Emergency Medicine Commons^™

Bystander Performance Using Automated External Defibrillators During Simulated Cardiac Arrest, Richard N. Bradley, Lynda M. Schoenstein, Wesley H. Hamilton, Mark R. Boyle

Richard N Bradley

Objective: Automated external defibrillators (AEDs) are becoming widely available to the public. This study examined the hypothesis that less than 75% of the general population can defibrillate using an AED in less than three minutes.

Methods: This was a survey of the behavior of individuals over age 12 in a major airport on Jan. 2–3, 2003. After obtaining consent, an investigator told the subject that he/she was walking down the concourse and saw a person collapse. The subject demonstrated his/her response, using only a telephone and an AED simulating ventricular fibrillation. Data were analyzed using a one-sample test of proportions. …

National Emergency Cardiovascular Care Education Models: Where Do We Go From Here?, Richard N. Bradley

Richard N Bradley

The last decade could easily be called the "Renaissance Period" of CPR education. Self-learning, video-mediated instruction, virtual education and many other strategies have been employed, but what is on the horizon? The presenter will discuss challenges in defining the meaning of BLS and ACLS certification and issue a call for a national summit to define the minimum criteria for emergency cardiac care certification.

The Scientific Foundations Of The American Red Cross Cpr Training Standards, Richard N. Bradley

Richard N Bradley

The CPR (cardiopulmonary resuscitation) training and certification standards established by the ARC (American Red Cross) are based on a scientific review of the best available published literature. Minimal difference are present between the ARC and other national training organizations. These differences result from differing organizational opinions on the best way to implement standards from limited scientific evidence.

Cardiopulmonary Resuscitation With Rescue Breathing Is Superior To Hands-Only Cardiopulmonary Resuscitation For Children And Infants: Results Of A Systematic Review, Joseph W. Rossano, Richard N. Bradley

Richard N Bradley

Introduction

Evidence supports teaching hands-only CPR for the initial treatment of cardiac arrest in adults. Unlike adults, however, children and infants with cardiac arrest are more likely to have non-cardiac causes.

Hypothesis: The objective of this project was to conduct a structured literature review to answer the question, “In children and infants with cardiac arrest treated in an out-of-hospital setting, does compression-only CPR, alone or with supplemental oxygen, compared to CPR with rescue breathing lead to improved outcomes?”

Results

Sixty-nine records were identified and screened. Fifty-four of these did not meet inclusion/exclusion criteria, leaving fifteen full-text articles that we assessed …

Arc Sac Advisory Pulse Check For Cardiac Arrest, Sarah Clarke, Richard N. Bradley, Siobán Kennedy

Richard N Bradley

One good quality study (LOE 4) supports omitting a pulse check after defibrillation for patients in cardiac arrest.

One fair quality study (LOE 4) opposes the performance of simultaneous as opposed to sequential pulse and breathing check to determine cardiac arrest.

There is insufficient evidence to support a recommendation on the preferred method for the initial determination of cardiac arrest.

CPR courses should specifically teach the recognition of agonal breathing and the understanding that agonal breathing is not normal breathing and that it indicates the need for CPR.

Untrained Volunteers Are Marginally Effective In Delivering Public Access Defibrillation, Richard N. Bradley, Lynda J. Schoenstein, Mohhamad Alshanti

Richard N Bradley

Study objectives: This study analyzed the behavior of untrained volunteers when presented with a simulated cardiac arrest and an automated external defibrillator (AED). The primary hypothesis of this study was that volunteers could, with no advance training, operate an AED to deliver a defibrillation to a mannequin in 3 minutes or less at least 75% of the time. The secondary hypothesis was that this population would perform all of the tasks considered essential in AED use (establish unresponsiveness, check for breathing, give 2 rescue breaths, check for pulse, apply electrodes correctly, clear patient, activate emergency medical services (EMS) response, and …