT /note="Region: cellulose-binding domain typeIIIb" FT misc_feature 2520..2696 FT /gene="xynA" FT /note="Region: proline-threonine linker" FT misc_feature 2697..3146 FT /gene="xynA" FT /note="Region: cellulose-binding domain typeIIIb" XX SQ Sequence 3237 BP; 822 A; 825 C; 951 G; 639 T; 0 other; caggtgggtt gttcgaactt gcggggcagc tttgtgaagc tttcgacggg ccggacggga 60 gcggactact acattgagat cacgttcacg tcgggcgcgg gcagcctggc gcctggggcg 120 agcagcggag acattcaggt gcggatcaac aagaacgact ggacgaacta caacgaggcg 180 aacgactact cgtatgatcc gacgaagacg agttttgcgg attggaaccg ggtgacgctg 240 tatcggaacg gtcagctcat ctggggcgtc gagccgtaac gcacaacgtc cgtgccgaga 300 aggttcgggg gcgttcaact gaagacgggg aacgcccccg ttcctgaaag tatgtcgcga 360 gcaaaacgag ggaggagccg agcatgggaa cgggccgtgc cggagagtgg atcaaaaaaa 420 tgttgctggt tttggcaatc ggattactca ttccgattcc gtacccgcat gtcgcttcag 480 cggaaaacgt cctgattttg cagagcgatt ttgaggacgg gacgacgcaa gggtgggtcg 540 gtcgcggggg agtcgagacg cttactgtca cttccgcggc cgcatatagc ggagcttatg 600 gattgtccgt gagcggaaga acggaaacgt ggcacggtcc gacattggac atcacttcct 660 atattcaggt tggaaagact taccaatttt cagcatgggt taaattgcct tccggttcgt 720 ccaacacgcg catttctatg acgatgcaaa gaaccatgca ggacacggtc tactatgagc 780 aaatttattt tgacacggca ttatccggaa attggattca attgaaagcc caatataagt 840 tgtacgaacc tgctgtaaac ttgcaggtat actttgaagc tcccgatcat gctactcaat 900 ctttctatat tgatgacgtc cgaattgaac aacttcctga tcttccgaag acggtagaag 960 agaatattcc gtccctgaaa gatgttttcg cagggcgttt tccgatagga acggcgtttg 1020 aaaattttga acttctcgat gaacaggaca gaaaattgat tttaaaacat ttcaatagtg 1080 tgacgcctgg aaacgtgctg aagtgggaca gcacagaacc acaagaagga gtctttaact 1140 ttacggaatc ggataaagcg gttgcttttg cggttcagaa cggaatgaag atcagaggtc 1200 atacattgat ttggcataat cagacgccga attgggtgtt ttatgattca aacggaaatt 1260 tagtttccaa agaagttcta tatcaacgaa tggaaagaca cattaaaacc gtcgtcagcc 1320 gctacaaagg aatcatctat gcgtgggatg tcgtcaatga agttatcgat cccggacagc 1380 ctgatggatt gcgtagaagc ttgtggtatc agattgccgg cgaggagtat atcgaaaagg 1440 cgttccaatt tgcgcatgaa gctgatccga atgcgcttct cttcatcaat gattataaca 1500 cgcatgaatc cggtaaaagc caagcattgt acaatttggt acaacggctg aaaagtaagg 1560 gtattcctgt tcacggagtc ggacaccaga cccatattaa cattacctgg ccttcgatca 1620 gtgaaattga aaattcgctc gtcaaattct caaacctggg agttgtgcag gaaatcacgg 1680 agttggatat gagcatttac aacaattcat cacagaagta cgacacattg ccttccgatt 1740 tggctcagca gcaggcaacc cgttacagac aactgttcga aatgttcttg agaaggagca 1800 gtttgattca aaacgttacg ttctggggca aagatgatgc aaatacgtgg ttgcggaagt 1860 tcccagtcgt ccgaaatgac tggccgctgt tgttcgatga gcaattaaag gcgaaaccgg 1920 catattgggc ggtagtcgga actgttccgt cacccacgcc gacaccgacg tcgacggcaa 1980 caccaacgcc gacaccaacg gtgataccga cgccgacacc gacgccaacg ccgacatcga 2040 cgccgacacc gacgccgacg cctagcgcga gcggcaccct gcgcgtcgag tatcgcgtgg 2100 gcgattccag cgccaccgac aaccagatga aaccgcagct gcgcatcgtc aacaccggct 2160 cgcaagccgt gccgctgacc gaactgaaag tgcgctactg gtacacgaag aactcgacgc 2220 aggccgaaca gtacttctgc gactgggcgc aaatcggctg ctcgaacatc cgggcgcagt 2280 tcgtgtcgct ggcgcagccg gtcagcggag cggacagcta catcgagctg agcttcacgg 2340 ggggcagcgt tccggcggga ggcaacacgg gcgagataca gaaccggatt cacttcacga 2400 actggatgaa ctacaacgaa acggacgact ggtcgtacaa cgggacgcag acgacgtggg 2460 ggccgtcgac gcggattacg ctgtatcgta acggcgtgct ggtgtggggc accgagccgg 2520 gcggcggatc gtcgacgccg acaccaacgc cgacaccaac gccgacgccg acgtcaacgc 2580 cgacaccgac gccgacgccg acgtcaacgc cgacaccgac gccgacgccg acgtcaacgc 2640 cgacaccgac ggcgacaccg acacccacac ccacgccgac gccgtcggcc ggcggcaacc 2700 tggtcgtgca gtaccgcgcg gcggacacga acgcgggcga caaccagctg aagccgcatt 2760 ttcggattgt gaaccgcggg acgacgagcg taccgttgtc ggagcttacg attcggtact 2820 ggtacacggt ggacggcgac aagccgcagg tgttcaactg tgactgggcg tgggtcggat 2880 gttcgaacct gcgcggcagt ctggtgaagt tgacgacggg ccggacgggg gcggactact 2940 accttgagat cacgttcaca tcgggcgcgg ggagcctggc gcctggggcg aacagcggag 3000 acattcaggc gcggatcaac aagaacgact ggacgaacta caacgaggcg aacgactact 3060 cgtatgatcc gacgaagacg agttttgcgg attggaaccg ggtgacgctg tatcggaatg 3120 gtcagctcgt ctggggcgtc gagccgtaag ggtataccta agagcggcgt ggcggagtcg 3180 ataagcggtg atgattccgc ctcgctcgag gaccggtcga ctgccacaga aggcttt 3237 // |
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