Prem Anand Murugan

This study evaluates how different calcium sources affect growth, biofilm formation, and biomineralization in Bacillus subtilis, finding that organic salts support better ECM production than inorganic sources.

This study identifies how Bacillus subtilis detects acetaldehyde from Entamoeba histolytica to trigger a defensive response against predation.

This study shows that B. subtilis biofilm and planktonic cells respond differently to E. histolytica predation, with biofilms activating stress responses and planktonic cells increasing motility.

This study shows dust-borne Bacillus species form biofilms and adapt to niche conditions, highlighting biofilm formation as a survival strategy in dust storms.