Research Articles
The Human Body 2.0: How Biomedical Engineering is Remaking Medicine
Explore how biomedical engineering is revolutionizing medicine through bionic limbs, gene editing, and regenerative medicine.
The Renaissance Man of Biomechanics: Celebrating Dr. Yuan-Cheng Fung at 100
Celebrating the life and achievements of Dr. Yuan-Cheng Fung, the Father of Modern Biomechanics, on his centennial birthday.
The Pancreatic Fat Puzzle: How Ethnicity Shapes Diabetes Differently
Exploring ethnic differences in pancreatic fat accumulation between White European and Black West African men with type 2 diabetes
Seeing the Invisible: How Terahertz Waves are Revolutionizing Breast Cancer Surgery
A groundbreaking imaging technology that sees what the human eye cannot, offering new hope for complete cancer removal.
Transforming Biomedicine: Hands-On Learning Revolution in Sub-Saharan Africa
How hands-on, context-sensitive biomedical engineering education is transforming healthcare technology development in sub-Saharan Africa
Formula VI: The Hidden Science Behind F1's 200 MPH Engineering Marvels
Explore the cutting-edge engineering and scientific innovations that power Formula 1 racing cars at 200 MPH.
The River of Life: How Flow-Based Assays Are Revolutionizing Blood Clot Research
Explore how flow-based assays are transforming blood clot research by simulating physiological blood flow conditions for more accurate assessment of hemostasis and thrombosis.
Spark Therapeutics: Illuminating the Path from Blindness to Sight
Explore how Spark Therapeutics and gene therapy are revolutionizing treatment for inherited retinal diseases, restoring sight through innovative medical science.
The Hidden World Inside Carbon Nanotubes: How Filling Them With Metals Is Revolutionizing Technology
Discover how filling carbon nanotubes with nano active metal species creates revolutionary materials with unique physico-chemical behaviors and applications in medicine, computing, and electronics.
Visualizing the Unseen: How MRI Reveals the Hidden Secrets of the Placenta
Explore how advanced MRI techniques using T1 and T2 relaxation times are revolutionizing the detection and understanding of fetal growth restriction through placental imaging.