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EBI DbfetchID Z77856; SV 1; linear; genomic DNA; STD; PRO; 2640 BP. XX AC Z77856; XX DT 05-AUG-1996 (Rel. 48, Created) DT 09-JAN-1998 (Rel. 54, Last updated, Version 2) XX DE T.neapolitana bglB gene XX KW beta-glucosidase; bglB gene; oligopeptide transport ATP-binding protein. XX OS Thermotoga neapolitana OC Bacteria; Thermotogae; Thermotogales; Thermotogaceae; Thermotoga. XX RN [1] RP 1-2640 RA Zverlov V., Volkov I., Velikodvorskaya T., Schwarz W.; RT "Thermotoga neapolitana bglB gene, upstream of lamA, encodes a highly RT thermostable beta-glucosidase that is a laminaribiase"; RL Microbiology 143:3537-3542(1997). XX RN [2] RP 1-2640 RA Zverlov V.V.; RT ; RL Submitted (01-AUG-1996) to the EMBL/GenBank/DDBJ databases. RL Zverlov V. V., Institute of Molecular Genetics, Russian Academy of RL Sciences, Kurchatov Sq.46, Moscow, Russia, 123182 XX FH Key Location/Qualifiers FH FT source 1..2640 FT /organism="Thermotoga neapolitana" FT /strain="Z2706-MC24" FT /mol_type="genomic DNA" FT /db_xref="taxon:2337" FT CDS <1..283 FT /codon_start=2 FT /transl_table=11 FT /gene="unknown" FT /note="similar to oligopeptide transport ATP-binding FT protein" FT /db_xref="GOA:Q56323" FT /db_xref="InterPro:IPR003439" FT /db_xref="UniProtKB/TrEMBL:Q56323" FT /protein_id="CAB01406.1" FT /translation="CFIHAPTSMIDASSRGGIIKLLEELREEQGTSIIFITHDLGLAYY FT VSDNIFVMKDGEIVERGHPDKVVLEPSHDYTKVLVGSIPKLYRKLEDL" FT RBS 454..459 FT CDS 467..2629 FT /transl_table=11 FT /gene="bglB" FT /standard_name="beta-D-glucoside glucohydrolase" FT /product="beta-glucosidase" FT /EC_number="3.2.1.21" FT /note="overlapping with Z47974" FT /db_xref="GOA:Q60038" FT /db_xref="InterPro:IPR001764" FT /db_xref="InterPro:IPR002772" FT /db_xref="InterPro:IPR017853" FT /db_xref="InterPro:IPR019800" FT /db_xref="UniProtKB/TrEMBL:Q60038" FT /experiment="experimental evidence, no additional details FT recorded" FT /protein_id="CAB01407.1" FT /translation="MEKVNEILSQLTLEEKSETCSGGWTSGVVWKSHSGWRCRGETHPV FT PRVGLPAFVLADGPAGLRINPTRENDENTYYTTAFPVEIMLASTWNRELLEEVGKAMGE FT EVREYGVDVLLGPAMNIHRNPLCGRNFEYYSEDPVLSGEMASSFVKGVQSQGVGACIKH FT FVANNQETNRMVVDTIVIERALREIYLRGFEIAVKKSKPWSVMSAYNKLNGKYCSQNEW FT LLKKVLREEWGFEGFVMSDWYAGDNPVEQLKAGNDLIMPGKAYQVNTERRDEIEEIMEA FT LKEGKLSEEVLDECVRNILKVLVNAPSFKNYRYSNKPDLEKHAKVAYEAGAEGVVLLKN FT EEALPLSENSKIALFGTGQIETIKGGTGSGDTHPRYAISILEGIKERGLNFDEELAKIY FT EDYIKKMRETEEYKPRRDSWGTIIKPKLSENFLSEKEVHKLAKKNDVAVIVISRISGEG FT YDRKPVKGDFYLSDDETDLIKTVSREFHEQGKKVIVLLNIGSPVEVVSWRDLVDGILLV FT WQAGQETGRIVADVLTGRINPSGKLPTTFPRDYSDVPSWTFPGEPKDNPQKVVYEEDIY FT VGYRYYDTFGVEPAYEFGYGLSYTTFEYSDLNVSFDGETLRVQYRIENTGGRAGKEVSQ FT VYIKAPKGKIDKPFQELKAFHKTRLLNPGESEEVVLEIPVRDLASFNGEEWVVEAGEYE FT VRVGASSRNIKLKGTFSVGEERRFKP" XX SQ Sequence 2640 BP; 786 A; 549 C; 706 G; 599 T; 0 other; gtgctttata cacgcaccca catccatgat agacgcgtct tccagaggag gtatcataaa 60 actcctcgaa gaactcagag aggaacaggg aacttccata atattcatca ctcacgatct 120 cgggcttgct tactacgttt ctgacaacat attcgttatg aaagacggcg aaatcgttga 180 aagaggtcat ccagacaaag tggtgctgga accttctcat gattacacga aagtactcgt 240 gggcagtata ccgaaactct acaggaaact ggaggacctg tgatgttcac ccgggctata 300 atgacacttt tttcctgggc tcttgttctc gaaatcatcg ttcttgtgta ctacctctgg 360 cgtggtctca ggcctgtgga gttctatctt aaccttggac ttcttgcttt tacaacgttc 420 tttctgatat tccttgcggt cagggagaaa aagaggaggg atgaagatgg aaaaggtgaa 480 tgaaatcctg tctcaactca ctctggaaga aaaaagtgaa acttgtagtg ggggatggac 540 ttccggggtt gtttggaaat cccattccgg gtggcggtgc cgtggggaga cgcatcctgt 600 tccaagagtg ggtcttcctg ctttcgttct ggcggatggt ccagcaggac ttagaataaa 660 tcctacaaga gaaaacgatg agaacaccta ttacaccacc gcttttcctg ttgagatcat 720 gcttgcctcc acctggaaca gagagcttct cgaagaagtg ggaaaggcaa tgggtgaaga 780 ggtgagagag tacggtgtgg atgtgctcct tggtcccgcg atgaacatac acagaaatcc 840 actttgtgga agaaactttg aatactactc ggaggatcct gtcctctccg gtgaaatggc 900 ctcttccttt gtgaagggag tccagtcaca gggagttggt gcgtgtataa agcacttcgt 960 ggcgaacaac caggagacga acagaatggt agtggacacg atcgtgatcg aacgtgctct 1020 cagagagata tatctcaggg gattcgagat cgctgtgaag aaatcaaaac cgtggagcgt 1080 gatgagtgct tacaacaaac tcaatgggaa gtactgctcg cagaacgagt ggctcctgaa 1140 gaaggttctc agggaagagt ggggtttcga aggtttcgtt atgagtgact ggtacgctgg 1200 agacaatccc gtggaacaac tcaaagcagg caacgatctc atcatgcctg gaaaggccta 1260 ccaggtgaac acagaacgaa gagacgaaat agaagagatc atggaggccc tgaaagaagg 1320 aaaactcagc gaagaagttc tcgatgaatg tgtaagaaac atcttgaaag tccttgtgaa 1380 cgcaccttct ttcaaaaact acagatactc caacaaaccc gatcttgaga agcacgcaaa 1440 ggttgcttat gaagcaggag cagaaggtgt tgtccttttg aaaaacgaag aggctcttcc 1500 tctttctgaa aactcaaaga tagccctctt tggaacgggc cagatcgaaa cgataaaagg 1560 tggaacagga agcggcgaca cccatccaag gtacgctatt tccatccttg aggggataaa 1620 agaaaggggt ctgaatttcg acgaagaact cgcaaaaatc tacgaagatt acatcaagaa 1680 gatgagagaa acagaagagt acaaaccaag aagggattcc tggggaacga tcataaaacc 1740 aaaactttca gaaaacttcc tttcggagaa ggaagtacac aaactggcaa aaaagaacga 1800 cgtggcagtc attgtgatca gcaggatttc cggagaaggc tatgacagaa agccggtgaa 1860 gggagacttt tacctttctg acgatgagac tgatctcata aagactgtct ccagagagtt 1920 ccatgaacag ggcaagaaag tgatcgttct tctcaacata ggaagtcctg ttgaggttgt 1980 tagctggaga gatctggtgg atgggattct ccttgtgtgg caggcagggc aggaaaccgg 2040 caggatcgtt gccgatgttc tcactggaag gatcaatcca tctggaaaac ttccaaccac 2100 ctttccgaga gactactctg atgtaccctc ctggaccttt cctggagagc caaaggacaa 2160 tccacagaag gtggtctacg aagaggacat ctacgtggga tacaggtact acgacacctt 2220 cggtgtggag ccggcgtacg agttcggata cggcctttct tacacgacct ttgagtacag 2280 tgacctgaac gtttcgttcg acggtgaaac actcagagtt cagtacagaa tagaaaacac 2340 gggcggtcgt gcaggaaagg aagtctcgca ggtttacatc aaggcaccga aaggaaaaat 2400 cgacaaaccc ttccaggaac tcaaggcgtt tcacaaaacc agacttttga atcctggaga 2460 gtctgaagaa gtggtgcttg agatacctgt cagagatctt gcaagtttca acggtgaaga 2520 atgggttgtc gaagcgggtg aatacgaagt aagggttggt gcgtcttcga ggaacataaa 2580 acttaaagga acgttttccg tcggtgagga gagaagattc aaaccgtgaa ggaggagggg 2640 // |
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