There is a picture on each pad that shows it's proper location on the chest. Used in the configuration shown is the best chance to defibrillate a heart that is fibrillating and has caused the person to "die".
That being said all models currently being used are bipasic meaning a charge is sent in both directions where in the past they were monophasic, only shocking from positive to negative pads.
If you reverse the pads it will most often work just fine, in fact one model AED does not use a positive and negative pad and they can be interchanged. In very small children over 8 ( over 55 pounds) their chest is at times so small you can not use the adult pads in the configuration shown so you use the position shown on the pads designed for 1-8 year olds which is anterior/posterior or one in the center front of chest and the other on back between the shoulder blades directly behind the one in front.
If you notice at some point you have reversed the pads, do not delay defibrillation, let the machine tell you what to do.
An AED, or Automated External Defibrillator, is used in an attempt to shock a person's heart--who is either in ventricular tachycardia (V-tach) or ventricular fibrillation (V-fib)--into a effective heart rhythm that will cause the heart of pump blood.
An (AED) automated external defibrillator is a device that sends an electric shock to the heart that will restore the natural heart rhythm to the victim during a cardiac arrest. When the AED electrodes are applied to the victim's chest, it automatically analyzes the heart rhythm and the rescuer is then advised whether a shock is needed to regain a normal heart beat. The heart has been defibrillated when the victim's heart resumes normal beating. FOR MORE INFORMATION AND VIDEO GO TO:http://www.emergencysuppliesinfo.com/what-is-a-defibrillator.html
Yes, you should externally defibrillate a patient with a pacemaker who has gone into cardiac arrest. Chest compressions, rescue breathing and standard cardiac arrest procedures should be followed, while paying attention to the following points.EMS personnel should be aware that the pacemaker has its own implanted defibrillator and will fire charges at regular intervals. This should not harm the person doing chest compressions. A slight tingling feeling may be felt on the patient as the shock from the pacemaker is delivered. To avoid this, wear thick nitrile or latex gloves while doing chest compressions.The shock from the external defibrillator may cause damage to the pacemaker, and even interfere with it. To lessen the risk of this, the defibrillator should be placed on the lowest possible charge that is clinically accepted. If you notice that the implanted defibrillator and the external defibrillator both deliver a shock at the same time, standard procedure dictates that you wait 30 to 60 seconds prior to re-shocking with the external defibrillator. In the meantime, chest compressions and manual ventilation may be commenced.Intubation, artificial airways and other standard practices should be performed, despite the patient having a pacemaker.It is also vital that urgent medical help be called as with all cardiac arrest patients. Remember, cardiac arrest patients are not normally transported in the ambulance unless they are revived on scene.
One Pad on the side of the heart, and top of the left breast.
Better than they would if they needed one and it wasn't.
Yes, after delivering a shock with an automated external defibrillator (AED) to a victim in cardiac arrest, you should immediately resume chest compressions. This is crucial because compressions help maintain blood flow to vital organs until the heart can be reset by the shock. Continue the cycle of compressions and using the AED as needed until emergency medical services arrive or the victim shows signs of recovery.
Typically, AED manufacturers will include a package with the AED that includes a breathing barrier, gloves, a disposable razor, something to dry the patients chest off with, and a pair of scissors.
" Automated external defibrillator" is a device that sends an electric shock to the heart that will restore the natural heart rhythm to the victim during a cardiac arrest. When the AED electrodes are applied to the victim's chest, it automatically analyzes the heart rhythm and the rescuer is then advised whether a shock is needed to regain a normal heart beat. The heart has been defibrillated when the victim's heart resumes normal beating. FOR MORE INFORMATION AND VIDEO GO TO: http://www.emergencysuppliesinfo.com/allergic-reaction.html
Zoll is a brand of defibrillator and is used in the same way you would use any other defibrillator machine. It is not recommended that you use one unless you have been trained in the proper use of these machines. Before you use a defibrillator you need to make sure the person is actually in cardiac arrest. Tilt the head back and check the airway to see if they are breathing. Once you have confirmed that the patient is not breathing turn on the defibrillator. Apply the patches to the chest with one on the left side of the chest on the breast area and the second one on the right side below the breast and under the heart. Stand clear of the patient and press the button to shock the patient.
An Automated Electronical Defibrillator (AED) is an important first aid device used in the event of life threatning emergencies such as heart attack, strokes, and cardiac arrest. The device is operated by placing the electronic leads on the patients chest and activating an electronic charge. The device sends a shock which actually stops the pulse by resetting the heartrate thereby increasing the prospects for patient survival. More information about this crucial device can be found on the St. John ambulence and Red Cross websites.
AED is an acronym that stands for Automated External Defibrillator. It is used to stop the heart's motion via electric shock, effectively hitting the hearts "reset" button. The heart then, hopefully restarts with normal activity. An AED cannot be used when a heart is in asystole, a state of no electrical activity. Also, an AED cannot be used in a moving vehical as that affects the analysis.
implanted in the abdomen and required open-chest surgery to connect the electrodes to the left and right ventricles.