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9 results for "heart failure"
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.
Scientists may have found a way to help millions with a stubborn form of heart failure by targeting a protein that makes heart muscles too stiff. Early research in mice shows the approach could restore flexibility to struggling hearts.
Scientists have discovered a way to make stiff heart muscles more flexible by targeting a specific protein, offering new hope for millions living with a common form of heart failure. Early results in mice show the approach could help patients enjoy better quality of life and more precious time with family.