In emergency medicine, speed saves lives—but prolonged immobilization during transport can quietly cause harm. Pressure injuries, also known as bedsores or ulcers, are a serious risk for trauma patients who remain strapped to rigid spine boards for hours during evacuation.
Adaptive Spine Board Improves Emergency Transport Read More »
Cancer treatment has long been a balancing act—target the tumor without harming healthy tissue, deliver drugs precisely, and somehow rally the immune system to keep the disease from coming back. Most therapies manage one or two of these goals, but
Smart Nanomaterial Diagnoses, Treats, and Triggers Immunity Against Cancer Read More »
Chronic wounds—those that linger for months or even years—are more than just a medical nuisance. They’re a global health burden, costing billions annually and affecting millions of people with diabetes, circulatory disorders, or immune dysfunction. The problem isn’t just that
ETH Zurich’s Smart Dressing Tackles Chronic Inflammation Read More »
For decades, traumatic brain injury (TBI) has been one of the most elusive and devastating conditions to study—especially in military and law enforcement personnel exposed to repeated low-level blasts. These exposures, often experienced during training with heavy weaponry, don’t always
Brain Organoid Platform Developed for TBI Research Read More »
For decades, blood pressure monitoring has relied on a 19th-century invention: the inflatable cuff. Whether at the doctor’s office or at home, the process is the same—wrap, squeeze, release, repeat. But while the cuff has become a clinical staple, it’s
Speckle Contrast Optical Spectroscopy Improves Cuffless Blood Pressure Accuracy Read More »
Researchers at Hong Kong Polytechnic University have developed a wearable fabric called X-Wear that can detect X-rays while conforming to the body—offering a more comfortable, flexible alternative to traditional rigid scintillators used in medical imaging. Made from inorganic fibers woven into a
Wearable, Flexible X-ray-Detecting Fabric Enhances Imaging Read More »
CAR T-cell therapy has been one of the most promising breakthroughs in cancer treatment—especially for blood cancers like leukemia. But despite its potential, nearly half of patients relapse, and many experience serious side effects. Part of the problem lies in
For patients with inherited heart conditions—especially children—treatment options are often limited, and studying the disease in the lab has long been a challenge. That’s because traditional stem-cell-derived heart cells tend to remain immature, behaving more like fetal tissue than adult
Lab-Grown Cardiac Tissues Offer Hope for Genetic Heart Disease Read More »
For decades, MRI has been the workhorse of brain imaging—offering crisp anatomical detail and, with functional MRI (fMRI), a glimpse into blood flow and neural activity. But what if we could go deeper? Not just into structure or function, but
Ultrafast MRI Maps Brain Metabolism to Catch Disease Early Read More »
Every year, millions of patients receive implantable medical devices—catheters, pacemaker leads, vascular grafts, and more. These devices often rely on polyurethane (PU), a flexible plastic that’s been the industry standard for decades. But PU has its flaws: it’s made using
