Conference: 2023 Chloroplast Biotechnology GRC & GRS: Harnessing the SynBio Revolution for Metabolic Engineering and Enhanced Photosynthesis

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This NSF award will provide financial support to US-based graduate students, postdocs or non-tenured faculty to attend the Gordon Research Conference on Plastid Biotechnology to be held in March 2023, in Ventura, CA, USA. Plastids are essential organelles in algae and plants, and they carry out photosynthesis to produce sugars and starch from captured sunlight and CO2. Plastids also produce a diverse array of molecules that are essential in our food and for our health, including several (pro)vitamins, amino acids, antioxidants, fatty acids and lipids This conference will serve to discuss ongoing research to improve plastids in plants and algae to enhance their production of products that are beneficial for our society. These include vaccines, novel pharmaceutical products, nutritional supplements, as well as biofuels. Junior and senior researchers will discuss and interact to generate new ideas and start novel collaborations to accelerate scientific discoveries.This NSF award will support the Gordon Research Conference on Plastid Biotechnology to be held in March 2023, in Ventura, CA, USA. The conference will present novel research in engineering plastids to either improve existing functions (e.g., photosynthesis) or provide them with new one. Recent progress in this research, particularly through the transfer of molecular solutions from algae and cyanobacteria, has been impressive. In parallel, the engineering of novel functions into chloroplasts to make use of their metabolic and protein synthesis capabilities is also at an exciting juncture. The genetic transformation of plastids is now routine in many plants and algae, so the focus is moving to synthetic biology solutions based on expression of multiple genes under sophisticated control circuits. Indeed, the relatively small and well-understood plastid genome is now a prime target for ambitious projects in several countries aimed at design and synthesis of novel genomes with enhanced traits. The basic science underpinning these advances (e.g., genome structure and replication, control of gene expression, proteostasis, plastid metabolism, metabolite transport) will be covered where relevant to these biotechnological applications. The technologies discussed will cover the entire range from subtle tweaks in plastid metabolism to complete redesign of the plastid genome, and will include all aspects of modifying organellar genomes, proteomes or metabolomes needed for applications in agriculture, industrial biotechnology or the pharmaceutical sector. Target products to be covered include, for example, biopharmaceuticals (vaccines and therapeutic proteins), industrial enzymes, green chemicals and next-generation biofuels.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.