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Endophytic fungi are potent secondary metabolite producers due to their symbiotic existence. Mangrove environments offer diverse applications due to their rich diversity. The phytal ecosystem is a rich source of fungal isolates that exist as endogenous symbionts. Though the mangrove studies elaborate the medicinal values of the diverse plants and associated fungal species, limited information is available for species such as  Fusarium  sp. which have the potential to produce many secondary metabolites and bioactive compounds. Specific attention to carrying out a detailed study of genomic features, genetic information, and biosynthetic gene clusters (BGCs) enables the maximum utility of the byproducts of this species. The whole genome sequence of  Fusarium multiceps  BPAL1 (ON668124) strain isolated as an endophyte from  Acanthus ilicifolius  and gene annotation have been carried out during the current study. The assembled genome was found to be 39.57 Mb in size having a total of 169 scaffolds, and 47.62% GC content. Potential gene families crucial for biological processes were identified using Genome mining. antiSMASH analysis identified 33 biosynthetic gene clusters (BGCs) from 11,675 predicted genes, of which 23 clusters were found to be unknown. 11,309 genes that accounted for 96.87% of the candidate genes were annotated for their putative function/s. The overall predicted genes comprised 85.36% (9654) Eukaryotic Orthologous Groups and 28.41% (3213) involved in metabolism.  De novo  generated whole genome of  Fusarium  will be a good resource for future research while considering the expression, regulation, function, and evolution of  Fusarium  genes and their biotechnological applications.

egyptian journal of basic and applied sciences

Genome-wide analysis and in silico screening of secondary metabolite potential of endophytic fungi  Fusarium multiceps  BPAL1 obtained in Mumbai, India