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66 results for "biotechnology"
Scientists in Germany have created a toothpaste that stops harmful bacteria causing gum disease without killing the beneficial microbes that keep your mouth healthy. This breakthrough could transform dental care and protect against serious health conditions linked to periodontitis.
Scientists turned E. coli bacteria and leftover naan bread into tiny chemical factories that produce medicines and plastics without fossil fuels. The process could actually remove more carbon than it releases.
Scientists can now track what's happening inside a living brain using just a blood test. This breakthrough could revolutionize how we monitor and treat brain diseases.
Scientists in Alaska discovered 26 new microbial species in 40,000-year-old permafrost that could revolutionize cold weather protection. The tiny organisms may lead to anti-icing coatings for planes and creams that prevent frostbite.
A 1989 Nobel Prize-winning discovery revealed RNA could perform chemistry, not just carry instructions. That breakthrough now enables mRNA vaccines, CRISPR gene editing, and treatments for diseases once thought incurable.
A UK surgeon is using golden orb-web spider silk to help damaged nerves heal across gaps too large for the body to repair on its own. The natural material acts as a scaffold that lasts 150 days instead of just 10, potentially eliminating the need for painful donor nerve grafts.
A scientist is using AI and lab-grown plant cells to protect endangered species and create sustainable materials in months instead of decades. Her company has already partnered with conservationists to restore disease-resistant chestnut trees that nearly vanished from American forests.
Japanese scientists identified a "third cell" that completes the hair regrowth puzzle, bringing hope to millions facing hair loss. The breakthrough could replace drugs that only slow thinning with therapies that regenerate follicles.
Governments worldwide are racing to phase out animal testing as innovative alternatives like organs-on-chips prove they can predict human drug responses better than mice. The UK just slashed procedures from 4.1 million to 2.6 million in nine years.
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.
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.
Scientists at Texas A&M have created a "liver-on-a-chip" device that predicts drug side effects better than traditional animal testing. This breakthrough could help safe medications reach patients faster while reducing the need for animal experiments.
Researchers are now using artificial intelligence to design completely new proteins, genes, and even viruses that have never existed in nature. This breakthrough could help create organisms that clean up pollution, produce life-saving drugs, and grow crops without pesticides.
Researchers at the University of Stuttgart are perfecting a process that transforms harmful carbon dioxide emissions into valuable materials using bacteria. The breakthrough could help industries like steel and cement turn their biggest environmental problem into profit.
Researchers in Tokyo have developed a breakthrough molecule that delivers DNA into cells without causing harmful inflammation, a major obstacle in current gene therapies. Early tests in mice show the new method works up to 14 times better than existing approaches.
Scientists at MIT taught an AI to speak yeast's genetic language, boosting medicine production by up to three times while cutting costly trial and error. The breakthrough could make life-saving drugs cheaper and faster to produce.
A biotech company just unveiled a tabletop device that can sequence your entire genome for $100, making personalized medicine more accessible than ever. This breakthrough could transform how doctors diagnose and treat diseases.
Scientists have created DEGU, an AI tool that makes genetic research 10 times faster and cheaper while delivering more accurate predictions. The breakthrough could accelerate lifesaving medical discoveries by helping researchers avoid expensive dead-end experiments. #
A London lab just unveiled AI that predicts how drugs work in the body with breakthrough accuracy, potentially speeding up how we discover new medicines. Scientists are calling it a major leap forward, comparing it to the next generation of Nobel Prize-winning technology.
After 50 years of research, scientists finally decoded all 23 steps yew trees use to make paclitaxel, a cancer drug that's saved millions of lives. The breakthrough could make this essential medicine cheaper and more available to patients worldwide.
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