Find uplifting stories about heroes, innovations, and solutions
27 results for "iomed"
A new international mediation body based in Hong Kong just resolved its first major maritime dispute between parties from China and Singapore. The breakthrough shows promise for peaceful conflict resolution in global trade.
A research institute born from a 25-year-old's dream on Texas ranchland has spent 85 years creating medical breakthroughs that save lives worldwide. From helping premature babies breathe to developing hepatitis vaccines, Texas Biomedical Research Institute proves that bold vision creates lasting impact.
Millions living with lupus, rheumatoid arthritis, and multiple sclerosis could soon trade a lifetime of medication for a single treatment. Sail Biomedicines is unveiling breakthrough data on a therapy that reprograms immune cells inside the body to potentially cure autoimmune diseases.
Researchers are developing a 3D-printed knee implant made from living cells that could solve a major problem for younger patients who need joint replacements. Unlike traditional metal implants that last only 20 years, this living knee grows with your body.
When German pharmaceutical giant Bayer needed a new innovation hub in Japan, they skipped Tokyo and picked Kobe instead. Now foreign startups are discovering that Japan's smaller cities offer faster pathways to success than the traditional big-city approach.
A chance discovery involving frog eggs led to medications that transformed cystic fibrosis from a death sentence into a manageable condition. Dr. Mike Welsh just won biomedicine's highest honor for research that saved thousands of lives.
Engineers at MIT have developed a flexible gel that becomes 400 times more conductive when exposed to light, opening doors for wearable tech that communicates directly with human tissue. This breakthrough could revolutionize how machines interact with our bodies.
USC just created one of California's first joint biomedical engineering departments, uniting two powerhouse schools to turn breakthrough ideas into real treatments faster. The collaboration has already produced the world's first FDA-approved artificial retina and brain implants that restore memory.
The University of Southern California is merging its engineering and medical school biomedical programs into one of California's first joint departments. The move builds on 50 years of breakthroughs including the world's first FDA-approved artificial retina.
Despite slower grant awards this year, the National Institutes of Health promises every dollar of its budget will fund medical research. The agency's commitment ensures vital health studies continue without returning funds to the treasury.
Caroline Kelly balanced All-American soccer, a perfect GPA in biomedical engineering, and community service at Tufts University. Now she's one of just 21 female athletes nationwide to earn a prestigious NCAA postgraduate scholarship.
University of Virginia scientists have identified a cellular mechanism driving long COVID and found an existing drug that could help millions still suffering from the condition. Their breakthrough just won a national competition's first round, beating 63 other medical discoveries.
Scientists just figured out how to create powerful medical X-rays using simple graphite flakes on a table-sized machine. This breakthrough could replace building-sized equipment and make advanced cell imaging accessible to thousands more researchers.
Scientists developed an injectable magnetic gel that blocks stroke-causing blood flow better than current heart implants, with zero clotting in 10-month pig trials. This breakthrough could help millions with irregular heartbeats avoid strokes without risky complications.
A tiny pacemaker smaller than a grain of rice can now save babies born with heart defects without risky removal surgery. The device dissolves naturally after seven critical days of healing.
University of Utah engineers created a 5.5-pound hip exoskeleton that reduces the energy stroke survivors need to walk by nearly 20%. The device is the first to successfully help people with hemiparesis, a condition affecting 80% of stroke survivors.
University of Ottawa scientists created a synthetic peptide gel that seals wounds using light, matching commercial adhesives while being fully biodegradable. The innovation could transform how doctors repair tissues without triggering immune responses.
A physicist-turned-biomedical engineer has developed a groundbreaking treatment using light to disable bacteria's defenses, making deadly antibiotic-resistant infections treatable again. The therapy has already saved lives in Brazil and could protect millions from infections that currently kill 4 million people annually.
Scientists are developing swallowable electronic capsules that can diagnose disease, deliver targeted drugs, and even collect tissue samples as they travel through your digestive system. The technology could replace invasive procedures and transform treatment for millions suffering from gut diseases.
A biomedical engineer at Georgia Tech is testing whether ski goggle-style lights and sound can slow Alzheimer's progression, offering hope for millions without the serious side effects of current drugs. Nearly 700 patients are now enrolled in a promising Phase 3 clinical trial.
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