Bacillus cereus strain:WGPSB-2 Genome sequencing. Bacillus cereus strain:WGPSB-2

In our groundbreaking research, we discovered that this unique strain (WGPSB-2, MTCC 7182) possesses a formidable ability to eliminate second instar larvae of both Anomala dimidiata and Holotrichia seticollis, showcasing its prowess as a potent biocontrol agent. To unravel the secrets behind its pathogenicity, we conducted a comprehensive genetic analysis using state-of-the-art whole genome sequencing and comparative techniques. The results unveiled a genetic landscape rich in attributes associated with insect pathogenicity, including the presence of toxin-encoding genes and those crucial for entomopathogenicity.Notably, our exploration identified a repertoire of genes within WGPSB-2, hinting at its adaptability to diverse environments. Comparative analysis with other entomopathogenic Bacillus cereus strains highlighted a high degree of genetic similarity, emphasizing the close relation of WGPSB-2 to its insect-pathogenic counterparts. However, what sets WGPSB-2 apart are its unique genetic features, particularly genes responsible for the biosynthesis of secondary metabolites. These compounds hold immense potential for biocontrol applications, opening new avenues for sustainable pest management.Our research not only sheds light on the genetic intricacies of WGPSB-2 but also paves the way for innovative strategies in pest management. The findings not only contribute to the current understanding of Bacillus cereus strains' genetic diversity and evolution in insect pathogenicity but also lay the groundwork for future studies in this exciting field.