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EBI DbfetchID X66379; SV 1; linear; genomic DNA; STD; PRO; 3038 BP. XX AC X66379; XX DT 01-JUN-1992 (Rel. 32, Created) DT 14-NOV-2006 (Rel. 89, Last updated, Version 11) XX DE X.luminescens LipI gene for lipase XX KW lipase. XX OS Photorhabdus luminescens OC Bacteria; Proteobacteria; Gammaproteobacteria; Enterobacteriales; OC Enterobacteriaceae; Photorhabdus. XX RN [1] RP 1-3038 RA Wang H.; RT ; RL Submitted (18-MAY-1992) to the EMBL/GenBank/DDBJ databases. RL H. Wang, St. Patricks College, Department of Biology, Maynooth, Co. RL Kildare, IRELAND XX RN [2] RP 1-3038 RX PUBMED; 8449874. RA Wang H., Dowds B.; RT "Phase variation in Xenorhabdus luminescens: cloning and sequencing of the RT lipase gene and analysis of its expression in primary and secondary phases RT of the bacterium"; RL J. Bacteriol. 175(6):1665-1673(1993). XX RN [3] RP 1-3038 RA Wang H.; RT ; RL Submitted (10-OCT-1992) to the EMBL/GenBank/DDBJ databases. RL H. Wang, St. Patricks College, Department of Biology, Maynooth, Co. RL Kildare, IRELAND XX FH Key Location/Qualifiers FH FT source 1..3038 FT /organism="Photorhabdus luminescens" FT /strain="K122" FT /mol_type="genomic DNA" FT /dev_stage="secondary form" FT /clone_lib="lambda GEM-12" FT /clone="pG3K" FT /db_xref="taxon:29488" FT RBS 328..332 FT sig_peptide 339..410 FT CDS 339..2276 FT /transl_table=11 FT /product="triacylglycerol lipase" FT /EC_number="3.1.1.3" FT /db_xref="GOA:P40601" FT /db_xref="InterPro:IPR006315" FT /db_xref="UniProtKB/Swiss-Prot:P40601" FT /protein_id="CAA47020.1" FT /translation="MKRSFIFAPGMLALSISAISNAHAYNNLYVFGDSLSDGGNNGRYT FT VDGINGTESKLYNDFIAQQLGIELVNSKKGGTNYAAGGATAVADLNNKHNTQDQVMGYL FT ASHSNRADHNGMYVHWIGGNDVDAALRNPADAQKIITESAMAASSQVHALLNAGAGLVI FT VPTVPDVGMTPKIMEFVLSKGGATSKDLAKIHAVVNGYPTIDKDTRLQVIHGVFKQIGS FT DVSGGDAKKAEETTKQLIDGYNELSSNASKLVDNYNQLEDMALSQENGNIVRVDVNALL FT HEVIANPLRYGFLNTIGYACAQGVNAGSCRSKDTGFDASKPFLFADDFHPTPEAHHIVS FT QYTVSVLNAPYRVMLLTNANNVPVKGALASLDGRLQQLRNVDNEQGKLGVFGGYSGNHS FT HTLTLGSDYQIMDNILLGGMISRYQDNSSPADNFHYDGRGYVFTAYGLWRYYDKGWISG FT DLHYLDMKYEDITRGIVLNDWLRKENASTSGHQWGGRITAGWDIPLTSAVTTSPIIQYA FT WDKSYVKGYRESGNNSTAMHFGEQRYDSQVGTLGWRLDTNFGYFNPYAEVRFNHQFGDK FT RYQIRSAINSTQTSFVSESQKQDTHWREYTIGMNAVITKDWGAFASISRNDGDVQNHTY FT SFSLGVNASF" FT mat_peptide 411..2273 FT /product="triacylglycerol lipase" FT prim_transcript 170..>2276 FT old_sequence 1 FT /replace="gaattctcg" FT /citation=[1] XX SQ Sequence 3038 BP; 912 A; 571 C; 619 G; 936 T; 0 other; gatctagcta attatcttcc ccagaatttt cttctgtctg tttcgtgatc tatttcatga 60 aacgaggaag tgcgttgagc ctatttggtc taatattact ttttatagct agttgaattt 120 taaccaaatt ggtcaattga actgtcaaat agcacgaaac tttaaagatg taaaaaaaat 180 aatacagagt atcctctctt actaactata atgaggtatt ggttaaccaa aagtaggatt 240 gcgtcatatc tcatgaacgc agtttctatt tggattgatc atttcagttg aacaaccagt 300 tcaatgataa atataaaatt atttcttgag gatagttaat gaaaaggtca tttatatttg 360 caccaggtat gttggcactt tcgataagtg caatttcgaa cgcacacgct tataacaacc 420 tatatgtctt tggcgatagc ttaagcgatg gcggaaataa tggtcggtac acagtagatg 480 gtattaatgg tactgaaagt aaattgtata acgattttat cgctcaacaa ttagggattg 540 agctggtcaa ctccaagaaa gggggcacta attacgctgc tggtggcgcg actgctgttg 600 ccgatttaaa taataaacat aacactcagg atcaagtcat gggttatctg gcaagccaca 660 gtaaccgtgc tgatcataat ggcatgtatg ttcattggat tggtggcaat gatgttgacg 720 ctgcattacg aaatccggct gatgcgcaaa agattattac tgagagcgcg atggcggctt 780 catcacaagt acatgcgctt ctcaatgcgg gagctgggtt ggtgatcgtg cctacggttc 840 ctgatgtggg tatgactccg aagattatgg agtttgttct ctctaaaggc ggagctactt 900 ctaaggatct ggctaaaatt catgcagtag tcaacgggta tcccacaatt gataaagaca 960 cccgtcttca agttatccat ggtgttttca aacagatcgg atccgatgtt tcaggaggtg 1020 acgccaaaaa agctgaggag accactaagc aattgattga tggttataac gaattaagta 1080 gtaacgcttc aaaattggtt gataactata atcaattaga agatatggct cttagccaag 1140 aaaatggcaa tattgttcgc gttgatgtta atgccctctt acatgaagtt atcgctaatc 1200 ctctacgcta tggttttctc aacaccatag gttacgcttg cgctcagggt gttaatgcgg 1260 gttcctgtcg ctctaaagat accggctttg atgccagtaa acccttttta ttcgctgatg 1320 attttcatcc aaccccagaa gcacatcata tagttagtca atacactgtt tcagtcctca 1380 atgctccata tcgggttatg ttactgacaa acgctaacaa tgtgcccgtc aaaggggcac 1440 ttgcttctct tgacggccgt ttacagcaat tgcgtaatgt ggataacgaa cagggtaaac 1500 taggtgtatt cggtggttat agtggtaatc atagccatac actgacattg ggtagtgact 1560 atcagatcat ggataatatt ctgttgggtg gcatgatctc gcgttatcag gataattctt 1620 ctccagccga taatttccac tatgatggtc gcggctatgt gttcaccgct tacggcttgt 1680 ggcgttacta cgataaaggt tggattagtg gtgatcttca ctatttggac atgaaatatg 1740 aggacattac tcgtggtatc gtgctcaatg attggttacg taaagaaaat gcctcgactt 1800 ccggccatca atggggcgga cgtattaccg ccggttggga tattccactg acatctgccg 1860 tcacgaccag cccgatcatc caatacgcct gggataaaag ttatgtcaaa ggttatcgtg 1920 aatcgggtaa taacagcact gccatgcatt ttggtgaaca gcgctatgac tctcaggttg 1980 gcacgctagg ctggcgtctt gacacgaatt ttggctattt taacccctat gccgaagttc 2040 ggttcaacca ccagtttggt gataagcgtt atcagattcg tagtgctatc aactcaaccc 2100 agacctcttt cgttagcgaa agccaaaaac aggataccca ttggcgtgaa tacactattg 2160 gtatgaatgc tgttattaca aaggattggg gcgcttttgc gtcaatatca cgcaatgacg 2220 gagatgttca gaatcatacc tactctttca gtttaggtgt taatgccagc ttttaattgt 2280 gcgttggtcg aaaaattaat gatacactga ttagtgatcg ggcatttcct gattacttgt 2340 cattatcaat aaattaatat taaaacctca cattttggta cacttataaa tatcgagtct 2400 atttttatct atgccaatga tatattcata tttttcccaa ctatgtaatt ttctatcctg 2460 attagtcgaa tatgtccggg atatatttca gattaaaaag gtttggtaat ttattatcat 2520 caactacaca taaatagtta atctcctaag ttataaaagt atttcattat tattttcctg 2580 aactagacta tgaacctcta aaagttatct ttataacaat tcaatatgtc aattatagaa 2640 tacactattt aatttgaggg aaaaacatga gtccaaaaaa tgatttcaag gctttttcta 2700 ttagtgacaa tgctaatgtt gtgagccaag aaagatatga agagaacgga attttaaata 2760 ctggatttcc accagaaagt attactactc atgtgttaaa taaagcatta cgtcagtcat 2820 caaccatatc atctgtcgtc gctaacttta tcgcaacaca atctggcaat gatgttctgg 2880 atgatggaaa tatagaaaaa cttaccgccc aattgaatag agcattggaa caaaaaacga 2940 caacaaaaat tcctgatgcc tcattaacac aaaaaggtat tattcagctt acagatgtga 3000 ttggtaatag caatacactc acagcaactc agaagctt 3038 // |
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