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33 results for "genetic research"
Scientists discovered that eating three servings of grapes daily for just two weeks changed how human skin cells respond to sun damage. The simple dietary change helped volunteers' skin produce natural UV-protective layers and reduce signs of sun damage.
Researchers studying salamanders, zebrafish, and mice discovered two genes that control the ability to regrow limbs and organs. The breakthrough could one day help millions of amputees grow back real arms and legs.
A groundbreaking genetic study in Sudan discovered that 89% of Sudanese Copts carry a rare gene protecting them from malaria, inherited through ancient mixing with local communities. Scientists say this is one of the strongest examples of rapid human evolution ever documented, offering hope for better disease prevention worldwide.
Two siblings born completely deaf can now hear for the first time thanks to groundbreaking gene therapy treatment. The medical breakthrough offers new hope to families facing similar childhood hearing loss diagnoses.
Families carrying rare Alzheimer's genes are volunteering for groundbreaking research that's helped develop new treatments. Their network faces uncertainty as federal funding stalls.
Only 1% of Americans with disabilities have service dogs, but new genetic research is changing that. Scientists partnered with Canine Companions to identify which puppies will succeed in training.
Nancy Wexler discovered her mother's illness was hereditary and she had a 50% chance of getting it. Instead of retreating, she led the groundbreaking research that found the gene responsible for Huntington's disease.
Only 1% of the 61 million Americans with disabilities have access to life-changing service dogs. Researchers are partnering with Canine Companions to solve the genetics puzzle and train more dogs for those waiting.
A scientist who discovered a major genetic cause of two devastating brain diseases just won one of the world's most prestigious science prizes. Her 2011 breakthrough opened new doors for families seeking answers and researchers working on treatments. #
Nancy Wexler spent 25 years hunting for the gene that caused Huntington's disease in her family. Now living with the condition herself, she's still leading research to help future generations.
A genetic mutation that helps yaks survive thin mountain air could offer a breakthrough treatment for multiple sclerosis and other nerve diseases. The discovery points to a natural molecule already in our bodies that can repair damaged brain tissue.
A small armored creature has been hiding in plain sight on South Korean shores for millions of years, and scientists just proved it's been a new species all along. DNA testing revealed what the human eye couldn't see.
Researchers at Harvard Medical School have developed a breakthrough gene-editing method that successfully silences the extra chromosome causing Down syndrome in up to 40% of lab cells. While still early stage, this proof-of-concept study opens the door to the first genuine treatment for one of the most common genetic conditions.
A Dallas researcher who discovered how to dramatically lower bad cholesterol just won one of cardiology's highest honors. Her work has already led to life-saving drugs now used worldwide.
After 20 years and more than 30,000 cloning attempts, Japanese researchers have discovered that mammals can't be cloned indefinitely. The breakthrough reveals crucial insights about DNA preservation that could transform how we protect endangered species.
A biotech company is building a "Trillion Gene Atlas" to map genetic data from over 100 million species worldwide, potentially accelerating the discovery of life-saving drugs. Unlike controversial AI training data scraped from the internet, this effort shows what happens when communities are paid for contributing to scientific breakthroughs.
Scientists finally cracked the mystery of how Amazon mollies survived for 100,000 years without males, reproducing only through cloning. The discovery could revolutionize how we fight cancer and improve crops.
Australian scientists have developed a revolutionary platform that can analyze over 100 genetic risk factors for multiple sclerosis at once. This breakthrough could lead to personalized treatments for thousands living with the unpredictable disease.
New genetic research reveals that thousands of years ago, modern humans and Neanderthals didn't just share the Earth. They built families together, and those connections still shape who we are today.
Japanese scientists have gene-edited muskmelons to stay fresh for two months, solving a major export problem. The melons can be ripened whenever needed by simply exposing them to ethylene gas.
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