6/21/2013· Aquatics Safety
By: Gerald Dworkin
A Statement for Healthcare Professionals From the American Heart Association Task Force on Automatic External Defibrillation
As a result of renewed electronic and print media exposure, the Heimlich Controversy has once more reared its head creating a confusing message for lifeguard and other rescue personnel regarding the resuscitation procedures to be used when confronted with a near-drowning resuscitation incident. The purpose of this article is to present our readers with the information needed to make a sound decision in this matter.
According to Dr. Henry Heimlich, "drowning victims die when their lungs fill with water. Air can't get into water filled lungs. Heimlich maneuvers remove the water from the lungs in 4 - 6 seconds. Pressing upward on the diaphragm jump-starts breathing. Many drowning victims have been saved by rescuers performing the Heimlich maneuver, even after CPR failed." Ellis and Associates have advanced this concept by endorsing the Heimlich Maneuver as the first step for saving drowning victims, even though this protocol is contraindicated by the Resuscitation Standards advocated by the American Heart Association and the American Red Cross.
Heimlich advocates that given the low complication rate associated with the Heimlich Maneuver and the inability of rescuers to readily determine if a drowning victim's airway is blocked by fluid, the Heimlich Maneuver should be applied as the first step to ensure the airway is clear. The Maneuver should be performed until water no longer flows from the mouth, which usually occurs after 2 - 4 applications, over a period of 4 - 6 seconds.
There have been numerous reported cases which state that the Heimlich Maneuver worked when all other lifesaving measures failed. In fact a Patrick Institute study found that in a series of unconscious, non-breathing pulseless drowning victims, 87% survived when the Heimlich Maneuver was performed, whereas only 27% survived when CPR was performed without the Heimlich Maneuver. According to University of Houston Professor John Hunsucker, in a study conducted for the National Pool and Waterparks Association, that in 27 drowning incidents reported by NPWPA trained lifeguards, 24 victims responded by breathing from the Heimlich procedures alone and only three required CPR after the Heimlich was administered.
The application of the Heimlich maneuver as the initial and perhaps only step for opening the airway in all near-drowning victims is contrary to current resuscitation guidelines for the treatment of near-drowning victims established by the Emergency Cardiac Care (ECC) Committee of the American Heart Association. To help resolve this difference, the Institute of Medicine (IOM) convened an expert committee to determine when the Heimlich maneuver should be used in the treatment of near-drowning victims, if at all. During its deliberations, the IOM Committee on the Treatment of Near-Drowning Victims met with Dr. Heimlich and his colleagues and considered literature reviews of clinical and basic research on drowning, scientific articles on pertinent pathophysiological states involving fluid in the airways, and its own clinical experience.
The committee concludes that, although the Heimlich maneuver is useful for the removal of aspirated solid foreign bodies, there is no evidence that death from drowning is frequently caused by aspiration of a solid foreign body that is not effectively treated by the current ECC recommendations. The committee further finds that the evidence is insufficient to support the proposition that the Heimlich maneuver is useful for the removal of aspirated liquid. Moreover, because there is no evidence to support Heimlich's hypothesis that substantial amounts of water are aspirated by near-drowning victims or that such aspirated liquid causes brain damage and death, the committee finds that the available evidence does not support routine use of the Heimlich maneuver in the care of near-drowning victims.
The committee also has a series of concerns about the routine use of the Heimlich maneuver for treatment of near-drowning, because of: (a) the amount of time it would take to repeat this maneuver until the patient is no longer expelling water (as recommended by Heimlich) and how long this would delay the initiation of artificial ventilation; (b) possible complications of the Heimlich maneuver, especially if the near drowning is associated with a cervical fracture; and (c) the prospect of teaching rescue workers a different protocol than that which is taught at present for resuscitating victims of cardiopulmonary arrest from all causes other than drowning.
The committee therefore concludes that given the present state of basic science and clinical knowledge about near drowning, the current ECC recommendations for establishment of the airway and ventilation should not be changed. These recommendations state that an abdominal thrust should be performed only after ventilation has been shown to be ineffective and then only to remove a solid foreign body.
Gerald Dworkin, is a professional aquatics safety and water rescue consultant for Lifesaving Resources Inc. and is responsible for aquatics safety, lifeguard, water rescue, and ice rescue training curricula and programs. He also consults as an expert in drowning and aquatic injury litigation. He is a graduate from the University of Bridgeport in Connecticut, and has over 30 years professional experience in the fire, EMS, and water rescue sector. He is currently a firefighter/EMT for the Harrisville (NH) Fire and Rescue Department.
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9/16/2014· Aquatics Safety
By: Gerald Dworkin
The following incidents and places, as well as the circumstances surrounding them, are fictional. On the Scene Dispatch at 16:04 hrs: KGT-597 to Rescue 15, respond to Bakersville Pond off Cemetery Island for a report of a dog through the ice, approximately 100 yards from shore.
3/19/2012· Aquatics Safety
By: Gerald Dworkin
I’ve always advocated the need for aquatics facilities to collaborate and coordinate lifeguard and water rescue training and emergency operations with community fire, rescue, emergency medical services (EMS) and law enforcement agencies.