State of the art reportMaintenance of defibrillators in a state of readiness
References (9)
Hazard: User error and defibrillator discharge failures
Health Devices
(1986)- et al.
Defibrillator failures: Causes and problems and recommendations for improvement
JAMA
(1990) - et al.
Charge! FDA recommendations for maintaining defibrillator readiness
Journal of Emergency Medical Services
(1992) - et al.
An evaluation of anesthesiologists' present checkout methods and the validity of the FDA checklist
Anesthesiology
(1991)
Cited by (17)
Rechargeable lithium batteries for medical applications
2015, Rechargeable Lithium Batteries: From Fundamentals to ApplicationsAnalysis of the French health ministry's national register of incidents involving medical devices in anaesthesia and intensive care
2001, British Journal of AnaesthesiaCitation Excerpt :For this reason, the German authorities have requested users to undergo specific training on each new medical device introduced in a clinical department before they use them on patients. Another study identified a failure of regular checking in 33% of the reports.21 This was taken up as a major regulatory issue by the French authorities, who require by law that all devices used in the operating theatre should be checked daily before use and according to formal checklists.
Part 4: The automated external defibrillator: Key link in the chain of survival
2000, ResuscitationCitation Excerpt :Organized collection and review of patient data can identify systemwide problems and allow assessment of each link in the Chain of Survival for the adult victim of sudden cardiac death. The Utstein Guidelines for reporting out-of-hospital cardiac arrest data present the recommended data to enable quality assurance monitoring for EMS and resuscitation programs (see also ‘Part 12: From Science to Survival’) [154]. This data collection constitutes quality assurance activities and as such should not expose clinical providers or organizations to increased risk of liability.
The effects of lead sulfate on new sealed lead acid batteries
2000, Journal of Emergency MedicineCitation Excerpt :Successful prehospital defibrillation is related to a series of events that generally include early cardiopulmonary resuscitation (CPR), prompt EMS access, and short EMS response times. This success is also linked to the correct functioning of the AED and the availability of adequate power to deliver the shock (6, 7). Characteristics of sealed lead acid (SLA) batteries that make them a suitable choice of power for various types of electromedical equipment include a high tolerance to extended charge cycles, low self-discharge, portability, low maintenance, and low cost.
Problems associated with the Z-fold region of defibrillation electrodes
1998, Journal of Emergency Medicine