Entry LACAL00516 (F2M357)

B Lactobacillus amylovorus (strain GRL 1118)


General Information

Description
sex pheromone biosynthesis protein COG4851 Protein involved in sex pheromone biosynthesis
Organism
LACAL - Lactobacillus amylovorus (strain GRL 1118) (Taxon-ID: 695562)
Locus
A530077..531246
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MNKGTIIVKK YLQIMALAGV MITLSGCGRL KDSSLANNAT TTSTTKRKSY QTTNTGNSGY    60
SVLLKNGRYV TSPISGLTAT DNDNSVDTRE LERGLIQISK NQFSTNQYVF QEGQYLDSST   120
VTDWLTRKSK SNPKGLNPVN NGKTGTDTRN PIYLEEIIEQ DYLTGSGSKY SIGGMSLGLA   180
MNSVDYFQKK RNGAEFQTDI SRAEQRAQGE KMANEIVARL RKKKALKNIP ITVGLFSKTG   240
KDSLVGGTYF AYGTAASNSS KITKWKSVSE KIQILPTTGN EKAINSNDAS HFNDFKTSIQ   300
NYFPNISGVT ATLRYDNGKL AQENISVTTQ FYGYEQIQSF TRLALSTAKK YLPNNIPIEI   360
RIGSVDDVQA LIAKETGDSD YQVHVYGGE                                     389

Coding Sequence

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TTGAATAAAG GGACAATTAT TGTGAAAAAA TATTTGCAGA TTATGGCTTT GGCTGGGGTG    60
ATGATTACCC TAAGTGGCTG TGGCAGACTA AAGGACTCAA GTTTAGCCAA CAATGCGACA   120
ACTACTTCTA CAACTAAGAG AAAAAGTTAT CAAACAACTA ATACGGGCAA TAGCGGCTAC   180
AGCGTTTTGT TAAAGAACGG CCGCTACGTT ACTAGCCCTA TTTCTGGTTT GACTGCTACT   240
GATAACGACA ACTCAGTAGA TACGCGTGAA CTTGAACGTG GTTTGATTCA AATTTCTAAG   300
AATCAATTTT CAACTAACCA ATACGTTTTC CAAGAAGGTC AATATTTGGA TTCTTCAACG   360
GTTACCGATT GGCTAACCAG AAAATCAAAA TCTAATCCCA AGGGCTTGAA CCCTGTTAAT   420
AACGGCAAGA CCGGTACTGA TACCAGAAAT CCAATTTATT TGGAAGAAAT TATTGAACAA   480
GATTACTTGA CCGGTTCCGG TTCTAAGTAT TCAATTGGCG GTATGAGTTT GGGTCTGGCC   540
ATGAATTCCG TTGACTACTT CCAAAAGAAG CGGAATGGTG CAGAATTCCA AACCGATATT   600
TCAAGAGCTG AACAACGCGC ACAAGGCGAG AAGATGGCTA ATGAAATCGT CGCTCGTTTG   660
CGTAAAAAGA AGGCTTTGAA GAATATTCCA ATTACCGTTG GTTTGTTCTC AAAGACCGGA   720
AAAGACTCAT TAGTTGGCGG AACTTACTTC GCTTACGGGA CAGCGGCGTC TAATAGTAGT   780
AAAATAACTA AATGGAAATC CGTGTCGGAA AAAATACAGA TTTTACCGAC AACTGGTAAT   840
GAAAAGGCAA TTAATAGCAA CGACGCATCG CACTTTAATG ATTTCAAGAC GTCTATTCAA   900
AATTATTTCC CTAATATTAG TGGGGTAACG GCAACTTTGC GTTATGATAA TGGCAAGCTG   960
GCTCAAGAAA ATATTTCAGT AACGACCCAG TTTTATGGCT ACGAGCAAAT TCAAAGTTTT  1020
ACTCGTTTAG CTTTGTCAAC AGCAAAGAAG TATTTGCCTA ACAATATTCC AATTGAAATT  1080
AGGATTGGAT CGGTTGACGA TGTTCAAGCA TTAATTGCCA AGGAAACCGG CGATAGTGAT  1140
TATCAAGTCC ATGTTTATGG CGGCGAATAG                                   1170