Quorum sensing-based regulatory systems are necessary to plant-disease-causing bacteria. Looking towards developing new strategies based on plant-associated microbiomes, the aim of further study is to improve the quantity and quality of the food supply. Further research into this inter-kingdom communication also enhances the possibility of learning about quorum sensing in humans. This exploration could open new avenues for managing microbial communities in agricultural settings, potentially leading to the development of more sustainable farming practices that leverage natural microbial processes to boost crop resilience and productivity.
Quorum sensing-based regulatory systems are necessary to plant-disease-causing bacteria Looking towards developing new strategies based on plant-associated microbiomes the aim of further study is to improve the quantity and quality of the food supply Further research into this inter-kingdom communication also enhances the possibility of learning about quorum sensing in humans This exploration could open new avenues for managing microbial communities in agricultural settings potentially leading to the development of more sustainable farming practices that leverage natural microbial processes to boost crop resilience and productivity