"In the modern era of genomics, the integration of spatial biology techniques like transcriptomics, proteomics, and metabolomics is poised to revolutionize biology. Advanced long-read DNA sequencing methods have enabled rapid, nearly complete sequencing of full genomes. This convergence of technologies will drive groundbreaking advancements in medicine, enabling personalized treatments; transform veterinary medicine through precision diagnostics and therapeutics; revolutionize plant and animal breeding by unlocking genetic potential; enhance microbial genomics research by uncovering novel insights into microbial communities, molecular pathways, and their functions; shed light on fundamental aspects of molecular and cellular biology, providing deeper understanding of cellular processes and interactions; and optimize the sustainable production of food, fiber, and biofuels by enhancing crop yields and biofuel efficiency." --Blake Meyers, Director of the Genome Center
Genomics is the key to reading and understanding the blueprint of life. Unprecedented amounts of data about genes, proteins, and biochemical metabolites are being generated using rapidly changing technologies. The UC Davis Genome Center was established to provide the most innovative and state-of-the-art analytical and computational technologies available. The campus has made major investments through the Genome Center in contemporary instrumentation and experienced staff to run the various service cores. This guarantees that research on any organism at UC Davis is at the cutting edge and integrates experimental and computational approaches to address questions at the forefront of comparative and functional genomics. UC Davis is well-positioned to make significant advances in basic and translational research. Genomics-based studies will lead to the development of new therapeutic interventions, sustainable food and fuel production, and multiple other emerging opportunities in biology that span all disciplines and taxonomic categories.