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… of gene expression through genetic rewiring with CRISPR-Cas9 that enhanced their ability to redirect the carbon in the … 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 …

… dataset gives researchers a new foundation for studying how fungi produce and manage energy at the cellular level. … trees built from mitochondrial and nuclear genomes showed strong agreement across the kingdom, confirming that … tools trained on known gene sequences — to scan over 9,000 publicly available fungal nuclear genome assemblies in …

… disease. Finally, gene editing is being used to understand how a person’s genetic makeup predisposes them to, or … work on genome editing has focused on the seminal CRISPR-Cas9 system, which targets double-stranded DNA. The discovery … and Nanohaloarchaea. This work represents an excellent showcase of the unique capabilities provided from the IMG/M …

… to quickly modify diverse bacterial genomes. In 2019, the JGI’s Yasuo Yoshikuni and his team  announced in  … users will enable us to assess CRAGE’s impact, including how this application could scale,” says Mouncey. The JGI … recent advance in CRAGE is the addition of CRISPR enzyme Cas9. Originally, CRAGE was only used to  insert genes of …

… Most organisms use oxygen to convert food into energy. However, in environments with little or no oxygen, life had … of these microbes. The Impact This study illustrates how the research community brings together the data … Institute of Food and Agriculture grant 2018-67015-27495, the United States Department of Agriculture National …

… function and activity of phytoplankton genes and looking at how communities of these microalgae interact, researchers … analysis as well as laboratory culture experiments showed that those zinc-binding proteins are important for … data from the JGI. With multiple threads of evidence showing that zinc has allowed polar algae to inhabit their …

… or 5mC. In many organisms, 5mC is an important piece of how they regulate their genomes, but is not well understood …

… but use-restricted] exist on [the JGI data portal] IMG or how to deal with situations in which they inadvertently …

… we have revisited a number of notable achievements that showcase our collaborations and capabilities to enable great … of C. reinhardtii became available, data mined by the JGI shows that those sequences have been cited in almost … loss of this protein is associated with cancers. “So, it shows that Chlamydomonas has this related protein that’s also …

… of gene expression through genetic rewiring with CRISPR-Cas9 that enhanced their ability to redirect the carbon in the … 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 …

… Newly developed chemiluminescent biosensors shed light on how bacteria function and colonize diverse environments. The … databases for homologous YcgR proteins and chose a set of 92 proteins for functional characterization as candidate biosensors. These 92 homologues were synthesized as codon optimized sequences …

… been working on creating transgenic plants with CRISPR Cas9 knockout mutants to observe and investigate how transporter proteins regulate the production of root …