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EBI DbfetchID CAA47020; SV 1; linear; genomic DNA; STD; PRO; 1938 BP. XX PA X66379.1 XX DE Photorhabdus luminescens triacylglycerol lipase XX OS Photorhabdus luminescens OC Bacteria; Proteobacteria; Gammaproteobacteria; Enterobacteriales; OC Enterobacteriaceae; Photorhabdus. OX NCBI_TaxID=29488; XX FH Key Location/Qualifiers FH FT source 1..1938 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 CDS X66379.1:339..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 /func_characterised="identical sequence" 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" XX SQ Sequence 1938 BP; 526 A; 395 C; 454 G; 563 T; 0 other; 2492191584 CRC32; atgaaaaggt catttatatt tgcaccaggt atgttggcac tttcgataag tgcaatttcg 60 aacgcacacg cttataacaa cctatatgtc tttggcgata gcttaagcga tggcggaaat 120 aatggtcggt acacagtaga tggtattaat ggtactgaaa gtaaattgta taacgatttt 180 atcgctcaac aattagggat tgagctggtc aactccaaga aagggggcac taattacgct 240 gctggtggcg cgactgctgt tgccgattta aataataaac ataacactca ggatcaagtc 300 atgggttatc tggcaagcca cagtaaccgt gctgatcata atggcatgta tgttcattgg 360 attggtggca atgatgttga cgctgcatta cgaaatccgg ctgatgcgca aaagattatt 420 actgagagcg cgatggcggc ttcatcacaa gtacatgcgc ttctcaatgc gggagctggg 480 ttggtgatcg tgcctacggt tcctgatgtg ggtatgactc cgaagattat ggagtttgtt 540 ctctctaaag gcggagctac ttctaaggat ctggctaaaa ttcatgcagt agtcaacggg 600 tatcccacaa ttgataaaga cacccgtctt caagttatcc atggtgtttt caaacagatc 660 ggatccgatg tttcaggagg tgacgccaaa aaagctgagg agaccactaa gcaattgatt 720 gatggttata acgaattaag tagtaacgct tcaaaattgg ttgataacta taatcaatta 780 gaagatatgg ctcttagcca agaaaatggc aatattgttc gcgttgatgt taatgccctc 840 ttacatgaag ttatcgctaa tcctctacgc tatggttttc tcaacaccat aggttacgct 900 tgcgctcagg gtgttaatgc gggttcctgt cgctctaaag ataccggctt tgatgccagt 960 aaaccctttt tattcgctga tgattttcat ccaaccccag aagcacatca tatagttagt 1020 caatacactg tttcagtcct caatgctcca tatcgggtta tgttactgac aaacgctaac 1080 aatgtgcccg tcaaaggggc acttgcttct cttgacggcc gtttacagca attgcgtaat 1140 gtggataacg aacagggtaa actaggtgta ttcggtggtt atagtggtaa tcatagccat 1200 acactgacat tgggtagtga ctatcagatc atggataata ttctgttggg tggcatgatc 1260 tcgcgttatc aggataattc ttctccagcc gataatttcc actatgatgg tcgcggctat 1320 gtgttcaccg cttacggctt gtggcgttac tacgataaag gttggattag tggtgatctt 1380 cactatttgg acatgaaata tgaggacatt actcgtggta tcgtgctcaa tgattggtta 1440 cgtaaagaaa atgcctcgac ttccggccat caatggggcg gacgtattac cgccggttgg 1500 gatattccac tgacatctgc cgtcacgacc agcccgatca tccaatacgc ctgggataaa 1560 agttatgtca aaggttatcg tgaatcgggt aataacagca ctgccatgca ttttggtgaa 1620 cagcgctatg actctcaggt tggcacgcta ggctggcgtc ttgacacgaa ttttggctat 1680 tttaacccct atgccgaagt tcggttcaac caccagtttg gtgataagcg ttatcagatt 1740 cgtagtgcta tcaactcaac ccagacctct ttcgttagcg aaagccaaaa acaggatacc 1800 cattggcgtg aatacactat tggtatgaat gctgttatta caaaggattg gggcgctttt 1860 gcgtcaatat cacgcaatga cggagatgtt cagaatcata cctactcttt cagtttaggt 1920 gttaatgcca gcttttaa 1938 // |
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