• First Aid Topics
  • Free First Aid and CPR Manual
  • Legal Issues in First Aid
  • Article Archive
  • Translations by Google

    Subscribe to Updates
    RSS Feed Icon
    English flagItalian flagKorean flagChinese (Simplified) flagChinese (Traditional) flagPortuguese flagGerman flagFrench flag
    Spanish flagJapanese flagArabic flagRussian flagGreek flagDutch flagBulgarian flagCzech flag
    Croat flagDanish flagFinnish flagHindi flagPolish flagRumanian flagSwedish flagNorwegian flag
    Catalan flagFilipino flagHebrew flagIndonesian flagLatvian flagLithuanian flagSerbian flagSlovak flag
    Slovenian flagUkrainian flagVietnamese flag     

    search powered by Google

    Automated External Defibrillation

    Posted by First Aid Expert in Cardiovascular / Circulatory



    All Article Categories
    Cardiovascular / Circulatory
    Environmental Emergencies
    First Aid Training
    General First Aid Information
    Industry News
    Injuries
    Medical Conditions
    Respiratory
    Sport First Aid

    Sudden cardiac arrest continues to be the number one cause of death in North America. In more than 80% of the cases, rapid defibrillation would have been beneficial. Furthermore, research shows that the maximum benefit occurs when the defibrillation is provided within 5 minutes of the point of collapse.

    Public Access Defibrillation (PAD) is a movement to make Automated External Defibrillators (AEDs) readily accessible in locations such as sporting arenas and shopping centers. These AEDs use employ cutting-edge technology that removes the need for extensive training before being used. Such devices if available to the police, firefighters, and the general public can increase the chance that a person will receive the necessary treatment within moments of having an attack.

    The automatic external defibrillator is a device that administrators an electrical shock designed to reset the cardiac rhythm to its normal state. This is needed when someone has a heart attack; they are unconscious; there is no circulation; and CPR has already been started. This is effective because when someone has a heart attack the cardiac rhythm does not just stop right away. It will first go through a short phase of fibrillation. That is, there will still be some electrical activity, but it is very disorganized and does not result in blood circulation.

    As a rescuer you will not know what the casualty's cardiac rhythm is, this is up to the AED to determine. As a rescuer all you will know is if the casualty has circulation or not. Once attached, the AED will determine if the casualty requires a shock. If yes, then the machine will charge up allowing the trained rescuer to administer the shock. If not, then the machine will not charge up and a shock won't be administered no matter what the rescuer does. At that point the machine will verbally instruct the rescuer as to what to do next.

    Share and Enjoy:
    • StumbleUpon
    • Digg
    • del.icio.us
    • Mixx
    • Propeller
    Related Posts  
  • Asystole
  • Cardiac Arrest
  • Bradycardia
  • Saving Lives with AED and CPR Training

  • Leave a Reply



    Entries (RSS) | Privacy Policy | Contact | Sitemap
    Copyright © 2009 First Aid Topics