CPR’s mouth-to-mouth resuscitation and chest compressions have saved countless lives, but the chest pumps alone may be just as effective during medical emergencies. A Japanese study found that people ...
We would all like to believe that in the event a stranger was experiencing cardiac arrest, we would not hesitate to act. However, recent statistics published in the Journal of the American Heart ...
February is American Heart Month, a time to raise awareness about heart health and share critical safety tips that could help ...
Chest compression -- not mouth-to-mouth resuscitation -- seems to be the key in helping someone recover from cardiac arrest, according to new research that further bolsters advice from heart experts.
There is yet more evidence showing that a simpler and easier way to perform CPR — using chest compressions only — saves lives just as well as traditional CPR and its mouth-to-mouth breathing. As a ...
heart attack victim's chances of survival go up markedly if someone begins chest compressions within 30 seconds, according to recent research. The Grand Junction Fire Department is working to increase ...
A public health campaign in Arizona advocating chest compression or hands-only CPR increased cardiac arrest survival rates and the number of citizens actually performing CPR, a new study shows. When ...
Heart disease is the number one killer in the United States. If someone were to have a cardiac event or heart attack, would you know what to do in an emergency? Following the taping of Monday’s ...
Physicians have said the HBO Max drama "The Pitt" offers one of the most accurate depictions of medicine on television.
The chance that a person in cardiac arrest will survive increases when rescuers doing cardiopulmonary resuscitation (CPR) spend more time giving chest compressions, according to a multi-center study ...
A randomized trial shows no difference in adult patient outcomes with the two approaches. A previous nonrandomized study showed improved outcomes from adult cardiac arrest with compression-only ...