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… work shows that anaerobic fungi might be a new source of novel compounds to help bolster the bioeconomy. Summary A … Swift — verified that the fungi expressed biosynthetic gene clusters, which are “building blocks” of natural … the team identified what looked to be three groups of novel compounds, as well as (potentially) one previously …

… her work on CRISPR-Cas9, technology described by the Nobel Foundation as having “a revolutionary impact on the life … to continuously refine and improve the process of finding novel Cas genes and CRISPR systems. The collaboration has resulted in … Combining forces with UC Berkeley to seek elusive gene-editing proteins …

… diversity across the natural range of switchgrass found that polyploidy has enhanced the adaptive potential of switchgrass and is a key component in providing genetic variation available for selection to improve biofuel … genetic backgrounds, and that these 8X populations contain novel combinations of genetic diversity. We also found that …

… mutually beneficial to antagonistic. In fungi, 5mC is often found in transposable elements or transposons that can move … that unlike most flowering plants and animals, fungi lack gene body methylation. The analysis revealed that 5mC in … – similar to the MAC clusters for 6mA), rather than in genes, which suggests that 5mC may play a role in genome …

… Elucidating Sphagnum microbiome genetic interactions for improved growth at elevated … strategies in a cosmopolitan and abundant soil bacterium: genetic microdiversity or core metabolic flexibility? … Elucidation of the gene regulatory networks governing terpenoid-mediated plant …

… and ‘omics capabilities to enhance understanding of gene and genome function, particularly those not readily … and track record of the applicant.  Learn about the general review process or find details on the internal … For general questions, please reach out to Christa Pennacchio, …

… sequence for a line of sorghum, reference genomes have generated insight into drought tolerance, biomass production … work, this team looked at a gene that traces domestication, SHATTERING1 . This gene controls whether a plant keeps its seeds attached when picked. Wild plants will ‘shatter’ their …