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… From left to right: [above] Emma Bell, Mallory Choudoir, Sneha Couvillion, Tobin Hammer, Christina Hazard, Rachel Mackelprang, Brook … Neal Scott, Chikae Tatsumi, Vojtech Tlaskal, Fernando Torralbo, Luis Felipe Valdez-Nuñez  The JGI is eager to work …

… reference quality genome and now crop researchers can work toward advancing sugarcane biotechnology. The Science … could improve future sugarcane varieties so that they can adapt to future environmental conditions. Additionally, … for  biofuels and other bioproducts. Finally, understanding how brown rust disease resistance works in sugarcane could …

… environments? (Spoiler: Yes.) Think of cells as tiny factories: within their walls they have both the machinery to … the small molecules glycerol and itaconic acid to see how the cell-free system allowed them to increase the … in the absence of cell walls. If we can continue to learn how to focus the carbon flux, we can avoid transport …

… bacterial group in the ocean. Later during his postdoctoral work at the Massachusetts Institute of Technology he … amplifying their genetic material, thus bypassing the need to culture these microbes in the lab. After joining the JGI, he formed the Microscale Applications group to operate a similar single-cell genomics pipeline that …

… the DOE Joint Genome Institute in 2018, following his doctoral research in synthetic biology and microfluidics at the … operationalizing new genomic technologies, integrating automated liquid handling and bioinformatics pipelines to … wide range of JGI user science projects spanning bacteria, fungi, and plants. His team is also developing single-nuclei …

… sorghum varieties, a resource for breeders and researchers to harness the traits that let this biomass powerhouse … into drought tolerance, biomass production and more — however, a single reference genome shows only one slice of the adaptation possible for this plant. In other lines around …

… of viruses in the same drop—the vast majority not harmful to humans could be even larger. Viruses infect bacteria, … and giant viruses offered the researchers insights into how they might interact with their hosts, and how those interactions may in turn impact the host …

… Metagenome-assembled archaeal genomes provide new insights into an ancient metabolism. Methane is a greenhouse gas 20 … “Therefore, determining under which form it emerged and how it gave rise to the different pathways we see today is … Borrel and Gribaldo said. “Overall, these results show a striking case of how metabolic diversity can emerge …

… engineered for the biochemical conversion of glucose to value-added products are limited in chemical output due … the small molecules glycerol and itaconic acid to see how the cell-free system allowed them to increase the … in the absence of cell walls. If we can continue to learn how to focus the carbon flux, we can avoid transport …

… experimentally derived biological roles to genes. Sarah:  How many plants did you all look at? Avinash: We started off … to standardize the experimental protocols. Then, in 2020, seven more groups joined the project to contribute to … keep updating the Gene Atlas with curated datasets from CSP projects and aim to improve plant gene function …