Explore how Universal Physics-Informed Neural Networks are decoding glucose-lactate metabolism in glioblastoma, offering new hope for brain cancer treatment.
Explore the sophisticated organization of plant respiration - from metabolic pathways to regulatory mechanisms and modern research techniques.
Explore how endocrine-disrupting chemicals in our environment contribute to obesity, diabetes, and heart disease through metabolic disruption.
Explore how mitochondria, the cellular power plants, influence health, aging, and disease through systems analysis of energy metabolism.
Discover how exercise intensity and duration impact bone density and lipid metabolism through scientific research and data visualization.
Discover how tiny mitochondrial DNA mutations trigger cellular reprogramming that drives cancer development, particularly in families where these mutations are inherited.
Discover how hyperpolarized MRI combined with mathematical reconstruction is revolutionizing medical imaging by allowing doctors to see metabolism in real time.
Discover how insulin rapidly increases skeletal muscle mitochondrial ADP sensitivity, reversing high-fat diet induced mitochondrial dysfunction.
Discover how Gerald C. Hsu's GH-Method combines mathematics and personalized medicine to revolutionize chronic disease management through math-physical medicine.
Explore how direct-fed microbials (DFMs) are transforming dairy cow health through improved metabolism, productivity, and overall well-being during critical transition periods.