Toi Ketehouli

This study shows that seed microbiome transfer can restore disease resistance and microbiome function in tomato progeny affected by parental antibiotic-induced dysbiosis.

This study shows how antibiotics and copper alter compartment-specific microbiomes in tomato plants, increasing susceptibility to disease by disrupting microbial functions and community structure.

This study evaluates whether targeted probiotic cyanobacteria or microbiome transplants can mitigate antibiotic-induced rhizosphere dysbiosis and improve plant resilience.

This study examines how rhizosphere dysbiosis affects above-ground plant health in tomato plants by comparing antibiotic-treated and microbiome-transplanted plants infected with Xanthomonas perforans.