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… the design and synthesis of complex genetic pathways and biosystems. It The program fosters collaboration with U.S. and … and genome portals, we study lignocellulose decomposition, CO2 fixation, redox reactions, and plant metabolite … enzymes to support mission-driven research. Rapid Metabolic Engineering: Metabolic engineering traditionally utilizes a …

… that mimics chloroplast function within a cell-sized system. The Impact Photosynthesis harnesses carbon captured … an artificial photosynthesis pathway that would more efficiently remove carbon from the atmosphere than current … (ECR) enzyme variants. ECR enzymes are capable of fixing CO2 many times faster than RuBisCo, the most common CO-2 …

… user project design, assembly, and quality control Strain Engineering Group : a research & development group and … on new technologies and optimizing tools — including strain engineering — to make them more user accessible Synthetic …

… levels of throughput. We also develop methods for efficient QA/QC based on next-generation sequencing … and understanding the design principles for successfully engineering pathways to function in heterologous hosts, by …

Fungi, with million species, are essential for ecosystem functioning — particularly in their roles associated … endophytes, growth promoters, or pathogens) and as the most efficient degraders of plant biomass. These abilities are … understanding of how fungi and algae contribute to ecosystems and industries. The program also explores …

… this week is with Professor Brian Bachmann from Vanderbilt University’s Chemistry Department, where he is the PI … and using engineered biosynthetic pathways and enzyme systems to do synthetic analoging of some really complex … with the synthetic biology community, with the metabolic engineering community because the skill sets are very …

… wanted to be true to my roots, and always work with marine systems because that’s just where my innate curiosity and … are those genes induced. Well it turns out, you know, high CO2. Turns out you know, when nitrogen levels change in the … medicine” as a way of the future. We’re really good at engineering small molecules into microbes and making those …

… works to uncover the roles of small molecules in biological systems, linking them with genomic data to enhance our understanding of genome science, organisms, and ecosystems at the molecular level. Integrating genomics with … understanding the critical roles of metabolites in living systems, particularly as they relate to DOE missions in the …

… products projects that we had in my group which was bioengineering bio-process R&D, BBRD, a group of about 75 … mutants a week. We started doing a whole bunch of strain engineering efforts. We did a lot of fermentation. We had a … really to learn about JGI, learn about the national lab system, doing some research then. Of course, I never worked …

… and show notes at naturalprodcast.com — I went a little overboard with links on this, since I’m hoping this episode … Tang at UCLA and then kind of really gained more of the bioengineering aspect with fungi, kind of going along the track … hypersaline lakes– and start comparing and contrasting systems and then also comparing to the marine environment, …