Research platform exploring how tomato rootstock genetics structure rhizosphere microbiomes to suppress soil-borne diseases, improve stress tolerance, and boost yield or fruit quality. Leverages diverse genetic populatio...
This solution involves engineering microbial consortia with bioactive compounds to improve soil health, combat pests, and enhance crop yields. It focuses on sustainable agriculture by leveraging beneficial bacteria and a...
This project utilizes CRISPR/Cas9 to edit the CCoAOMT gene in tomatoes, aiming to improve disease resistance, fruit quality, and yield by leveraging genetic modifications in lignin biosynthesis pathways.