Why do we need Automated External Defibrillators?
AEDs save lives. When a person has a sudden cardiac arrest, the heart becomes arrhythmic. Every minute that the heart is not beating lowers the odds of survival by 7-10 percent. After 10 minutes without defibrillation, very few people survive.
AED’s are becoming an essential piece of first aid equipment in shopping centres, schools, community centres, airports and workplaces. If you are considering purchasing one for your workplace, home, community we strongly urge you to. By having an AED onsite you can increase the chances of a persons surviving a sudden cardiac arrest by 75 percent.
Can a non-medical person make a mistake when using an AED?
AEDs are safe to use by anyone who has been shown how to use them. The AED’s voice guides the rescuer through the steps involved in saving someone; for example, “apply pads to patient’s bare chest” (the pads themselves have pictures of where they should be placed) and “press red shock button.” Furthermore, safeguards have been designed into the unit precisely so that non-medical responders can’t use the AED to shock someone who doesn’t need a shock.
Can the AED itself make a mistake?
It is unlikely. Studies show that AEDs interpret the victim’s heart rhythm more quickly and accurately than many trained emergency professionals. If the AED determines that no shock is needed, it will not allow a shock to be given.
Can I be sued if I help someone suffering from Sudden Cardiac Arrest?
State and federal “Good Samaritan” laws cover users who, in good faith, attempt to save a person from death. To date, there are no known judgments against anyone who used an AED to save someone’s life.
Can anyone buy an AED?
Anyone can buy an AED in Australia. AEDs must be TGA approved to be sold.
Who can use the AED’s installed in public areas?
In the event of Sudden Cardiac Arrest anyone can use the “public access” AED’s located in airports, train stations and shopping centres etc.
Previously Published Related Article: What is Sudden Cardiac Arrest (SCA)? Read here..
info source: http://www.defibtech.com/