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22 results for "heart failure"
Scientists discovered that severe obesity weakens heart muscle cells in a common form of heart failure, but losing weight can reverse the damage. The breakthrough could help 6.6 million Americans living with heart failure.
Researchers created a new system that targets healthy mitochondria to damaged cells, offering hope for treating diseases like optic nerve damage and heart failure. In tests, transplanted mitochondria helped dying neurons survive.
Researchers created a breakthrough system that delivers healthy mitochondria to specific diseased cells, offering hope for conditions like optic nerve damage and heart failure. Early tests show the transplanted cellular powerhouses helped damaged neurons survive.
Scientists have successfully reversed heart failure damage using engineered immune cells, offering hope to millions. The therapy reduced scarring and restored heart function in both animal and primate studies without harmful side effects.
Carolina Matovac received a standing ovation at her first Buffalo Sabres game since suffering sudden heart failure in France and receiving an emergency transplant. Her recovery story has united hockey fans worldwide in celebration of second chances.
A smartphone app that spots worsening heart failure just by analyzing your voice just earned FDA breakthrough status. Six million Americans with heart failure could soon monitor their condition without needles, implants, or doctor visits.
A Southampton couple donated £6,000 to cardiac charity Heartbeat after receiving life-saving heart failure treatment. The gift will help renovate the hospital unit that saved Kay Butterworth's life.
Scientists developed a quick, painless MRI scan that measures heart oxygen levels in just three minutes, potentially transforming how doctors catch and treat heart failure early. The technology could help millions of Americans get better care without invasive procedures.
Japan just approved the first-ever stem cell therapy that can repair hearts damaged by severe heart failure. This groundbreaking treatment could offer hope to millions of people worldwide living with life-threatening heart conditions.
Japan just greenlit two groundbreaking stem cell treatments that could restore hope for people with Parkinson's disease and severe heart failure. These are the first therapies of their kind available anywhere in the world.
Scientists at MIT and Harvard created an AI that forecasts which heart patients will worsen up to a year before it happens. The tool could help doctors save lives while reducing unnecessary hospital visits for lower-risk patients.
Patients with Parkinson's disease and severe heart failure will soon receive groundbreaking stem cell therapies in Japan, marking the first time these treatments become commercially available anywhere in the world. The breakthrough could reach patients as early as this summer.
Japan just approved the first commercially available stem cell treatments for Parkinson's disease and heart failure, bringing hope to millions worldwide. Patients could receive these groundbreaking therapies as early as this summer.
A wristwatch that listens to your heart could help millions of heart failure patients stay home and healthy. Japan's A-wave is developing technology that catches warning signs before patients need emergency care.
A breakthrough medical device that delivers life-saving therapies directly into the heart just cleared a major regulatory hurdle. The technology could transform treatment for millions living with heart failure.
After beating two cancers, Sherry Mengel faced an unexpected battle when chemotherapy caused congestive heart failure 19 years later. Now she's partnering with her doctor to show other women that heart disease doesn't have to be a death sentence.
Rochester General Hospital is testing a sweatsuit that helps heart failure patients remove excess fluid through their skin instead of relying solely on diuretics. The innovative treatment offers hope for patients who struggle with constant medication side effects.
Researchers have discovered a crucial clue explaining why people with chronic kidney disease face such high rates of heart failure. This breakthrough could transform how doctors diagnose and treat two of the world's most common health conditions.
Thousands of heart failure patients could soon skip a risky procedure where doctors thread tubes into their hearts, thanks to a breakthrough MRI technique. UK researchers developed a method to measure crucial blood oxygen levels using a standard scan instead.
Scientists in Japan discovered the precise drug combination that allows lab-grown heart cells to survive transplant without rejection in primates. The findings bring life-saving regenerative medicine closer to reality for millions suffering from severe heart failure.
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