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… multiple actuators reduces latency and improves chemotactic response in bacteria. Proceedings of the National Academy of …

… soybean rust disease. Soybean itself is a  JGI Flagship plant genome , and JGI  published its genome sequence in …

… crop that very efficiently converts solar energy into plant biomass, which can then be crushed to extract the … be further purified to produce alternative biofuels. A C4 plant like sorghum and maize, sugarcane can grow on nutrient-poorer soils and does not need to be planted annually. The modern sugarcane cultivars are …

… than 500 species of fungi. The Impact Interactions between plants and fungi run the gamut from mutually beneficial to … that can move to another location in the genome. Many plant pathogens such as the fungi that cause poplar leaf … rich in transposons, which may help the pathogens evade a plant’s defenses. Understanding the role of transposons and …

… to other methods. The Impact Understanding how individual microbes interact with each other in a community, and … functions in processes ranging from nutrient cycling to plant health and growth. Developing a scalable computational … communities, is crucial to understanding how these microbes respond and adapt to environmental changes. Summary …

… targeting in the genome in the November 2025 issue of The Plant Cell. Auxenochlorella is an allodiploid hybrid of two … develop genome-scale engineering technologies to control plants and microbes for bioproducts and biomaterial manufacturing.  …