Bacillus cereus str. DSM 2302

Bacillus cereus str. DSM 2302 is a Gram-positive, rod-shaped bacterium that typically forms chains and thrives optimally at a temperature of 25.0°C. This organism is categorized as an aerobe, indicating its reliance on oxygen for growth and metabolism. Bacillus cereus is known to inhabit diverse environments, reflecting its adaptability to multiple habitats. Such versatility may be attributed to its ability to form endospores, a trait common to the Bacillus genus, which enables survival in harsh conditions. The formation of chains during cell division suggests a unique mode of growth that may influence its ecological interactions and nutrient acquisition strategies. The optimal growth temperature of 25.0°C positions Bacillus cereus str. DSM 2302 within a range typical of many environmental microorganisms, suggesting its potential role in various biogeochemical processes in temperate ecosystems. Its aerobic nature may allow it to participate in aerobic respiration, thus contributing to the cycling of carbon and other nutrients in its habitat. These characteristics highlight the ecological significance of Bacillus cereus str. DSM 2302 in maintaining microbial diversity and function in its environment.