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EBI DbfetchID Z50866; SV 1; linear; genomic DNA; STD; PRO; 3757 BP. XX AC Z50866; XX DT 30-AUG-1995 (Rel. 45, Created) DT 18-APR-2005 (Rel. 83, Last updated, Version 9) XX DE C.fimi xynC gene XX KW endoxylanase; xynC gene. XX OS Cellulomonas fimi OC Bacteria; Actinobacteria; Actinobacteridae; Actinomycetales; OC Micrococcineae; Cellulomonadaceae; Cellulomonas. XX RN [1] RP 1-1188 RX DOI; 10.1016/0378-1097(96)00101-2 RX PUBMED; 8647371. RA Clarke J.H., Davidson K., Gilbert H.J., Fontes C.M., Hazlewood G.P.; RT "A modular xylanase from mesophilic Cellulomonas fimi contains the same RT cellulose-binding and thermostabilizing domains as xylanases from RT thermophilic bacteria"; RL FEMS Microbiol. Lett. 139(1):27-35(1996). XX RN [2] RP 1-3757 RA Clarke J.H.; RT ; RL Submitted (28-AUG-1995) to the EMBL/GenBank/DDBJ databases. RL Clarke J. H., The Babraham Institute, Cellular Physiology, Babraham, RL Cambridge, Cambridgeshire, England, CB2 4AT XX FH Key Location/Qualifiers FH FT source 1..3757 FT /organism="Cellulomonas fimi" FT /mol_type="genomic DNA" FT /clone="JCFX5" FT /db_xref="taxon:1708" FT RBS 112..117 FT /citation=[1] FT CDS 135..3698 FT /transl_table=11 FT /gene="xynC" FT /standard_name="1,4-beta-D-xylan xylanohydrolase" FT /product="endoxylanase" FT /function="random cleavage of beta-1,4-linked xylose units" FT /EC_number="3.2.1.8" FT /db_xref="GOA:Q59278" FT /db_xref="HSSP:1HIZ" FT /db_xref="InterPro:IPR010502" FT /db_xref="UniProtKB/TrEMBL:Q59278" FT /citation=[1] FT /experiment="experimental evidence, no additional details FT recorded" FT /protein_id="CAA90745.1" FT /translation="MYLDGGDTAPYPDLLLDDVVITGQAPTDPGGVVPGGAVDPTTTPV FT ATARGTGDVSALTFDDGPNGATTTALLDFLAERDIRATFCVIGQNIQAPGGADVLRRIV FT ADGHTLCNHTTSYADMGGWTAEQVRADLVENLGIIRDALGDPDAKVPYFRAPNGSWGVT FT PGVAVALGMQPLAVTNTIDDWSTQDVPTLTSNLRDAMKAGQVVLAHDGGGDRSGTLAAV FT QTVVDERLAAGWTFTLPTGGADGGSSVPTGLSNDFEAGLGVWGPRGDATVTLSDDAHGG FT AQAALVAGRTQAWHGIGATVTDVFQTGRTYTVDAWVKLAAGATEPADLRISVQRDNAGE FT STYDTVTTATGVTADAWTHVQAQYTMAAAESALLYVESSSSLASFLVDDVVVSGSTAPP FT VQTDIPSLKDELPWPVGVAIDERETVGTGEQLVVKHYDQITAENAMKPESIQPTEGAFT FT FEAGDALIDSAVRNGQRVYGHTLVWHSQTPDWFFTHADGTPLTSSAADQQILRDRMRTH FT IETVADHYRQKYGEYGTAGNPIVAYDVVNEAIAESESDGLRRSRWFEVLGEQYLDLAFQ FT YASQAFNGGDTDGPVQLFLNDYNTELPAKRRAMLDVVNRLLARDVPVDGLGHQFHVNLL FT QPVSQMKASIDAFATTGLLQAVTELDAPIDGTVSQEKLVAQGYYYADVFDMLRQYPDLF FT SVTLWGPYDSRSWREGAPLPFDDDLQAKPAFWGIVDRGELPTLTRLADAHAGTPTGVDD FT PTWRLLPETSFGDATGFQLRWSADGLVAYVEVADATDDGADDVVDLFAADQHVTVHRSD FT AGVVATASRTAWPCARGRGPDAGRDRAVRRARHDGASGERRSWNDLSHGQEDGERLGVV FT TLVEPVGYVAAVQASTAPVIDGVVDEAWADAPVLTTDVQVEGTPGATAEIRVLWHDDAV FT DVLATVADPVVDETATNAWEQDSVEIFVDPVNAKAGAYTPQDGQYRISASNAQSVSGDL FT AVIGERLTSATALVDGGYVVEASIALGRDVTVGDLVGLDFQVNDATAGVRGSVRTWTDP FT TGRSYQSTARWGVAELVAPAVEPGPVLTLGAGSVAAGKKLAVDLAGFEPKAKVRLVLDR FT VGAAPTAPSRSGLFGQLVDGLSAWYWKDVELGSVRTDADGAASATVKVPAWVLPGDFEV FT KAYVAGEVVASAPVRVRPVFS" FT stem_loop 3715..3746 FT /function="transcription termination" XX SQ Sequence 3757 BP; 544 A; 1382 C; 1375 G; 456 T; 0 other; cgacttcgac cgtcgacgcg cccgccgcgt ccaacccgta cacctgggtc agcggcccga 60 gcaccctgag cgccggcgcg tggaccacga tcagcggctc ctacacgttc gaggaggggc 120 tcgatgccgc gcgcatgtac ctcgacggcg gcgacaccgc gccgtacccc gacctgctgc 180 tcgacgacgt ggtgatcacc ggccaggcac cgaccgaccc cggcggcgtc gtccccggcg 240 gcgcggtgga cccgacgacc acgcccgtcg cgaccgcccg cggcacgggc gacgtgtccg 300 ccctgacgtt cgacgacggc cccaacggcg ccaccaccac cgcgctgctc gacttcctcg 360 ccgagcgcga catccgcgcg acgttctgcg tcatcggcca gaacatccag gcccccggcg 420 gcgcggacgt gctgcggcgg atcgtcgcgg acggccacac gctgtgcaac cacacgacgt 480 cctacgccga catgggcggc tggacggccg agcaggtgcg cgcggacctc gtcgagaacc 540 tcggcatcat ccgcgacgcg ctcggtgacc cggacgcgaa ggtcccgtac ttccgcgccc 600 ccaacgggag ctggggcgtc acgcccggcg tggccgtcgc gctcggcatg cagccgctcg 660 cggtgacgaa caccatcgac gactggtcga cgcaggacgt cccgacgctg acgtcgaacc 720 tgcgcgacgc catgaaggcg ggccaggtcg tgctcgcgca cgacggcggc ggcgaccgct 780 cggggacgct cgcggccgtg cagacggtcg tcgacgagcg cctcgcggcg ggctggacgt 840 tcacgctgcc cacgggcggc gcggacggcg gcagcagcgt gcccaccggg ctgagcaacg 900 acttcgaggc cggcctcggg gtctggggcc cgcgcggcga cgccacggtc accctcagcg 960 acgacgcgca cggcggtgcc caggcggccc tcgtcgccgg ccgcacgcag gcgtggcacg 1020 gcatcggcgc gaccgtcacg gacgtgttcc agacgggccg cacctacacg gtcgacgcgt 1080 gggtcaagct cgccgcgggc gcgaccgagc cggccgacct gcggatctcc gtccagcgcg 1140 acaacgcggg cgagtccacc tacgacacgg tcacgaccgc gacgggcgtc accgccgacg 1200 cgtggacgca cgtgcaggcg cagtacacga tggccgccgc cgagtcggcg ctgctctacg 1260 tcgagtcgag ctcgtcgctc gcgtccttcc tcgtcgacga cgtggtcgtg agcggctcga 1320 cggccccgcc ggtccagacc gacatcccgt ccctcaagga cgagctgccc tggcccgtcg 1380 gcgtcgcgat cgacgagcgg gagaccgtcg gcacgggcga gcagctcgtc gtcaagcact 1440 acgaccagat caccgccgag aacgccatga agccggagag catccagccg accgagggcg 1500 cgttcacctt cgaggcgggc gacgcgctga tcgacagcgc cgtccggaac gggcagcgtg 1560 tctacgggca cacgctcgtg tggcacagcc agacgcccga ctggttcttc acgcacgccg 1620 acgggacccc gctgaccagc agcgccgcgg accagcagat cctgcgggac cgcatgcgca 1680 cgcacatcga gacggtcgcc gaccactacc ggcagaagta cggcgagtac ggcacggcgg 1740 gcaacccgat cgtcgcctac gacgtcgtca acgaggcgat cgcggagagc gagagcgacg 1800 gcctgcgcag gagccgctgg ttcgaggtgc tcggcgagca gtacctcgac ctcgcgttcc 1860 agtacgccag ccaggcgttc aacggcggcg acaccgacgg cccggtgcag ctcttcctca 1920 acgactacaa caccgagctg cccgccaagc gcagggcgat gctcgacgtc gtgaaccggc 1980 tgctcgcgcg ggacgtcccc gtcgacggcc tcggccacca gttccacgtc aacctgctgc 2040 agcccgtctc gcagatgaag gcgagcatcg acgcgttcgc gacgaccggc ctgctgcagg 2100 ccgtcaccga gctcgacgcg ccgatcgacg ggaccgtctc gcaggagaag ctggtcgcgc 2160 agggctacta ctacgccgac gtgttcgaca tgctccggca gtacccggac ctgttctcgg 2220 tgacgctgtg gggcccgtac gacagccggt cgtggcgcga gggcgcaccg ctgccgttcg 2280 acgacgacct gcaggccaag ccggccttct ggggcatcgt cgaccgcggc gagctcccga 2340 cgctgacccg gctcgccgac gcgcacgcgg gcaccccgac cggggtggac gacccgacgt 2400 ggcggctgct gcccgagacg tcgttcggcg acgcgacggg cttccagctg cgctggtcgg 2460 ccgacgggct cgtcgcgtac gtcgaggtgg cggacgcgac cgacgacggc gccgacgacg 2520 tcgtggacct gttcgcggcg gaccagcacg tcaccgtgca ccgctccgac gcgggcgtcg 2580 tggcgaccgc gtcgcgtacc gcctggccgt gcgctcgcgg tcgcgggcct gacgcagggc 2640 gggaccgtgc cgttcgacgt gcgcgtcacg acggcgcgtc gggggagcgg cgctcgtgga 2700 acgacctgtc ccacgggcag gaggacggcg agcgcctcgg cgtcgtcacg ctcgtcgaac 2760 cggtcgggta cgtggcggcc gtgcaggcgt ccaccgcgcc cgtgatcgac ggcgtggtcg 2820 acgaggcctg ggccgacgcg cccgtcctca cgacggacgt gcaggtcgag ggcacccccg 2880 gtgcgacggc ggagatccgg gtgctgtggc acgacgacgc ggtcgacgtg ctcgcgacgg 2940 tcgcagaccc ggtcgtcgac gagaccgcga ccaacgcgtg ggagcaggac tcggtcgaga 3000 tcttcgtcga cccggtcaac gccaaggcgg gcgcgtacac gccgcaggac ggccagtacc 3060 ggatcagcgc gagcaacgcg cagtcggtca gcggcgacct cgcggtcatc ggggagcggc 3120 tcacgtccgc gacggcgctc gtcgacggcg ggtacgtcgt cgaggcgtcg atcgcgctcg 3180 gccgcgacgt gaccgtgggc gacctcgtcg gcctggactt ccaggtcaac gacgcgaccg 3240 cgggcgtgcg cgggtcggtc cggacatgga cggacccgac gggccgctcg taccagagca 3300 ccgcccggtg gggcgtcgcg gagctcgtcg ccccggccgt cgagccgggc cccgtgctga 3360 cgctcggggc gggctcggtg gccgcgggca agaagctcgc ggtggacctc gcgggcttcg 3420 agccgaaggc caaggtgcgc ctggtcctcg accgcgtcgg tgccgcgccc acggccccga 3480 gccggtcggg cctgttcggg cagctcgtcg acgggctgag cgcctggtac tggaaggacg 3540 tcgagctcgg gtcggtccgc accgacgccg acggcgccgc gagcgccacg gtgaaggtgc 3600 cggcgtgggt gctgccgggc gacttcgagg tcaaggcgta cgtcgccggg gaggtggtcg 3660 cgagcgcccc ggtgcgggtg cggcccgtct tctcgtgacg ggctgacggc tgcgacgacg 3720 ccgggtcgct gacggcccgg cgtcgtggcg gcccgac 3757 // |
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