Cardiac arrest is a serious condition that occurs when the heart stops pumping blood through a person’s body. In most cases, it is fatal. Administering immediate treatment, therefore, is crucial to the survival of patients who have suffered an attack. So, while cardiac arrest puts patients in a precarious situation, CPR and defibrillators can raise their chances of survival.
Cardiac Arrest happens mostly in Public Places
Every year, about 30,000 people suffer from sudden cardiac arrest in areas outside hospital environments in Britain alone. Statistics show, furthermore, that 12 people under age 35 die every week from cardiac arrest, while 270 children die from it on school premises.
The Absence of Access to an Effective Solution
Cardiac arrests in public areas, where there is an absence of medical personnel and proper equipment to administer treatment with, put patients at an even greater risk. In fact, every minute without CPR reduces a patient’s survival rate by 7-10%.
Aside from CPR, defibrillators — medical pads that provide high-energy, powerful electric shocks to a person’s heart — could help ensure patient survival. With luck, public places such as shopping malls, train stations and airports will have them. There is pressure, however, for institutions, such as schools, to install them on their premises to prevent further instances of children suffering from an attack.
A Lack of Education and Training Contribute to Low Figures of Patient Survival
One of the reasons behind the low survival rate is an overall lack of education and training. Australia Wide First Aid believes that proper training and confidence in their skills could make a huge difference and be compelling enough for people to take action.
Cardiac arrest could be fatal. With the right training in first aid, however, ordinary people could help save lives — or at least prolong it enough for medical professionals to arrive and take over. Defibrillators, along with the proper CPR, could significantly increase the survival rate of patients who suffer a cardiac arrest.