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51 results for "bioengineering"
A tiny, battery-powered gel delivers oxygen directly into chronic wounds, healing injuries in diabetic mice that would have otherwise proven fatal. The breakthrough could prevent millions of amputations and someday help grow replacement organs.
Scientists at MIT have built the first "living" implant that uses reprogrammed muscle and rewired nerves to restore movement in paralyzed organs. The breakthrough could help millions with spinal cord injuries, Crohn's disease, and other conditions regain lost function.
Scientists discovered E. coli bacteria can rotate tiny discs using only the swirling motion of their bodies and tails, like invisible motors working from a distance. This mind-bending finding could revolutionize how we design microscopic machines.
Researchers are creating the first-ever atlas of proteins that can pull rare earth elements from waste, potentially freeing America from dependence on imported materials that power our phones, cars, and medical equipment. The $2 million project uses machine learning to find nature's tiny metal miners hiding in soil.
Researchers at UCL and Great Ormond Street Hospital created the first complete lab-grown mini-stomach that could revolutionize how we understand and treat stomach disorders. The pea-sized organ replicates all major stomach regions and even produces acid just like the real thing.
University of Michigan researchers developed a breakthrough tool that lets cells record their own activities like a tape recorder, allowing scientists to rewind and watch what happened inside them over weeks. The innovation could help unlock mysteries of disease and point the way to new treatments.
Scientists created a flexible, nontoxic battery inspired by electric eels that stays functional in extreme cold and could power medical implants safely inside the human body. The breakthrough solves a major challenge in biomedical devices.
Thai silk, long celebrated for its golden beauty, is now saving lives as medical-grade patches, artificial tissue, and joint treatments. Engineers at Chulalongkorn University are transforming this cultural treasure into FDA-registered innovations that help patients while boosting farmer incomes.
NYU is solving diseases faster by throwing out the old playbook: instead of keeping scientists in separate buildings, they're mixing engineers, doctors, and AI experts into teams focused on beating specific diseases. Early wins include a startup detecting airborne pathogens and "inverse vaccines" that could cure celiac disease and allergies.
Scientists successfully grew replacement oesophagi in the lab and transplanted them into pigs, restoring their ability to swallow and eat normally. The breakthrough could one day help children born with oesophageal defects avoid major surgery.
Kate Carline started planning her biotech career her first week of college at age 17. Now she's made history as William & Mary's first-ever Churchill Scholar, heading to Cambridge University this fall.
A college student diagnosed with a muscle-wasting disease at 13 is now leading research to cure it, winning $50,000 to develop her breakthrough therapy. Her work could help one million people worldwide living with the same condition.
Researchers in Japan have successfully regrown working lymph nodes in mice for the first time, offering hope to millions who develop painful swelling after cancer surgery. The breakthrough could transform treatment for lymphedema, a chronic condition that currently has no cure.
Three Rice University juniors just earned one of the nation's most prestigious STEM scholarships for groundbreaking research tackling diabetes, bone regeneration, and clean energy. Their work shows how the next generation is already solving some of our biggest challenges.
Your kidneys have a clever repair trick: they temporarily stiffen to attract healing cells, then relax once the damage is fixed. This discovery could revolutionize treatment for kidney injuries affecting millions worldwide.
The mathematical constant pi isn't just for classroom geometry anymore. Scientists are using pi to develop 20-minute disease tests and send spacecraft to the edges of our solar system.
Scientists at Stanford University just cracked a major puzzle in biology by inventing a way to see 1,000 times more protein molecules than ever before. This breakthrough could transform how we understand diseases and develop life-saving treatments.
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Scientists discovered bacteria that swim at 500 body lengths per second, making Olympic lugers look slow at just 25. These microscopic speedsters could someday deliver medicine directly into tumors.
A barren Himalayan slope in India transformed into a thriving forest over 30 years, thanks to local villagers who planted 190 species and now harvest medicinal plants and livestock fodder. The community-led project proves degraded land can bounce back when people invest in their own backyard.
Scientists in Italy discovered that violinists wearing lightweight robotic exoskeletons actually improved their timing and coordination with fellow musicians. The technology could soon help stroke patients and others relearn movement through therapist-guided rehabilitation.
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