Search

… A genetic architecture that is characteristic of the sex … and female gametes in one individual. But some, including shrub willow  Salix purpurea , employ the evolutionary strategy we … This work was supported by the NSF Dimensions of Biodiversity Program (DEB-1542509 to S.D., DEB-1542486 to LBS, …

… along with their associated viruses and mobile genetic elements. Beyond exploring and characterizing microbial diversity, work in the Metagenome Program uses several … processes. This research provides insights into microbial diversity and metabolic potential, with implications for …

… The Fungal & Algal Program explores the vast diversity of fungi and algae to unlock their potential for … and advanced genomic analysis to explore the rich diversity of fungi and algae. These organisms play a … on large-scale sequencing efforts that survey the vast phylogenetic and ecological diversity of fungi and algae, …

… Our aim is to more fully capture microbial and viral diversity, leading to a better understanding of microbial … This process enables our users to explore the genetic makeup of microbial communities, shedding light on … HMM search across all IMG metagenomes, capturing sequence diversity for proteins of interest. …

… postdoc Panama as part of the international cooperative biodiversity group (ICBG) based in Panama and was dual there … is usually going to be through synthetic biology or genetic engineering. But I think from what I’ve read you’ve … recently published papers was about doing this with human pathogens. And I had an undergrad in the lab who was just …

… emphasis that are listed in the call and leverage the diversity of JGI technical and analytical capabilities. All … work will NOT be considered under this program. Plant pathogens will only be considered if they are of relevance …

… Plants are complex organisms that harbor a fantastic diversity of cell types and associated organisms, including … fungal and bacterial symbionts, detrimental microbial pathogens, and associated viruses that all contribute to a … single-cell and spatial transcriptomics barcode-based genetics (RB-TnSeq), and computational genomics to better …

… and seeing what kind of activity they might have against pathogens from the clinic. At that point, isolates get … really similar to like human crops like corn. There’s low genetic diversity in the crop. So they’re susceptible to disease. …

… research.  These efforts include exploration of the global diversity of alternative genetic codes (Science 2014), unearthing hundreds of … Camargo AP. et al. (2023) Identification of mobile genetic elements with geNomad. Nat Biotechnol . Epub. Neri …  39(1):105-114. Schulz F, et al. (2020) Giant virus diversity and host interactions through global metagenomics. …

… So, well, two things. My PhD work was with a fungal pathogen called Cochliobulis heterostrophis . This is a very … looking at that I’m a very visual person. So, when we make genetic mutants in a fungal isolate, I can see something … Yeah, okay. Of course. Fungi have a larger genome. The genetics was slower to begin with. So transformation, or …

… is that you could, therefore, expect a lot of chemical diversity. So many compounds will fulfill the same function. … compounds, which, in turn, translate into a high chemical diversity. So that’s just the type of relationship between … So we had a series of criteria to say this is a bunch of genetic material that exists in one copy, and it is …

… the program enables the design and synthesis of complex genetic pathways and biosystems. It The program fosters … in advancing functional genomics, focusing on developing genetic systems that can address global energy and … Design-Build-Test-Learn cycle, helping researchers optimize genetic systems. By enabling these cutting-edge approaches, …