What is an AED, and what is it for? An AED is an acronym for Automated external Defibrillator, and is used to treat coronary heart arrhythmias, by working with an electrical charge to help the heart establish its normal, functional rhythm. It is compact, portable, and simple to use, so that a layperson with little or no training could use it to quite possibly save a life.
The automated external defibrillator has turn out to be a common life-saving device, and is found in many public places now. If a person is experiencing ventricular fibrillation, or ventricular tachycardia, the AED automatically monitors the heartbeat, and will activate, to deliver an electrical energy current to control the heartbeat rapidly. When a matter of minutes can save a life, the automated external fibrillator analyzes, and delivers shock therapy immediately.
The automated external defibrillator is used for people suffering from ventricular tachycardia, or ventricular fibrillation. When these heart conditions occur, the coronary heart is still beating, but in a dysfunctional pattern, and the heart is unable to pump blood throughout the body. Ventricular tachycardia (V-tach, or VT) is a fast heart rhythm, originating in one of the coronary heart chambers (ventricles). It is a life-threatening arrhythmia, possibly leading to ventricular fibrillation in which the electrical activity of the heart turn intos erratic, preventing the ventricle from pumping blood, and possibly camaking use of sudden death.
When there is little time to restore normal coronary heart activity, the automated external defibrillator can be used quickly to help control the heartbeat, and get the blood flowing through the body again. If you are a first responder to a person experiencing these conditions, the AED really can be a life saver.
The possible life saving skill, and the ease of use, makes the AED a great machine of medical technology. When the AED is opened or turned on, it will instruct the responder to place electrodes, or pads on the patient. Once the electrodes are attached, the AED examines the electrical output from the heart, automatically determining if the patient's irregular heart rhythm requires an electrical shock.
If required, the system will instruct users to make sure that no one is touching the patient, and to press a button, delivering a therapeutic shock to restore heart rhythm. Approved United Says automated exterior defibrillators use an electronic voice prompt to guide users through each step, and they are also made with visual prompts, for the hearing impaired.
Before the development and availpotential for consumer automated exterior defibrillators, responders had to rely on CPR techniques, and wait for medical professionals to attend to the patient. When minutes count, the AED can work quickly to restore the patient's heartbeat, and blood flow until an emergency technician or cardiologist can help the patient.
The automated exterior fibrillator is easy to use in an emergency, because it tells you what to do. It also overrides delivering a shock, if the AED does not deem it necessary, so the responder cannot deliver an unnecessary shock. Most States honor the "good faith" use of an AED, by any person , so a volunteer responder can use the AED without licapacity risk. When there is little time to save a life, an automated exterior defibrillator guides you through the steps to give help to a person who's life may be on the line. What is an AED? It is a machine that is used to maybe save a life.
Defibrillator: What Is It?
A defibrillator is a machine which applies electrical energy through electrodes, to help the heart believe its all-natural rhythm. Cardiac, or coronary heart arrhythmias are irregular heartbeats, and can affect how the heart pumps the blood. If the heart has an irregular heartbeat, ventricular tachycardia (V-tach or VT) and ventricular fibrillation (V-fib or VF) may occur, exactly where the electrical activity of the heart develop intos chaotic, and prevents the chamber, or ventricle, from pumping blood. Defibrillation shocks the coronary heart, to stop the irregular heartbeat, and to help it return to its normal, functional rhythm. Some people refer to defibrillation as "jump starting" the coronary heart. The electrical pulses sent by the defibrillator are used to control, or put order into the heart rhythm, so that the heart chambers or ventricles can effectively pump blood.
There are several types of defibrillators used, and are used for different circumstances, or patient demands. All of them work on the same principal of delivering electrical energy to the coronary heart, in order to create a uniform coronary heartbeat. forms of defibrillators include:
[Start bullets/Block] Internal or Implantable Cardioverter-Defibrillator (ICD): This defibrillator is made to help to regulate coronary heart rhythms from inside the body. The ICD is used for patients with a high risk of cardiac arrest, in order to monitor heart rate, coronary heart rhythm, and waveform. The implantable cardioverter-defibrillator can Examine rhythms in the different ventricles, or chambers of the coronary heart. If an arrhythmia is detected, it can be treated easily.
Manual exterior Defibrillator: This is used in hospitals and ambulances for emergency conditions, and requires the doctor, or first responder to set the level of each electrical charge administered. The electrodes, which send the cost of electricity are in paddles, and ought to be used by expert professionals.
Biphasic Defibrillator: This defibrillator is in two stages, and changes the direction of the pulses, which lowers the energy level necessary for defibrillation. utilizing the lower energy electrical charge decreases the risk of burns and other possible damage to the patient. [End bullets/Block]
Automated exterior Defibrillator (AED): This defibrillator is a self-contained, portable device, that contains a battery, a control computer, and electrodes. The electrodes are placed on the patient's chest, allowing the computer to check the rhythm of their heart. If an arrhythmia or irregular heartbeat is detected, the AED will charge itself to an appropriate power level, and tell the initial responder if the patient wants to be shocked with the computer determined electrical charge or not. The technology in this device is amazing, and allows lay persons with limited training, to quite possibly save a life. [End bullets/Block]
Fibrillation, or irregular, often rapid coronary heartbeat, causes poor blood flow to the body, and can lead to critical complications such as cardiac arrest. Defibrillators help the heart chambers to resume normal coronary heart rhythm by sending electrical costs to the heart. If the heart fibrillation or arrhythmias are detected soon enough, a regular heartbeat can be restored, helping the coronary heart to pump blood effectively. Defibrillators are wonderful machines of medical technology, and now the automated exterior defibrillator is available for first responders to use, so that no time is wasted diagnosing the arrhythmia, and shocking the coronary heart muscles back into rhythm. Defibrillators are in essence, life savers.
The automated external defibrillator has turn out to be a common life-saving device, and is found in many public places now. If a person is experiencing ventricular fibrillation, or ventricular tachycardia, the AED automatically monitors the heartbeat, and will activate, to deliver an electrical energy current to control the heartbeat rapidly. When a matter of minutes can save a life, the automated external fibrillator analyzes, and delivers shock therapy immediately.
The automated external defibrillator is used for people suffering from ventricular tachycardia, or ventricular fibrillation. When these heart conditions occur, the coronary heart is still beating, but in a dysfunctional pattern, and the heart is unable to pump blood throughout the body. Ventricular tachycardia (V-tach, or VT) is a fast heart rhythm, originating in one of the coronary heart chambers (ventricles). It is a life-threatening arrhythmia, possibly leading to ventricular fibrillation in which the electrical activity of the heart turn intos erratic, preventing the ventricle from pumping blood, and possibly camaking use of sudden death.
When there is little time to restore normal coronary heart activity, the automated external defibrillator can be used quickly to help control the heartbeat, and get the blood flowing through the body again. If you are a first responder to a person experiencing these conditions, the AED really can be a life saver.
The possible life saving skill, and the ease of use, makes the AED a great machine of medical technology. When the AED is opened or turned on, it will instruct the responder to place electrodes, or pads on the patient. Once the electrodes are attached, the AED examines the electrical output from the heart, automatically determining if the patient's irregular heart rhythm requires an electrical shock.
If required, the system will instruct users to make sure that no one is touching the patient, and to press a button, delivering a therapeutic shock to restore heart rhythm. Approved United Says automated exterior defibrillators use an electronic voice prompt to guide users through each step, and they are also made with visual prompts, for the hearing impaired.
Before the development and availpotential for consumer automated exterior defibrillators, responders had to rely on CPR techniques, and wait for medical professionals to attend to the patient. When minutes count, the AED can work quickly to restore the patient's heartbeat, and blood flow until an emergency technician or cardiologist can help the patient.
The automated exterior fibrillator is easy to use in an emergency, because it tells you what to do. It also overrides delivering a shock, if the AED does not deem it necessary, so the responder cannot deliver an unnecessary shock. Most States honor the "good faith" use of an AED, by any person , so a volunteer responder can use the AED without licapacity risk. When there is little time to save a life, an automated exterior defibrillator guides you through the steps to give help to a person who's life may be on the line. What is an AED? It is a machine that is used to maybe save a life.
Defibrillator: What Is It?
A defibrillator is a machine which applies electrical energy through electrodes, to help the heart believe its all-natural rhythm. Cardiac, or coronary heart arrhythmias are irregular heartbeats, and can affect how the heart pumps the blood. If the heart has an irregular heartbeat, ventricular tachycardia (V-tach or VT) and ventricular fibrillation (V-fib or VF) may occur, exactly where the electrical activity of the heart develop intos chaotic, and prevents the chamber, or ventricle, from pumping blood. Defibrillation shocks the coronary heart, to stop the irregular heartbeat, and to help it return to its normal, functional rhythm. Some people refer to defibrillation as "jump starting" the coronary heart. The electrical pulses sent by the defibrillator are used to control, or put order into the heart rhythm, so that the heart chambers or ventricles can effectively pump blood.
There are several types of defibrillators used, and are used for different circumstances, or patient demands. All of them work on the same principal of delivering electrical energy to the coronary heart, in order to create a uniform coronary heartbeat. forms of defibrillators include:
[Start bullets/Block] Internal or Implantable Cardioverter-Defibrillator (ICD): This defibrillator is made to help to regulate coronary heart rhythms from inside the body. The ICD is used for patients with a high risk of cardiac arrest, in order to monitor heart rate, coronary heart rhythm, and waveform. The implantable cardioverter-defibrillator can Examine rhythms in the different ventricles, or chambers of the coronary heart. If an arrhythmia is detected, it can be treated easily.
Manual exterior Defibrillator: This is used in hospitals and ambulances for emergency conditions, and requires the doctor, or first responder to set the level of each electrical charge administered. The electrodes, which send the cost of electricity are in paddles, and ought to be used by expert professionals.
Biphasic Defibrillator: This defibrillator is in two stages, and changes the direction of the pulses, which lowers the energy level necessary for defibrillation. utilizing the lower energy electrical charge decreases the risk of burns and other possible damage to the patient. [End bullets/Block]
Automated exterior Defibrillator (AED): This defibrillator is a self-contained, portable device, that contains a battery, a control computer, and electrodes. The electrodes are placed on the patient's chest, allowing the computer to check the rhythm of their heart. If an arrhythmia or irregular heartbeat is detected, the AED will charge itself to an appropriate power level, and tell the initial responder if the patient wants to be shocked with the computer determined electrical charge or not. The technology in this device is amazing, and allows lay persons with limited training, to quite possibly save a life. [End bullets/Block]
Fibrillation, or irregular, often rapid coronary heartbeat, causes poor blood flow to the body, and can lead to critical complications such as cardiac arrest. Defibrillators help the heart chambers to resume normal coronary heart rhythm by sending electrical costs to the heart. If the heart fibrillation or arrhythmias are detected soon enough, a regular heartbeat can be restored, helping the coronary heart to pump blood effectively. Defibrillators are wonderful machines of medical technology, and now the automated exterior defibrillator is available for first responders to use, so that no time is wasted diagnosing the arrhythmia, and shocking the coronary heart muscles back into rhythm. Defibrillators are in essence, life savers.
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