Explore how nanoinformatics is revolutionizing nanotechnology through data science, machine learning, and predictive modeling for safer biomedical and environmental applications.
Discover how Vanderbilt's Virtual Summer Science Academy used narrative storytelling to transform STEMM education during the pandemic and create more inclusive scientific training.
Explore how the tiniest machines are powering a scientific revolution through micromechanics and microscopic forces.
Explore density-graded cellular solids - innovative materials inspired by nature that are revolutionizing engineering, from bone structures to advanced safety equipment.
Discover the meticulous planning and scientific approach that makes scientific discovery sharing possible through conference organization.
Discover how Malformin A1, a marine-derived compound, fights colorectal cancer through p38 signaling pathway activation in this comprehensive scientific article.
Explore the revolutionary technology of untethered stimuli-responsive grippers - miniature soft robots that could transform minimally invasive medicine and targeted therapy.
Explore how smart materials and programmable matter are revolutionizing medicine through targeted drug delivery, tissue regeneration, and advanced diagnostics.
Discover how boosting early type-I interferon responses can sensitize resistant tumors to immunotherapy and create lasting cancer immunity through epitope spreading.
Discover how comprehensive one-dimensional modeling reveals the hidden dynamics of blood flow throughout the entire human circulatory system.