AED defibrillator training for non-medical matters, especially for people in occupations where the risk of cardiac arrest is high. First manual defibrillators require much training. Users of these models would be able to visually interpret the patient's cardiac arrhythmia on a screen displayed on the defibrillator. Through proper analysis of the rhythm, the user should determine whether defibrillation is needed, the rhythm, and in this case, the user manuallyshock. Forces of the hospital and ER physicians TV shows screaming, 'Clear! "While the use of blades on the plate covering the patient. This is only a presumption of art.
Defibrillation is a skill for professionals in emergency care, high quality reserved - paramedics, nurses and doctors. In the '90s, thanks to advances in technology, the development of automated external defibrillators (AEDs) has made it possible for lay people with minimal training to operate the defibrillationRestore the proper heart rhythm and save lives.
AEDs analyze the electrical activity of the patient, whose heart and determine if a shock is necessary. However, some knowledge is helpful so that the device is more effective and are used to ensure the safety of players and spectators. Training ensures that the AED correctly give the maximum benefit and the highest probability of survival for patients used.
Sudden cardiac arrest means the heart stops suddenly and abruptlyto beat. It can strike anyone at any time, but usually is caused by a heart rhythm disorder called ventricular fibrillation. This rhythm is caused by abnormal and very fast electrical activity in the heart. VF is chaotic and disorganized, the heart just quivers and can not effectively pump blood. VF will be short lived and will deteriorate to a flat line, if not treated immediately. It is not always a heart attack. Heart attacks are severe and sometimes lead to sudden cardiac arrest, butSudden cardiac arrest can occur independently, and without signs of a heart attack. Sudden cardiac arrest is fatal if not treated immediately.
The new antiepileptic drugs are working with a microprocessor in the defibrillator. The microprocessor analyzes the victim's heart rhythm through adhesive electrodes. Then he recalls the audible operator if a shock is needed. AEDs advise a shock only for ventricular fibrillation and rapid ventricular tachycardia. The electric current isvictims provided by the chest wall through adhesive pad. The system is secure so that a shock to someone whose heart rhythm requires defibrillation are not provided.
These new smart defibrillators from companies such as customs are found in health clubs, hospitals, schools and hospitals. Flight attendants, firefighters, personal cruise ship, the police, health club employees, security guards, paramedics, lifeguards, golf professionals, students, doctors, nursesHouses, apartments, restaurant staff and emergency services company should be trained in their use. Despite its ease of use, should still be the sequence of life-saving familiar to all, regardless of profession or situation.
Cardiac arrest can occur at any time, and as already mentioned, not always due to a heart attack. First, someone should call the victim's 911th Then pulse should be checked to ensure that the person has a heartbeat. And 'possible, they haveonly fainted. Check the airway. Make sure that the person is breathing. If the pulse is weak or nonexistent, an AED should be placed. Begin chest compressions to help the heart beat. The risk of flat-lining after it has revived the top, so make sure that the rescuers to stay with the victim, health care or emergency services to arrive. The first few minutes of cardiac arrest are critical for survival.
