Scientists funded by The British Heart Foundation have found that a commonly-used drug for treating angina could help protect the heart from damage caused by carbon monoxide poisoning. Carbon monoxide is a toxic gas that is difficult for people to detect - it can be produced by faulty gas appliances such as heaters. Poisoning from the gas causes 1.6 million deaths worldwide every year - it causes many people to develop heart rhythm problems called arrhythmias which, if left untreated, can be fatal. The team, made up of scientists from around the world but led by the University of Leeds, looked at how carbon monoxide triggers these arrhythmias. The researchers have improved our understanding of the damage that occurs in the heart's cells after breathing in carbon monoxide. This is vital if we are to develop effective treatmentsThis is the blog for CARG, the Coronary Artery Rehabilitation Group, based in Saskatoon, Saskatchewan, Canada. It will contain items of interest to CARG's own members and anybody else interested in the latest news about rehabilitation and heart-related matters. Canadian charitable number: 89675 0163 RR 0001 || e-mail: carg.ca@gmail.com || website: carg.ca || Blog disclaimer
Wednesday, August 8, 2012
Angina medicine could protect from carbon monoxide poisoning
Scientists funded by The British Heart Foundation have found that a commonly-used drug for treating angina could help protect the heart from damage caused by carbon monoxide poisoning. Carbon monoxide is a toxic gas that is difficult for people to detect - it can be produced by faulty gas appliances such as heaters. Poisoning from the gas causes 1.6 million deaths worldwide every year - it causes many people to develop heart rhythm problems called arrhythmias which, if left untreated, can be fatal. The team, made up of scientists from around the world but led by the University of Leeds, looked at how carbon monoxide triggers these arrhythmias. The researchers have improved our understanding of the damage that occurs in the heart's cells after breathing in carbon monoxide. This is vital if we are to develop effective treatments
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