
Research develops microbial-based solutions to improve plant resilience to drought and heat stress in lawn and garden systems. The approach uses naturally occurring plant-associated bacteria to promote robust root develo...
A thermophilic bioprocessing platform using Caldicellulosiruptor bescii to convert lactose-rich streams into value-added chemicals like acetone and 2,3-butanediol. This approach reduces contamination risks and energy cos...
Innovative bacteria strains designed to degrade excess auxin in the rhizosphere, optimizing plant hormone balance and promoting growth. These biologics enhance crop resilience and can synergize with existing agrochemical...
A cutting-edge approach to identify and engineer genes responsible for natural product formation in non-model bacteria, enhancing the bioactivity and production of valuable compounds.