The way the heart muscle functions appears to be much more complex than previously assumed. This is the conclusion of a world-wide study in which data from 73,518 individuals from all across the world were used to search ...
Oct 3, 2016
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(Medical Xpress)—Like clues to a crime, specific molecules in the body can hint at exposure to toxins, infectious agents or even trauma, and so help doctors determine whether and how to treat a patient. In recent years, ...
Aug 1, 2014
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Ever more people are suffering from cardiac insufficiency, despite significant advances in preventing and minimising damage to the heart. The main cause of reduced cardiac functionality lies in the irreversible loss of cardiac ...
Aug 18, 2017
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Researchers at Osaka University used electron cryomicroscopy (CryoEM) to image essential cardiac muscle components, known as thin filaments, with unprecedented resolution. They also discovered the mechanism by which these ...
Jan 9, 2020
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A team of neuroscientists and anaesthetists, who have been using pioneering techniques to study how the brain regulates the heart, has identified a crucial part of the nervous system whose malfunction may account for an increased ...
Nov 28, 2011
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Researchers from the Centenary Institute have found that concealed cardiomyopathy is an important cause of sudden cardiac death where no cause is found from autopsy—and that genetic testing can help identify cases of concealed ...
Nov 25, 2022
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A large international study has found an important new benchmark for measuring the risk of death for patients undergoing heart surgery, of which there are two million adults a year globally.
Mar 2, 2022
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The heart relies heavily on oxidation of fatty acids for energy production. However, excess storage of fatty acids as triglycerides, within heart muscle cells, frequently observed in patients with obesity and diabetes, is ...
Feb 15, 2012
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A*STAR researchers and colleagues have developed a method to isolate and expand human heart stem cells, also known as cardiac progenitor cells, which could have great potential for repairing injured heart tissue.
Oct 7, 2015
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Researchers from Queen Mary University of London have developed new cell-based technologies which could help improve understanding of the muscle-wasting disease Duchenne muscular dystrophy (DMD) and test potential drugs for ...
Jun 6, 2018
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