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… targeting in the genome in the November 2025 issue of The Plant Cell. Auxenochlorella is an allodiploid hybrid of two … Also notable, researchers found it is missing 33 genes thought essential for photosynthesis, yet still … be deleted opens new engineering possibilities. The rapid evolution observed suggests directed evolution could quickly …

… The Plant Program Advisory Committee is chartered to offer … Plant Program User Advisory Committee …

… They’re at the base of the animal kingdom, in terms of evolution. Because they’re sitting there, they tend to have … really need to know how they’re made. You need to bring the genes into the lab, and you need to manipulate them in the … transcriptomics, metabolomics, and natural products in plants, fungi, and microorganisms. If you want to …

… To provide broad plant genomic capabilities, the DOE Joint Genome Institute … the complete set of RNA molecules transcribed from all the genes within a cell or tissue at a specific time or under … allowed us to pinpoint and rank biologically relevant and evolutionarily conserved genes that could be potential …

… decomposers that can break down all of wood’s components — cellulose, hemicellulose, and the toughest molecule, lignin. Understanding Lentinula genomes and their evolution could provide strategies for converting plant waste into sugars for  biofuel production. …

… samples, including organisms (e.g. microbes, fungi, plant), media in which they grow, as well as different types …

… they’d used metagenomics to identify over 27,000 microbial genes. The data from that study is now used across …

… including User Facilities like the JGI, through its Genesis Mission. Launched in 2025, the initiative aims to … and AI agents to solve key national challenges. The Genesis Mission consortium will connect leading industry and … Facultative Methylotroph technology — interact with rice plants. Using the JGI’s fabricated ecosystem technology ( …