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EBI DbfetchID D61382; SV 1; linear; genomic DNA; STD; PRO; 2917 BP. XX AC D61382; XX DT 26-JUL-1995 (Rel. 44, Created) DT 21-JAN-1999 (Rel. 58, Last updated, Version 3) XX DE Bacillus circulans gene for cycloisomaltooligosaccharide glucanotransferase DE (CITase), partial sequence. XX KW CITase; cycloisomaltooligosaccharide glucanotransferase. XX OS Bacillus circulans OC Bacteria; Firmicutes; Bacillales; Bacillaceae; Bacillus. XX RN [1] RP 1-2917 RA Oguma T.; RT ; RL Submitted (26-JUN-1995) to the EMBL/GenBank/DDBJ databases. RL Tetsuya Oguma, Noda Institute for Scientific Research; 399 Noda, Noda, RL Chiba Pref. 278, Japan (Tel:0471-23-5572, Fax:0471-23-5959) XX RN [2] RP 1-2917 RA Oguma T., Kurokawa T., Tobe K., Kobayashi M.; RT "Cloning and sequence analysis of the cycloisomaltooligosaccharide RT glucanotransferase gene from Bacillus circulans T-3040 and expression in RT Escherichia coli cells"; RL Unpublished. XX FH Key Location/Qualifiers FH FT source 1..2917 FT /organism="Bacillus circulans" FT /isolate="T-3040" FT /mol_type="genomic DNA" FT /db_xref="taxon:1397" FT CDS 1..>2917 FT /codon_start=1 FT /transl_table=11 FT /standard_name="CITase" FT /product="cycloisomaltooligosaccharide glucanotransferase" FT /function="producing cycloisomaltooligosaccharide from FT dextran" FT /db_xref="GOA:P94286" FT /db_xref="InterPro:IPR005084" FT /db_xref="InterPro:IPR008979" FT /db_xref="UniProtKB/Swiss-Prot:P94286" FT /protein_id="BAA09604.1" FT /translation="MVRFMYALRKRRLSLLLAMSLLVMCVASVVSPPPQALASGSGGIE FT RVFTDKARYNPGDAVSIRVQAKNGTGSSWSGAARLEIFHLENSVYTSSQSLSLTNGQST FT TLTFTWTAPSTDFRGYFVRIDAGTLGQGATAIDVSSDFTKYPRYGYISEFESGETALES FT KAKVDQLAQDYHINAWQFYDWMWRHDKMIKRTGGSIDSTWLDLFNREISWSTLQNQIDA FT VHDVNGKAMAYAMIYASRENYSPLGISPTWGIYEDSSHTNQFDVDFGDGSTYLYMSDPQ FT NPNWQNYIHAEYIDSINTAGFDGIHVDQMGQRSNVYDYNGNSIDLSTRFSPFLDQAKSV FT LSANNPARDNLTYNIVDGTVNGWAVNDVSKNADLDFLYSEIWYLSDSYNQLKNYIEQLR FT ANGGNKAVVLAAYMNYADNAGTRYEAESASMTNVSTNTNHAGYTGSGFVDQFASTGDKV FT SFAINAPEAGDYSLVFRYGNNTGANSTLNLYVDGNFVQKLYFFNQSSWGTWKHDAWYQV FT PLTQGAHTVELRYESGNVGAVNLDSLTLGTFDEHSVRLADAMMSASGATHIELGDDNQM FT LPHEYYPNRSKTMRSSLKNAMKDHYNFITAYENLLFDSDVVPNDTGSQFVNLTGVSASG FT DGSANTVWYINKRTSDYNIVHLINLLGNDNQWRNTASQPSFQTNLPAKIYIGADETISD FT VYLASPDLSGGETQELAFTSGTDAGGKYVSFTVPELKYWNMIYMKRTFSVPANDIYEAE FT TAIKSNVSTNTNHAGYTGSGFVDGFSSTNDGVSFVVKSTASDDYALRFRYANGGSDATR FT DVYVDGKLAGTVSFKSTGSWSTWSYGEITARLEPGHHTIVLWQTSGNTGAINLDHLDLD FT KTYIWQFDRQIVSVPAGYRITFRTGLPGWVHWGVNGWTGVTDTPLRSNGSLDGNLDHET FT SIGPFATGTAVDVTFLWDDNNNGILEPSTDRWEGTDFGINVS" FT sig_peptide 1..114 FT mat_peptide 115..>2917 XX SQ Sequence 2917 BP; 708 A; 844 C; 794 G; 570 T; 1 other; atggtgagat ttatgtacgc tttaaggaaa agacggcttt ccctcctgct tgcgatgtcc 60 ctgttagtta tgtgcgtcgc atccgtcgta tcccctcccc cgcaagcgct agcatcaggc 120 tctggcggca tcgagcgggt attcaccgac aaagcccgct ataatccagg cgacgctgtc 180 tcgatccgcg tgcaggcaaa aaacggcacc ggctcaagct ggagcggcgc cgcccgactg 240 gaaatttttc atttggagaa ctcggtgtac acctcttccc aatccttatc gttaacaaac 300 gggcaatcca cgacgctgac cttcacttgg acggctccat ccacggactt cagaggttac 360 ttcgtccgga tcgatgccgg gacgctgggg caaggagcaa cggcgatcga cgtctccagc 420 gacttcacga aatatccgcg atacggatat attagcgaat tcgagtccgg cgagacggca 480 ttggagagca aggccaaggt ggatcagctt gcgcaggatt accacattaa cgcctggcag 540 ttctacgact ggatgtggcg acacgacaaa atgatcaagc gcaccggcgg cagcatcgac 600 tccacctggc tggacttgtt caaccgcgag atttcctggt ccacccttca gaatcagatc 660 gacgcggtgc atgacgtaaa cggcaaggcg atggcttacg ccatgatcta cgcctcccgc 720 gagaactatt cgcctctcgg catcagtccg acctggggca tctacgagga ctcctcccat 780 acgaaccagt tcgacgtcga cttcggtgac ggcagcacgt acctctatat gtccgacccg 840 caaaatccca attggcaaaa ttatatccat gccgaataca tcgattccat caacaccgcg 900 ggcttcgacg gcatccacgt ggaccagatg ggccagcgca gcaacgtgta cgattacaac 960 ggcaactcca ttgatctctc cacacgcttc tcgccgtttc tggaccaggc caaaagcgta 1020 cttagcgcta acaaccctgc ccgcgacaac ctgacctata atatcgtcga cggcacggta 1080 aacggatggg cggtaaacga tgtaagcaaa aacgccgatc tcgacttcct gtacagcgaa 1140 atctggtatc tctcggacag ctacaaccag cttaaaaact atatcgagca gctacgcgcg 1200 aacggcggca acaaagcggt cgtgctggca gcctatatga actatgctga caatgccggc 1260 acgcgttacg aagcggagag cgcgtcgatg acgaacgtct cgacgaatac gaatcatgcc 1320 gggtacacgg ggagcggatt tgtcgaccag ttcgcaagca caggcgataa ggtttccttt 1380 gcgatcaacg ctcccgaggc aggagattat tcgctcgtat tccgttacgg caacaacaca 1440 ggagccaatt cgacgcttaa tctgtacgtg gacggaaact tcgtgcagaa gctgtatttc 1500 ttcaaccaga gcagttgggg aacatggaag cacgacgcct ggtaccaggt gccgctgacg 1560 caaggagccc acaccgtaga gctgcggtac gaatccggca acgtcggcgc ggttaacctc 1620 gacagcttga cgcttggcac gttcgacgaa cattccgtac ggctggcgga tgccatgatg 1680 tcggcgagcg gcgcgacgca tatcgagctg ggcgacgaca accagatgct gccgcacgaa 1740 tattatccaa accgaagcaa gacgatgcga agctcgctca aaaacgcgat gaaggatcat 1800 tacaacttca tcacggctta cgagaacctg ctgttcgact cggatgtcgt ccctaacgac 1860 accggctcgc aattcgtgaa tctgacgggc gtcagcgcaa gcggcgacgg atcggccaac 1920 acggtctggt atatcaataa aaggacgtcg gattacaata tcgttcacct cattaatctg 1980 ctcggcaatg ataaccaatg gcgcaatacg gcgtcgcagc caagcttcca gaccaatctt 2040 ccggctaaaa tctacatcgg cgcggacgaa acgatttcgg acgtctatct cgcctcgcct 2100 gacctgagcg gcggggagac gcaggaactg gcattcactt cgggcacgga tgccggaggc 2160 aaatacgttt cctttacggt gccggagctg aagtactgga atatgatcta catgaaacgt 2220 acgttcagcg tgcctgctaa cgacatctat gaagcggaga cggcgatcaa gtcgaacgtc 2280 tcgacgaaca cgaatcatgc cggctatacg gggagcggct tcgtcgacgg attttcttct 2340 acaaatgacg gcgtctcctt cgtcgtgaag tcgacggcct ccgacgatta cgcgctgcgt 2400 ttccgttatg ccaacggcgg ctccgacgca acccgggacg tgtacgttga tggcaagctc 2460 gcaggcaccg tttcgtttaa gagcacgggc tcttggagca catggagcta cggcgagatc 2520 accgcgcgtc tggagcccgg ccaccacacc attgtgctat ggcagacgag cggcaacacc 2580 ggggcaatca acctcgatca tctggatctc gacaaaacgt acatttggca gttcgaccgt 2640 caaattgtca gcgtacctgc cggataccgc attaccttcc gaacgggatt gccgggctgg 2700 gtgcactggg gcgtaaacgg ctggacgggc gtgaccgata cgccgctccg gagcaacggc 2760 tccctggacg gcaatctgga tcacgagacg tccatcggac cgttcgccac cggcaccgcg 2820 gtcgacgtta cgttcctgtg ggacgacaac aacaacggta tcctggaacc aagcacggac 2880 agatgggaag ggacggactt cgggatcaat gtgagcd 2917 // |
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