Explore how magnetic particle bioconjugates are transforming biosensing with unprecedented sensitivity in medical, environmental, and food safety applications.
Exploring how infrared signatures and laser precision are transforming oncology with minimally invasive thermal strategies for cancer detection and treatment.
Exploring how cutting-edge biomedical technologies are transforming global healthcare delivery and the critical need for responsible technology assessment.
Exploring how electromagnetic-responsive nanomaterials are transforming cancer treatment, diagnostics, and gene therapy through precise, targeted approaches.
The story of Japan's TUBERO project that transformed biomedical engineering through interdisciplinary collaboration and microwave power transmission technology.
Exploring the groundbreaking polymer research at University of Michigan's Macromolecular Science and Engineering Program, ranked #9 nationally.
Discover the revolutionary discovery of cardiac ephapse and how it challenges decades-old understanding of heart conduction.
How mapping the body's electrical landscape is transforming cancer detection, neurology, and regenerative medicine
Exploring Yuliya Kan's groundbreaking work on core-shell fiber composites using PVA, graphene oxide, and silica for advanced biomedical applications.
Discover how 2025's solar cell innovations are revolutionizing energy efficiency and applications worldwide.