Sunday, December 18, 2011

Understanding A Defibrillator Implant

!±8± Understanding A Defibrillator Implant

A defibrillator implant is a tiny device that's placed in a person's heart to detect abnormal heartbeats. When a person's heart beats too quickly or starts to beat erratically, this electronic device sends a power boost to the heart. The energy gives the heart muscle enough strength to get back on track.

Of course we're not born with a defibrillator. To get a defibrillator implant you have to undergo a two-to-five hour surgery. Generally those who get defibrillator implants have also had heart attacks. For example, Vice President Dick Cheney had a defibrillator placed in his chest after he had a heart attack.

How Does It Work?

A defibrillator implant works like a tiny little computer. Instead of storing articles and financial programs, a defibrillator implant records heartbeats. When it detects and abnormal heartbeat, it kicks in.

Defibrillator implants are made up of two parts, the lead and the generator. The lead checks the heart rhythms and carries energy to the heart when fast or irregular rhythms are detected. The generator is the brains behind the lead. It decides what to do with the rhythms. When it detects irregular beats, it sends the energy through the leads. The "energy" is a battery that's housed in the generator.

Preparing for a Defibrillator

During your lifetime, you or someone you love might have to get a defibrillator. Getting a defibrillator implant is serious. It's a surgical procedure that requires a patient to be put under. Many of these surgeries are successful and many defibrillator recipients go on to lead long, healthy lives, but you should discuss this decision with your doctor and family.

If you decide to go ahead with the surgery, prepare yourself to stay in the hospital for a few days. The length of your stay will depend on how well your surgery went, what type of surgery you had and your overall health. After the surgery, you'll be given a series of tests including blood tests and an EKG. The device itself will also be tested and programmed and your doctor will give you a chest x-ray to make sure the defibrillator is in correctly.

Even though defibrillator implant patients have to stay in the hospital for a few days, they can return to their normal lives fairly quickly after they're released. It's recommended that these patients don't lift anything that's more than 20 pounds until they're fully recovered. They're also not supposed to take a shower for five days. This is a precautionary measure to protect the chest wound.

Staying on Your Toes

Defibrillator implants aren't perfect and they can malfunction. Unfortunately, there isn't a 100 percent guarantee that a defibrillator implant is going to work. However, there are some things defibrillator recipients can do to minimize the chance of a malfunction.

Those with defibrillator implants should stay away from electrical devices that have large magnetic fields. This includes certain industrial equipment, power plants and magnetic resonance imaging (MRIs). Though you'll be OK around a microwave, you should keep cell phones at least six inches away from the device.

Make sure to take care of your defibrillator implant. After all, the whole point of having a defibrillator implant is to increase the quality and longevity of your life.


Understanding A Defibrillator Implant

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Tuesday, December 6, 2011

AED: The Most Valuable Investment You'll Ever Make

!±8± AED: The Most Valuable Investment You'll Ever Make

How much is a human life worth? If there was a way you can potentially save a life - perhaps even your own -- with an investment of just ,000, would you make the deal? Of course you would! Thanks to enhanced technology and rapidly dropping prices, now everyone can have access to the amazing lifesaving devices known as an automated external defibrillator, or AED.

An AED is a lightweight, portable device that can jumpstart a victim's heart by using an electrical pulse called a biphasic shock. Guiding the rescuer with a combination of simple and clear voice, text and graphical instructions, AEDs do nearly all of the work, enabling practically anyone save a life!

According to the AED resource Web site Start A Heart, the devices are increasingly found today in a variety of surroundings, including schools, public buildings and airports all over the country. Many medical professionals consider AEDs to be more effective and easier to use than CPR, especially since even an untrained layman can successfully restart a heart with just the push of a button. This is excellent news for anyone who experiences heart problems in the vicinity of an AED. Although emergency crews are generally quick to respond to heart attack victims, the time that elapses is often too great for individuals who are suffering from heart failure. If you worry about the risk of you, a loved one or coworker suffering from a heart attack, you should consider purchasing an AED for your home or office to provide piece of mind.

Schools are quickly jumping on the AED bandwagon as well, choosing to invest in defibrillators to ensure the safety and protection of their students, teachers, faculty, and parents. These devices can be quite handy when faced with a teenager in cardiac arrest due to an unknown heart problem that is aggravated during a sporting event or activity. Many teens have fortunately been given a fantastic second chance at life by an AED.

Though many AEDs are never used, you'll want be sure you have a high quality and well maintained model in case the day every comes when you need to save someone's life. Quality defibrillators, such as the Phillips HeartStart and Defibtech Lifeline cost around ,250, while higher end models from Welch Allyn and Medtronic are just a bit over ,000. You can often find a used or refurbished AED for under ,000. While most units will simply sit around for years gathering dust, make sure that you follow the manufacturer's recommended maintenance so that your AED will properly function should the call to duty ever come. The life your defibrillator someday saves could even be your own!


AED: The Most Valuable Investment You'll Ever Make

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Monday, November 14, 2011

Refibrillation and Automated External Defibrillators

!±8± Refibrillation and Automated External Defibrillators

Concerning refibrillation, Stults and Brown carried out a research and 271 cases in ventricular fibrillation were studied. These 271 patients were assisted by EMT-Ds without being supported by paramedics. The EMTs succeeded to render the heart rhythm to normal for 111 patients. 19 (17%) of the 271 patients refibrillated before the arrival at the hospital, and 11 out of the 19 were brought back to having normal cardiac rhythm. For the 111 patients that were rehabilitated, the admission rates were 53%. This is a low number compared to the 73% admission rate for the patients who did not refibrillate. The discharge rates were almost similar 37% for those who refibrillated and 35% for those who did not.

The research has also shown the fact that the times of transportation from the scene of the incident to the hospital did not influence the frequency of the refibrillation or the survival rate. However, this research has proven that the defibrillation-trained EMTs can successfully deal with refibrillation even if there are no paramedics assisting their work.

Another study has observed the incidence and time course of refibrillation and the survival rate. This study has been done on 49 adults that were administrated the Basic Life Support treatment (BLS). 44% of the patients received cardiopulmonary resuscitation. On average, the first shock was administrated after 6.1 minutes after the occurrence of the cardiac arrest. 61% of the patients refibrillated under BLS treatment, 35% of which more than once. The BLS treatment was associated with survival at discharge and neurological outcome the percentage being 41%. This study proves that refibrillation does not always mean survival to hospital discharge - however, it might indicate higher chances of survival for patients.

Studies in AED and EMT using manual defibrillation were conducted to determine whether there are differences in time to defibrillation. For AEDs usage 1 minute was needed, while for the manual defibrillation done by EMTs, 2 minutes were required.

Bocka has proven in a study that people using automatic external defibrillators were 30 seconds quicker than people using semiautomatic device. Early Seattle studies found a significant difference in time to defibrillation: 1.1 minutes for AEDs versus 2 minutes for EMTs with manual defibrillators. Bocka found that EMTs using fully automatic defibrillators in the field were on average 30 seconds faster than counterparts using semiautomatic devices. These studies show that having an AED at hand at all times is clearly an advantage and therefore, must be prioritized.


Refibrillation and Automated External Defibrillators

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