Discover how machine learning algorithms detect thermophilic proteins by analyzing amino acid and dipeptide composition patterns for heat resistance.
Discover how carbohydrate-binding modules influence lytic polysaccharide monooxygenases in modifying cellulose fibers for sustainable applications.
Explore the science of fiber bundles - from biological structures to advanced materials - and discover how collective strength emerges from individual fibers.
Discover how metabolic engineering is transforming tobacco plants into biofactories for cannabinoid production, revolutionizing pharmaceutical manufacturing.
Exploring the phenomenon of fatigue failure in molecular machines and how scientists are addressing this critical challenge for nanotechnology applications.
Explore how scientists are validating new in vitro models to study fluid shear stress mechanobiology and its impact on cellular behavior in health and disease.
Explore how bio-chip technology is transforming medicine through miniaturization, enabling high-throughput analysis, precision diagnostics, and personalized treatments.
Discover how engineered methanol-stable lipase variants are revolutionizing biodiesel production through advanced protein engineering and structural insights.
Discover how glycerophosphorylcholine from shark skin is transforming PDLLA medical implants through biomimetic modification for better tissue integration and healing.
Discover how jackfruit seeds are revolutionizing sustainable materials engineering with their remarkable properties for biodegradable plastics, edible packaging, and more.