Resuscitation registers: How many active registers are there and how many collect data on paediatric cardiac arrests?
Alison Booth1, Alexander Moylan2, Jasmin Hodgson2
1Department of Health Sciences, University of York, York, YO10 5DD, UK.
Insights
This study identified 23 cardiac arrest registries, finding that while data supports resuscitation guidelines, paediatric arrest data is limited. A more unified approach could enhance patient benefit.
Area of Science:
- Emergency Medicine
- Public Health Surveillance
Background:
- Cardiac arrest outcomes, especially in children, are poor.
- International guidelines reveal evidence gaps in resuscitation.
- Epidemiological data from cardiac arrest registries is crucial for improving resuscitation efficacy.
Purpose of the Study:
- To identify existing national cardiac arrest registries.
- To document key registry information, including paediatric arrest data.
Main Methods:
- Searched bibliographic databases for papers on cardiac arrest registries.
- Two reviewers screened results and compiled a list of registries.
- Information was gathered from papers and registry websites.
Main Results:
- Identified 23 active national/regional cardiac arrest registries (12 Europe, 5 North America, 4 Asia, 2 Australasia).
- Registries vary in scope, with 10 including paediatric arrest data (56-3900 records).
- Most registries (20/23) adhere to Utstein reporting guidelines.
Conclusions:
- This is a comprehensive list of active cardiac arrest registries.
- Registry data supports resuscitation guidelines, but paediatric data is sparse.
- A less fragmented approach to registry data can improve patient outcomes.
Background:
Cardiac arrest, particularly in children, often has a poor outcome and international guidelines highlight significant gaps in the evidence base for effective resuscitation. Whilst randomised controlled trials for some interventions can be justified, they are not appropriate for many aspects of resuscitation. Therefore, guidelines must use other sources of data such as epidemiological evidence from cardiac arrest registries, to improve the efficacy of resuscitation. The aim of our study was to identify existing national cardiac arrest registries and document key information about the registries, including whether they contain data on paediatric arrests.
Methods:
Key bibliographic databases were searched for papers about or using data from cardiac arrest registries. Two reviewers independently screened the search results for relevant papers. A list of registers named in the papers was compiled and information obtained from the papers and the websites of registers where possible.
Results:
Twenty three active national or large regional cardiac arrest registries were identified. These included five international collaborations and 10 registries that cover a population of at least 10 million people. Twelve registries are based in Europe, five in North America, four in Asia and two in Australasia. The registries vary in their organisation, but the majority (20) defer to the Utstein reporting guidelines for cardiac arrest. Registries covered populations between 0.4 and 174.5 million and contained between 100 and 605,505 records. Sixteen collected data on out-of-hospital arrests only; three in-hospital arrests only; and four included both. For ten registers the number of paediatric arrests was available and ranged from 56 to 3900.
Conclusions:
To our knowledge this report contains the most complete list of active national and large regional cardiac arrest registries. Register data support current guidelines on effective resuscitation however, even the largest registries include relatively small numbers, particularly of paediatric events. A less fragmented approach has the potential to improve the utility of registration data for the benefit of patients.
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