Explore how nonparametric rank-based methods are transforming statistical analysis of longitudinal data and variable selection in scientific research.
Explore how a 72-page book from 1987 established the standardized terminology that became the foundation of modern biomaterials science and medical device development.
Explore how medical physics merges physics principles with biomedical engineering to advance healthcare through radiation therapy, medical imaging, and innovative diagnostics.
Explore how convergence science is revolutionizing nanotechnology by integrating physics, biology, engineering, and computer science to solve previously impossible challenges.
Discover how the hormone 17β-estradiol protects the female heart during pulmonary hypertension, explaining the survival advantage in women with this lung disease.
Explore the fascinating science behind light- and temperature-responsive smart gels made from azobenzene copolymers and Pluronic surfactants.
Explore how Safety-by-Design principles are transforming biomedical engineering education and creating inherently safer medical technologies.
Explore how Veridical Data Science is addressing the trust crisis in medical AI through predictability, computability, and stability principles.
Explore the revolutionary world of implantable biofuel cells that harvest electricity from bodily resources like glucose to power medical devices without battery replacements.
Exploring lipase-producing bacteria from Kolli Hills soil samples and their industrial and medical applications