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8 results for "drug delivery"
A cardiovascular researcher at the University of Central Florida has developed a revolutionary drug delivery system using targeted microscopic bubbles that could dramatically improve how heart disease is treated. The innovation addresses a major flaw in current treatments: doctors can't be sure medications actually reach the diseased heart tissue.
Researchers have cracked the code on how yeast behaves inside the gut, opening doors to smarter drug delivery systems that could treat diseases right where they start. This breakthrough could transform how we make and deliver medicine.
Scientists developed a once-weekly inhaled tuberculosis treatment that delivers medicine straight to the lungs, potentially replacing months of daily pills that cause serious side effects. The breakthrough could help millions worldwide finish their TB treatment and prevent drug-resistant infections.
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 a simple skin patch that uses tiny bubbles to deliver three different acne medications at once, without the side effects of oral drugs. Early tests show it cleared bacterial infections and reduced swelling in just three days.
Scientists at Oxford University have successfully engineered proteins that harness quantum mechanics, marking the first time these mysterious physics effects have been deliberately designed into biological molecules for practical use. The breakthrough could revolutionize medical imaging and drug delivery.
Scientists at the University of Florida have solved a major roadblock in treating one of the most aggressive forms of breast cancer. Their breakthrough delivery system helps powerful anti-tumor drugs reach their targets and survive the journey.
Researchers at National Taiwan University have reprogrammed tiny particles released by cancer cells, transforming them from disease spreaders into precise drug delivery vehicles. This breakthrough could lead to safer, more personalized cancer treatments using the tumor's own biology against itself.