Cardiac Arrest Clinical Trial
Official title:
The Strategies for Post Arrest Resuscitation and Care Network
Background: One of the 2010 Impact Goals of the Emergency Cardiac Care (ECC) Committee of
the American Heart Association is to double survival from cardiac arrest. Currently,
approximately 60% of adults and 50% of paediatric patients that regain spontaneous
circulation following cardiac arrest die before leaving the hospital. A key piece of the
"chain of survival" is this fifth link; the care of patients post-arrest. Although there are
several modalities recommended for post arrest care, therapeutic hypothermia is the only
in-hospital therapy that has been demonstrated in randomized clinical trials to improve
patient outcome after cardiac arrest. Despite the strong evidence for its efficacy and the
apparent simplicity of this intervention, recent surveys show that hypothermia is delivered
inconsistently, incompletely, and with undue delay in hospitals receiving resuscitated
patients; only 26% of physicians and 26% of hospitals regularly institute a hypothermia
protocol.
Primary Objective: To design and apply a knowledge translation program for the 2005 AHA
guideline on hypothermia post cardiac arrest and enable effective implementation of
hypothermia in 100% of eligible OHCA patients. The integration of two robust data collection
systems, which include both pre-hospital and in-hospital indicators, will give complete
process of care and clinical outcome information for all cardiac arrest patients.
Primary Endpoint: the proportion of eligible out of hospital cardiac arrest patients cooled
to 32-34°C within 6 hours of ED arrival.
Study Design: This project will be implemented through an established research collaborative
of 43 hospitals in southern Ontario currently participating in the Toronto site of the
Resuscitation Outcomes Consortium. A stepped wedge study design will be employed, whereby
the intervention will be rolled-out sequentially to the participating hospitals over a
number of time periods as sites reach pre-defined benchmarks. The multifaceted KT strategy
will include 1) local multidisciplinary champions in ED, ICU, and Cardiology 2) A simple
protocol for application of hypothermia, tailored to local needs and policy; 3)
Identification of perceived and actual barriers to knowledge use; 4) Development of an
implementation tool kit and 5) Providing timely feedback on benchmarks for hypothermia and
outcomes
Substantial resources are spent in providing emergency medical services to victims of
out-of-hospital cardiac arrest. The science of pre-hospital medicine has advanced
considerably over the past decade. Specifically, EMS services and medical directors have
developed carefully designed protocols, intensive training, and very substantial resources,
in attempting to improve the immediate outcomes in patients with out-of-hospital cardiac
arrest. It is anticipated that approximately 200-400 patients per year in the Greater
Toronto Area are successfully resuscitated by Emergency Medical Services personnel and be
admitted to hospital with intact circulatory function.
Unfortunately, many of these patients will then die following hospital admission, from one
of a variety of complications of the initial cardiac arrest. The "in-hospital attrition
rate" is approximately 50%, and is the result of short and longer-term organ damage suffered
during the circulatory arrest, as well as in-hospital complications including pulmonary,
neurological, septic, and multi-organ dysfunction related complications.
Although guidelines for specific aspects of intensive care therapy of critically ill
patients have been developed (for example, ventilation guidelines, sepsis prevention and
therapy guidelines, treatment of metabolic disorders, etc), practical guidelines, which are
specifically aimed at the investigation and treatment of patients resuscitated from
out-of-hospital cardiac arrest, do not currently exist.
Preliminary studies (in press) suggest that a program of comprehensive and consistent
adherence to a specific set of standard procedures in intensive care units can lead to a
substantial improvement in the survival of patients resuscitated from cardiac arrest. One
recent example is a study from Oslo Norway, which showed substantial improvements in
survival to discharge following out-of-hospital cardiac arrest after a set of informal
guidelines were adopted by participating intensive care units.
There are multiple reasons for the lack of clearly articulated guidelines and protocols for
the investigation and treatment of patients resuscitated following cardiac arrest however
the two most obvious are lack of understanding of the current recommended best practices and
practical impediments to their efficient implementation in all units.
The Resuscitation Outcomes Consortium (ROC), an NIH funded multi-centre effort, seeks to
randomize over 10,000 patients in selected North American sites to study specific
interventions designed to improve long term survival in patients with out-of-hospital
cardiac arrest. As part of this consortium, intensive care units in the ROC hospitals are
being invited to join a new best practice initiative entitled "Strategies for Post Arrest
Care in the ICU" (SPARC).
Working with more than 50 hospitals across Ontario, the objectives of the SPARC Project are
planned as follows:
1. To establish a network of intensive care units, with medical and nursing leaders who
will participate in a collaborative program designed to standardize, monitor, and
improve the care of patients resuscitated from out-of-hospital cardiac arrest.
2. To develop a series of standardized protocols and processes for the care of patients
following out-of-hospital cardiac arrest, with particular emphasis on the delivery of
post cardiac arrest mild hypothermia. These protocols will be based on best evidence to
date and will focus on the simplifying the processes required implement the recommended
interventions.
3. To conduct pragmatic clinical trials of the integrated post cardiac arrest protocol
versus historical controls, and study related patient outcomes such as survival to
hospital discharge. We will also look to provide a comprehensive assessment of
in-hospital complications, the incidence of presumed myocardial ischemic events causing
cardiac arrest, and to assess the causes of in-hospital and post discharge morbidity
and mortality for the one year following discharge, as a function of the presumed
underlying cause of cardiac arrest and the in-hospital course.
;
Intervention Model: Single Group Assignment, Masking: Open Label, Primary Purpose: Treatment
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