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… communication. And he told us about his work in inverse stable isotopic labeling, an interesting way to explore … And I really dove into microbial physiology and microbial genetics, and really away from chemistry and synthesizing … you have a quorum sensing system or the genes that could encode for that right next to a larger biosynthetic gene …

… really similar to like human crops like corn. There’s low genetic diversity in the crop. So they’re susceptible to …

… how microbes can colonize plant roots, focusing on genetic components required for effective colonization. In …

… of switchgrass and is a key component in providing genetic variation available for selection to improve biofuel … a valuable breeding resource for expanding the range of suitable growing conditions and enhancing the resilience of … genome copies in switchgrass leads to increased climate flexibility … From our partners …

… that are better antibiotics, for example, that are more stable to absorption, for example, and distribution and so …

… able to find genes in the organism in its sequence that encode for that biosynthesis. But sometimes you have to know … is usually going to be through synthetic biology or genetic engineering. But I think from what I’ve read you’ve …

… to either jumpstart acceleration or optimize their code on GPUs. While the  OLCF is organizing nearly a dozen … bioinformatics applications instead of on simulation codes. “JGI is one of the largest producers of environmental … and analyze these data are diverse and porting these codes to GPUs present unique challenges for the community. …

… are at the core of many environmental processes, and the genetic makeup of microbial species and communities forms …