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98 results for "nanoparticles"
Scientists at the University of Chicago have developed a breakthrough nanoparticle system that delivers protective mRNA to insulin-producing cells, potentially preventing type 1 diabetes before it starts. The treatment worked in both mouse and human cells, offering hope for the 1.6 million Americans living with this autoimmune disease.
Scientists at Oregon State University engineered tiny sugar-coated particles that sneak past the brain's natural defenses to deliver life-saving treatment directly to deadly glioblastoma tumors. In mice, the approach extended survival by 50% with no toxic side effects.
Scientists at Oregon State University developed a cancer-fighting nanoparticle that completely eliminated breast tumors in mice without harming healthy tissue. The treatment exploits cancer's own chemistry to destroy malignant cells while leaving normal cells untouched.
Scientists at the University of Chicago have developed tiny particles that teach insulin-producing cells to protect themselves from autoimmune attack. The breakthrough could delay or prevent type 1 diabetes without suppressing the entire immune system.
Scientists at Technion-Israel Institute created tiny nanoparticles that stopped deadly triple-negative breast cancer in mice without using any drugs or chemotherapy. The breakthrough treatment works by blocking tumor-feeding cells and letting the body's natural defenses fight back.
Oklahoma researchers created a "Trojan horse" delivery system that floods cancer cells with treatment instead of letting it trickle in slowly. The breakthrough could transform how we deliver life-saving therapies.
Scientists created tiny particles that hunt down and destroy harmful proteins causing dementia and cancer, including in the brain where most drugs can't reach. Early tests show success against major cancer drivers, and the technology could transform treatment for diseases once considered impossible to treat.
Australian researchers have developed tiny particles that can cross into the brain and destroy disease-causing proteins linked to dementia and cancer. The breakthrough technology could finally treat diseases once considered impossible to cure.
Researchers at Cornell developed tiny silicon particles that completely cured aggressive prostate cancer in 4 out of 10 mice by both killing tumors and waking up the immune system. The breakthrough treatment, made from the same material found in leafy greens, caused zero damage to healthy tissue.
Researchers developed tiny particles that use light to heat and destroy tumors while leaving healthy cells untouched. The biodegradable treatment could offer a gentler alternative to chemotherapy and radiation.
Scientists at Oregon State University created a tiny iron-based material that completely wiped out breast cancer in mice without any side effects. The treatment uses cancer's own chemistry against itself, unleashing two powerful reactions that destroy tumors while leaving healthy tissue untouched.
Researchers at the National University of Singapore have developed gold nanoparticles that deliver cancer-fighting drugs directly to tumor cells, achieving near-complete tumor elimination in lab studies. The breakthrough could transform how doctors treat cancer with unprecedented precision.
Scientists at Cambridge have powered materials that can't conduct electricity, creating ultra-pure infrared LEDs that could revolutionize medical imaging and cancer detection. The breakthrough uses tiny "molecular antennas" to funnel energy into insulating nanoparticles.
Researchers engineered tiny nanoparticles that activate cancer drugs only in diseased lymph nodes, dramatically reducing harmful side effects while improving treatment effectiveness. The breakthrough could allow patients to receive stronger, more effective doses without the toxic reactions that force many to stop therapy.
Scientists in Houston developed a new method to detect cancer-causing pollutants in water and soil in just hours instead of weeks. Using tiny nanoparticles and artificial intelligence, they're making environmental testing faster, cheaper, and portable.
Scientists created a breakthrough mRNA treatment that shields insulin-producing cells from immune attacks, potentially preventing type 1 diabetes before it starts. Early tests in mice show the nanoparticle therapy successfully reached target cells and delayed disease progression.
Scientists at MIT developed glowing nanoparticles that track cancer proteins for hours instead of seconds, revealing how they behave in living cells. The breakthrough could transform drug development and help explain why some mutations cause aggressive cancers.
Chinese researchers successfully transplanted plant-like nanoparticles into sick animals, allowing their cells to harness light energy. The breakthrough reversed degenerative diseases in rats and rabbits, opening new doors for treating aging and cellular dysfunction.
Four Alexandria students won a regional ExploraVision award for designing SYNCARDIA, a futuristic treatment that could turn heart scar tissue back into healthy muscle using nanoparticles and ultrasound. The competition challenges K-12 students to imagine technologies a decade into the future. #
Researchers created lightweight X-ray aprons that weigh 90% less than traditional lead versions, promising to end chronic back and neck pain for healthcare workers. The breakthrough uses tungsten nanoparticles in flexible polymer to block radiation just as effectively without the toxic, heavy lead.
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