Search

… cell walls, while brown rot cannot break down the lignin but use cellulose. Finally, there are soil saprotrophs, …

… that are hallmarks of different cell types.” His contribution to the paper also aligns with his DOE  Early Career …

… the bioeconomy will provide a wide range of benefits, but it also requires a deep understanding of biological … this at scale, providing our users not just with data, but offering expertise and resources to help them turn these … said JGI Director Nigel Mouncey. “In creating or contributing to the data resources needed for the bioeconomy, we …

… means not only just watching and observing your mentor, but also being a support for them and contributing to what they’re trying to achieve. …

… and resources on such large-scale multi-omic data efforts, but also how data integration and sharing could work across …

… the list of candidate bioenergy feedstocks, algae are tiny but mighty. An analysis in the 2017 Bioeconomy Report …

… the protein was expressed in plant cells. JBEI also contributed to lignin and flavonoid analyses. Additionally, x-ray … for engineering bioenergy crops to not only survive but thrive in tougher, nutrient-poor environments. …

… — including fungal genes horizontally transferred — contributed to the ecological resistance of plants to the Earth’s …

… He and Grimwood were also part of the JGI team that contributed to the multinational consortium of researchers that … resistance genes that we can make use of,’” Schmutz said. “But it turns out there isn’t really that kind of diversity … is amazing to me for a species that was so widely distributed.” In the field, growers can easily distinguish the …