Exploring how supercomputers and virtual patients are revealing sepsis as a landscape of possibilities, offering hope for precision treatments.
How metabolic engineering is transforming corn into an oil-producing supercrop through genetic modifications and pathway optimization.
Exploring how Cardiac MRI can help detect chemotherapy-induced cardiotoxicity early in cancer patients, offering hope for better heart health outcomes.
Exploring how engineering principles are transforming biological discovery and creating programmable living systems in 2025
Explore the cutting-edge science behind purifying biomaterials for medical and environmental applications, featuring AI, nanotechnology, and sustainable chemistry breakthroughs.
Explore how tissue engineering is revolutionizing surgery through biological integration, personalized medicine, and minimally invasive approaches.
Exploring the intricate network of biochemical pathways that transform simple sugars into energy, building blocks, and protective molecules.
Exploring the microbial communities in Homestake DUSEL and their potential applications in biotechnology and sustainability.
Discover how metabolic network modularity emerges from simple growth processes rather than evolutionary design, revolutionizing our understanding of biological systems.
Understanding the metabolic adaptation of muscle tissue in cachexia and the latest research breakthroughs in combating this devastating syndrome.