Explore how biomodel engineering transforms biology into a predictive science through computational modeling, Petri nets, and multi-scale approaches.
Discover how engineered P450 enzymes break Markovnikov's rule to achieve anti-Markovnikov oxidation of alkenes, enabling greener chemical synthesis.
Explore how biomechanics is transforming health, sports performance, and rehabilitation through the science of human movement.
Explore how synthetic metabolic circuits are transforming biotechnology through bioproduction, biosensing and biocomputation applications.
Explore how inverse problems are transforming biological research, from cardiac mapping to neurodegenerative disease breakthroughs.
Explore Medicine & Science in Sports & Exercise (MSSE), the premier journal bridging sports medicine research and real-world athletic performance.
Explore how artificial intelligence is breaking through epistasis barriers in protein engineering, enabling scientists to create proteins with unprecedented functions and efficiencies.
Exploring how shoulder support exoskeletons reduce muscle strain and fatigue through EMG amplitude variability analysis in industrial settings.
Explore how metabolic engineering of plant lipids is transforming agriculture, sustainable manufacturing, and medicine through cutting-edge biotechnology.
Explore the groundbreaking work of 2019's glycobiology award winners who are unraveling nature's sugar code and transforming medical science.