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EBI DbfetchID D64084; SV 1; linear; genomic DNA; STD; PRO; 3805 BP. XX AC D64084; XX DT 15-OCT-1996 (Rel. 49, Created) DT 21-JAN-1999 (Rel. 58, Last updated, Version 2) XX DE Fibrobacter succinogenes DNA for cellulose-binding protein, complete cds. XX KW cellulose-binding protein. XX OS Fibrobacter succinogenes OC Bacteria; Fibrobacteres; Fibrobacterales; Fibrobacteraceae; Fibrobacter. XX RN [1] RP 1-3805 RA Mitsumori M.; RT ; RL Submitted (08-SEP-1995) to the EMBL/GenBank/DDBJ databases. RL Makoto Mitsumori, National Institute of Animal Health, First research RL division; 3-1-1 Kannondai, Tsukuba, Ibaraki 305, Japan RL (E-mail:mitumori@niah.affrc.go.jp, Tel:0298-38-7743, Fax:0298-38-7907) XX RN [2] RP 1-3805 RA Mitsumori M.; RT ; RL Unpublished. XX RN [3] RX DOI; 10.1016/0378-1097(96)00114-0 RX PUBMED; 8647373. RA Mitsumori M., Minato H., Sekizaki T., Uchida I., Ito H.; RT "Cloning, nucleotide sequence and expression of the gene encoding the RT cellulose-binding protein 1 (CBP1) of Fibrobacter succinogenes S85"; RL FEMS Microbiol. Lett. 139(1):43-50(1996). XX FH Key Location/Qualifiers FH FT source 1..3805 FT /organism="Fibrobacter succinogenes" FT /strain="S85" FT /mol_type="genomic DNA" FT /db_xref="taxon:833" FT RBS 286..290 FT CDS 299..3460 FT /codon_start=1 FT /transl_table=11 FT /product="cellulose-binding protein" FT /db_xref="GOA:P71329" FT /db_xref="InterPro:IPR005087" FT /db_xref="UniProtKB/TrEMBL:P71329" FT /protein_id="BAA10965.1" FT /translation="MIKQSLKVASLAVLGLSVTAAMAQPKRPHLAVYKFFDEQYRPGGY FT DYSYGGTSKGVTITKSGGYKSKAALNIKLDPKEYSGASICLYNEFFDLNKYMLDSKVEF FT MIKGKNGGESVKVGLLDEEVSDGKKTQVVLPMNKYIEGGAVTTDWKKVSIPLVDFPDRG FT LYWDNTRKSEFPSRIDWDKIAEIRFSIDKSAASEFEVWVDNIEIVKGNKKAAPKKQMVY FT WDENNDIIDGPKNPEKLDGKAKTLATFYDNQVKGFSYSYGGLTAQREAQSKTPGNKNVL FT AMYIDNNDWSGVTYSLGEGKFIDLSKVRDKGGLYFWIKGKLGGEKLYVGILDNQGNDIK FT SQTKVGLNDWIKVSKDWQLAKIPLKRFTDKGKAWDANKSAEVAKDIKWDKIQEIRFSVG FT KGENAGEPGKPAPVTVFVDQITFTSNIDWVDPDLKWDSFKSNAPDYVISDFEGKFAKDK FT WEPSTGPKSQLKFKVENCAEFKSNCLNIEHYLLADWVDVVLDMQKNGRPAADRDWTKHW FT GIMFDVYSEKAWQSITVQVQDAGNEIFVSNVGAPKGKTTILVPFRTFGKFPYYQPPNAV FT ENGLFDLKGVTALDFKPSGEGTAGGFKVDNIRLTNQREVKAKERPAVIKVLVKGEKDVL FT NPNISGGLFGINAALWDGDMLDNKNFKVQTREYAKRINHGIIRYPGGLRADDDHWKEIL FT DNHDWMVDTDEFLEWLKKTGSNAMFTVNFGSGTEKEAADWVKHTNIDKKAGILYWEIGN FT EIYGNWHPYYEKYGKDGGTIYGKRARKFIEAMKKVDPTIKVAVLGVLEGDWNDKVLAET FT GDIADGLIVHHYPQHFGEENDFAMLSAPQTLTAIYERLHKVVDKWTKKYNKDKKIELWL FT TEWNSVDFNPGPQTLSVENGLFVADYLGMLATENVDNAQYWDIHNDITPEGGDYGYLTR FT SGEECMNCPRPSYWAFQMASDALRGKLMKTTIKGDEDALLTAYWTVNGNKKQLLLVNKS FT PYSEFDIKLDIPGFKGKAKVQTLDKTSEKLKEGWANDPSKKAKTVDISKGIKVGKRTLT FT LITLE" FT sig_peptide 299..358 FT /product="cellulose-binding protein" FT mat_peptide 359..3457 FT /product="cellulose-binding protein" XX SQ Sequence 3805 BP; 1000 A; 976 C; 973 G; 856 T; 0 other; ctaaggaaat tggcctcaac atcgaacagt tcaagaagga catggttctc gattctgcta 60 tgaacgctcg catcgacaag gacttccagt tgggcgtcaa ggtcggcgtt cagggaactc 120 cgaacttcta catcaacggc aagcgtcagg accgcttcag cccggatctc gtcgaaaaga 180 tgttgaagga agccaagtaa ttacgttttc aggcgtgcac gttaaatcga ttgacgtgtg 240 cgctttttaa tttccaagtt tgtaatttaa aatcaaaaac aacaaaagga tgcacattat 300 gattaagcaa tcattgaaag ttgcctcgct cgccgtcctc ggcttgagcg ttacagctgc 360 aatggctcag ccgaaacgtc cgcatctggc tgtgtacaag ttcttcgatg aacagtaccg 420 tccgggtgga tacgattact cttacggcgg cacgagcaag ggtgtcacca tcaccaagtc 480 tggtggttac aagtccaagg ctgccttgaa catcaagttg gacccgaagg aatactccgg 540 tgcttccatc tgcctttaca atgaattctt cgacttgaac aagtacatgc ttgactccaa 600 ggtcgaattc atgatcaagg gcaagaacgg tggcgaatct gttaaggtcg gcctcctcga 660 cgaagaagtt tctgacggca agaagactca ggtcgtgctt ccgatgaaca agtacatcga 720 aggcggcgcc gtgacgacgg actggaagaa ggtttccatt cctctcgtgg acttcccgga 780 ccgtggtctc tactgggaca acacccgcaa gtccgaattc ccgtctcgta ttgactggga 840 caagattgct gaaatccgtt tctccattga caagagcgct gcaagcgaat tcgaagtctg 900 ggtcgacaac atcgaaatcg tgaagggcaa caagaaggct gccccgaaga agcagatggt 960 ctactgggac gaaaacaatg atatcattga cggcccgaag aacccggaaa agctcgacgg 1020 caaggccaag acgctcgcta cgttctatga caaccaggtc aagggcttct cttacagcta 1080 cggtggtctc accgctcagc gtgaagctca gtccaagact ccgggcaaca agaacgtgct 1140 cgccatgtac atcgataaca acgactggtc tggcgtgacc tactctctcg gtgaaggcaa 1200 gttcattgac ctctccaagg ttcgcgacaa gggcggtctc tacttctgga tcaagggtaa 1260 gctcggtggc gaaaagctct acgtcggtat cctcgacaac cagggcaacg atatcaagag 1320 ccagaccaag gtcggcctca acgactggat caaggtctcc aaggattggc agctcgccaa 1380 gattcctctc aagcgcttca ccgacaaggg taaggcttgg gacgctaaca agtccgctga 1440 agtcgctaag gacatcaagt gggacaagat tcaggaaatc cgcttctctg ttggcaaggg 1500 cgaaaacgca ggcgaaccgg gcaagccggc tcctgtgacg gtcttcgtgg accagatcac 1560 cttcacgtcc aacatcgact gggtggaccc ggatctcaag tgggattcct tcaagtccaa 1620 cgctccggac tacgtgatct ccgacttcga aggcaagttt gctaaggaca agtgggaacc 1680 gtccaccggt ccgaagtctc agctcaagtt caaggttgaa aactgcgccg aattcaagag 1740 caactgcttg aatatcgaac actacctcct tgctgactgg gttgacgttg tgctcgacat 1800 gcagaagaat ggccgtccgg ctgctgaccg tgactggacc aagcactggg gcatcatgtt 1860 cgacgtttac tctgaaaagg catggcagtc catcaccgtt caggttcagg atgctggcaa 1920 cgaaatcttc gtttctaacg tcggtgctcc gaagggcaag accacaatcc tcgttccgtt 1980 ccgtacgttc ggcaagttcc cgtactatca accgcctaac gctgttgaaa acggtctctt 2040 cgacctcaag ggtgtaactg ctctcgactt caagccgagt ggtgaaggta ctgcaggtgg 2100 cttcaaggtt gacaacattc gtttgaccaa ccagcgcgaa gtcaaggcta aggaacgtcc 2160 ggctgtcatc aaggtcttgg tgaagggcga aaaggatgtc ctcaacccga atatctctgg 2220 tggcttgttc ggtatcaacg ccgctctctg ggacggcgac atgctcgaca acaagaactt 2280 caaggttcag actcgcgaat acgcaaagcg catcaaccac ggcattatcc gttacccggg 2340 tggtctccgt gctgatgacg accactggaa ggaaatcctc gacaaccacg actggatggt 2400 cgacaccgac gaattcctcg aatggttgaa gaagactggc tctaacgcta tgttcactgt 2460 gaacttcggt tccggcactg aaaaggaagc cgctgactgg gtcaagcaca cgaacatcga 2520 caagaaggcc ggcatcctct actgggaaat cggtaacgaa atctacggta actggcatcc 2580 gtattacgaa aagtatggta aggacggcgg taccatctat ggtaagcgcg ctcgtaagtt 2640 catcgaagcc atgaagaaag ttgacccgac catcaaggtg gctgtgctcg gcgttctcga 2700 aggcgactgg aacgacaagg tccttgctga aacgggtgac atcgctgacg gtcttatcgt 2760 ccaccactac ccgcagcact tcggcgaaga aaacgacttc gctatgctct ctgctccgca 2820 gacccttacc gcaatctacg aacgtttgca caaggtcgtg gacaagtgga ccaagaagta 2880 caacaaggat aagaagatcg aactctggct caccgaatgg aactctgttg acttcaaccc 2940 gggtccgcag accttgtctg tcgaaaacgg cttgttcgtc gctgactacc tcggtatgct 3000 cgctactgaa aacgtcgaca acgctcagta ctgggatatc cacaacgaca tcactccgga 3060 aggcggtgac tatggttact tgacccgttc tggtgaagaa tgcatgaact gcccgcgccc 3120 gagctactgg gcattccaga tggcttccga cgctctccgt ggcaagctca tgaagaccac 3180 catcaagggt gacgaagacg ctctcctgac cgcttactgg actgtaaacg gcaacaagaa 3240 gcagctcctc ctcgtgaaca agagcccgta cagcgaattc gacatcaagc ttgacattcc 3300 gggcttcaag ggtaaggcca aggtccagac tttggacaag acctccgaaa agcttaagga 3360 aggctgggca aacgacccgt ccaagaaggc taagactgtc gatatctcta agggtatcaa 3420 ggtcggcaag cgcaccctta ctctcatcac tttggaataa gtgaacaagg gttcgtaagc 3480 tagattctag aaatcttgaa aaggactccg tcggaaacgg cggagttctt ttttgtatat 3540 tgactttatg cttcatcgat ttttgcttat tgttattctt ttgtctgttg ttgtcttggg 3600 ccggccatcg tctgcaagcg atgttccgtt tgattccgta atgtatttgt ttgtgcaaaa 3660 tcccgataca aatacttcaa aaaagctgaa ttatgttgaa acttcggcaa atgtggaaat 3720 cgtatctaac tataaagatt ctttggaaaa agagcgcgat atggcggtgt tttatcggaa 3780 cacgatagaa cacatcttgg agcat 3805 // |
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