Explore the fascinating world of biointerfaces where artificial materials meet biological systems, enabling medical breakthroughs and technological innovations.
Exploring the groundbreaking discoveries from ISCM 2014 about cavitation and multiphase flow that are transforming industries from healthcare to aerospace.
Discover how Malaysian scientists are transforming discarded cockle shells into gold-conjugated nanoparticles for revolutionary cancer treatment.
Exploring how engineering projects bridge physics and biology to boost middle school STEM engagement and break gender stereotypes in science education.
Exploring how graphene-functionalized titanium surfaces can revolutionize dental implants by improving osseointegration and preventing infections.
Explore how open challenges and AI are revolutionizing breast cancer survival prediction through global collaboration and advanced prognostic models.
Exploring how material science, building engineering, and biomedical technologies are converging to solve humanity's greatest challenges
Exploring Dr. Leena Lehtonen's groundbreaking work on electroretinogram (ERG) systems for evaluating retinal health and cell therapies.
Discover how engineers use PID controllers in LS-DYNA to accurately simulate female cervical muscles for improved safety designs.
Exploring the transformative potential of titanium nanoparticles in wound healing, cancer therapy, and infection control through cutting-edge nanomedicine.