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9 results for "johns hopkins medicine"
Johns Hopkins scientists discovered that hydrogen sulfide, the gas that smells like rotten eggs, plays a crucial role in protecting memory and brain health. Mice lacking the protein that produces this gas developed Alzheimer's-like symptoms, opening a promising new path for treatment.
When Tim Evans was diagnosed with ALS on Valentine's Day 2014, he faced a choice: wait at home or use his remaining years to help others. He became the first volunteer in a Johns Hopkins study designed to improve quality of life for ALS patients.
A man diagnosed with ALS on Valentine's Day 2014 chose to become the first volunteer in a Johns Hopkins study aimed at improving quality of life for others with the disease. Instead of waiting at home, Tim Evans is dedicating his remaining time to advancing research that could help thousands.
Tim Evans, diagnosed with ALS in 2014, chose to become the first volunteer in groundbreaking research at Johns Hopkins Medicine instead of letting his disease define his final chapter. His decision could help improve quality of life for thousands of ALS patients diagnosed each year.
Scientists at Johns Hopkins discovered that a hormone already used to treat weak bones can prevent pain nerves from invading damaged spinal tissue. The breakthrough could finally offer relief to millions who suffer from chronic low back pain without a clear cause.
Scientists at Johns Hopkins Medicine developed a breakthrough mRNA treatment that successfully restored embryo implantation in mice with damaged uterine linings, offering new hope for people struggling with infertility. The therapy targets the womb directly and could help patients who can't achieve pregnancy even with IVF.
Scientists at Johns Hopkins Medicine have developed a new way to deliver healing therapy directly to the uterine lining, restoring fertility in mice with damaged tissue. The breakthrough offers hope for people struggling with infertility who haven't found success with current treatments.
Scientists at Johns Hopkins discovered that a "dormant" brain protein is actually a powerful switch that could lead to new treatments for anxiety, schizophrenia, and movement disorders. The breakthrough reveals how these mysterious proteins actively control how brain cells communicate.
A drug that flopped in Alzheimer's trials just helped obese mice lose 20% of their body weight without eating less or exercising more. Johns Hopkins researchers are now testing whether this accidental discovery could help millions of people struggling with severe obesity.