Abstract
ABSTRACTBacillus paralicheniformis F47 was isolated from a salty lake in Ain Baida-Ouargla, southern Algeria. The genome contains genes for the production of several bioactive secondary metabolites, including the siderophore bacillibactin, the lipopeptides fengycin, surfactin, and lichenysin, the antibiotics bacitracin and kanosamine, and a putative circular bacteriocin.
Highlights
Rhizophere-associated bacteria such as Bacillus spp. are able to suppress a variety of plant pathogens by producing antimicrobial secondary metabolites
Genome annotation by the NCBI Prokaryotic Genome Annotation Pipeline (PGAP) predicted 4,117 genes, including 4,026 coding sequences (CDSs), while RNA genes were composed of 11 rRNAs and 75 tRNAs
The genome of B. paralicheniformis F47 exhibits 99.26% average nucleotide identity (ANI), 0.94 alignment fraction (AF), and 70.54% digital DNA:DNA hybridization (dDDH) with the type strain B. paralicheniformis KJ-16T (13), supporting the placement of F47 in the species B. paralicheniformis
Summary
Rhizophere-associated bacteria such as Bacillus spp. are able to suppress a variety of plant pathogens by producing antimicrobial secondary metabolites. Genome annotation by the NCBI PGAP predicted 4,117 genes, including 4,026 coding sequences (CDSs), while RNA genes were composed of 11 rRNAs and 75 tRNAs. The genome of B. paralicheniformis F47 exhibits 99.26% ANI, 0.94 AF, and 70.54% dDDH with the type strain B. paralicheniformis KJ-16T (13), supporting the placement of F47 in the species B. paralicheniformis.
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