Find uplifting stories about heroes, innovations, and solutions
5817 results for "congenital heart defects"
Researchers discovered a hidden cell signal that helps explain congenital heart defects, offering hope for early detection and future treatments. The breakthrough could help millions of families worldwide understand conditions affecting multiple organs.
A boy born with a life-threatening heart defect is now the face of hope for thousands walking to fight heart disease. The Engles family turned their son's medical journey into a mission to save other lives.
A precision medicine drug just gave teens with a dangerous inherited heart disease their first real treatment option beyond invasive surgery. The Philadelphia trial showed mavacamten dramatically reduced heart blockage and may even help hearts heal.
Scientists at the University of Colorado Boulder are studying pythons' remarkable ability to grow and shrink their hearts without damage, hoping to unlock treatments for human heart disease. The snakes can fast for months while maintaining muscle strength and boost their metabolism up to 40 times after eating.
A groundbreaking treatment used stem cells to grow new heart muscle for people with failing hearts, strengthening their ability to pump blood. The patches offer new hope for patients waiting for transplants or left ventricular assist devices.
Scientists studying pythons have discovered the snakes can grow and shrink their hearts on demand without damage. The breakthrough could help millions of people suffering from deadly heart conditions.
The American Heart Association just reversed decades of warnings about coffee and heart health. New guidance says drinking up to five cups daily is safe for most adults and may even reduce heart disease risk.
Leading U.S. cardiologists just released updated cholesterol guidelines that shift focus to early screening and prevention, potentially transforming how we fight the nation's leading cause of death. The new approach targets heart disease before it starts, especially in young adults.
A tiny pacemaker smaller than a grain of rice can now save babies born with heart defects without risky removal surgery. The device dissolves naturally after seven critical days of healing.
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.
A former nurse working as a postal clerk in Clifton, Arizona, performed emergency CPR on an infant with a congenital heart defect, saving her life when seconds counted. Nova Vega has since undergone successful open-heart surgery and is recovering in Tucson.
The American Heart Association released new guidelines championing vegetables, fruits, and plant proteins as keys to heart health. The science-backed advice offers Americans a clear path to better cardiovascular wellness.
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.
Spanish doctors have developed a groundbreaking way to fix failing mechanical heart valves using only a catheter, sparing high-risk patients from dangerous open-heart surgery. The first three patients are thriving six months later with fully restored heart function.
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.
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.
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.
Patients with severe heart failure in Japan can now access a revolutionary treatment that uses lab-grown heart cells to repair damaged hearts. The breakthrough therapy is only the second stem cell product covered by public insurance in the country.
A Japanese startup just treated a heart failure patient using a simple catheter instead of open-heart surgery, injecting lab-grown heart muscle cells that could transform cardiac care. The patient in his 70s has already gone home.
Scientists just pinpointed a microscopic protein region that keeps hearts beating steadily, opening doors to future treatments for devastating heart conditions. The breakthrough could help millions born with or developing life-threatening heart rhythm problems.
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