Automated external defibrillators, also known as AEDs, are life-saving devices that can be placed outside the hospital or in an individual's home. The defibrillators are often used immediately on the spot. The reason they are called "automated" is that they work without human intervention. They can easily be placed outside the hospital or individual's home in the event of an emergency or when an individual is away from their home to take care of an ill family member. This article will focus on the details of how these life-saving devices work and why they are so useful. Penn Care Automated external defibrillators (AED) are compact, lightweight medical devices that are usually used to treat life-threatening heart conditions such as ventricular fibrillation (VF) and cardiac arrest. Because the defibrillators are hand-held units, they make hospital stays more comfortable for both the patient and the staff. Because an AED can be strategically located outside the hospital or individual's home, there is no need to worry about having to navigate through the side doors or down hallways when you need help. The AED works with a series of switches and buttons that provide the patient with options for using the AED.
Some of the settings may be selected by mouth, while other settings may be used by pressing the buttons on the AED. To achieve effective cardiopulmonary resuscitation (CPR) in the case of an emergency where CPR is not possible, the AED has a set of internal electronic sensors that respond to irregularities in heart rhythm. If these patterns are detected, the AED is programmed to activate and give CPR. Discover more facts about medical devices at https://edition.cnn.com/2018/11/27/health/fda-medical-devices/index.html. Although Penn Care AED is a godsend for many who have cardiac arrest or are simply unable to breathe on their own, some individuals are wary of the device. For this reason, there are many different types of AEDs. There are so-called battery-operated AEDs, which require that a person manually push a button to initiate a heart strike response; and defibrillators, which require no interaction from the patient. There are even personal devices such as paging machines and telephone sleeper machines, which can be programmed to automatically respond to emergency calls during the night or when the patient is at work. The more recent models of automated external defibrillators (aeds) are battery-operated, making them convenient to use in a variety of settings. Although medical professionals recommend automated external defibrillators, they should not be considered the only option for defibrillation in the event of a cardiac arrest. AEDs should only be used as a part of an overall program of treatment including medications, monitoring and exercise. While the use of defibrillators has increased dramatically over the last few years, the overwhelming majority of cardiac arrest victims need additional help from other sources to survive.
For this reason, it is highly recommended that anyone who is at risk for cardiac arrest should contact an onsite emergency medical service professional immediately, regardless of whether or not they have tried to use an AED. There are many different factors involved in determining the outcome of sudden cardiac arrest and using AEDs may not be necessary. Individuals who have cardiac arrest are usually in the best possible physical condition, but this isn't always the case, especially when they are resuscitated from a point of cardiac arrest. For this reason, any individual who experiences sudden cardiac arrest that is resuscitated should immediately contact an emergency medical technician so that they can begin to treat the medical emergency as soon as possible. Using automated external defibrillators as part of a broader cardiac arrest treatment plan can help to ensure the survival of individuals suffering from this potentially life-threatening medical emergency.