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Explore the complex relationship between genetic variation and observable traits in this conference talk that examines global epistasis in genotype-phenotype maps. Learn how interactions between multiple genes across the genome influence phenotypic outcomes, moving beyond simple additive genetic effects to understand the intricate networks of genetic interactions that shape biological characteristics. Discover how global epistatic effects create non-linear relationships between genotype and phenotype, affecting everything from disease susceptibility to evolutionary adaptation. Gain insights into computational approaches and mathematical models used to map and predict these complex genetic interactions, and understand the implications for personalized medicine, crop improvement, and evolutionary biology. Examine case studies demonstrating how global epistasis influences trait expression and evolutionary trajectories, and explore the challenges and opportunities in modeling these complex genetic systems.
