Explore how mathematical thinking has revolutionized biology, turning complex patterns of life into problems that can be modeled, analyzed, and understood through mathematics.
Discover how course-based research in computational genomics is revolutionizing biology education and training the next generation of scientists.
Explore how scientists are mapping protein interaction networks and using computational models to understand cellular signaling and disease mechanisms.
Explore how computational methods are transforming synthetic biology, from genetic circuit design to metabolic engineering and predictive modeling.
Discover how genetic programming is revolutionizing human genetics research, from uncovering ancient human origins to solving complex medical mysteries.
Explore how cellular automata are revolutionizing our understanding of biochemical systems through computational modeling of life's complex processes.