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Lessons learned in the use of clinical registry data in a multi-centre prospective study: the Pediatric Heart Network
Carol J Prospero1, Felicia L Trachtenberg2, Victoria L Pemberton3
1Nemours Cardiac Center, Alfred I. duPont Hospital for Children, Wilmington, DE, USA.
Insights
Using existing clinical registry data in pediatric cardiology studies can improve efficiency, though upfront time investment is necessary. Staff perceived time savings, with recommendations for optimizing data extraction and stakeholder involvement for future research.
Area of Science:
- Cardiology
- Clinical Research
- Data Management
Background:
- Clinical registries offer potential for improving research efficiency.
- Limited data exists on staff experiences with using registry data in pediatric cardiology research.
Purpose of the Study:
- Describe the integration of existing registry data in the Pediatric Heart Network Residual Lesion Score Study.
- Report stakeholder perspectives on this methodology.
- Provide recommendations for future studies utilizing registry data.
Main Methods:
- A 17-site prospective, observational study (Residual Lesion Score Study) was conducted.
- Existing local surgical registry data supplemented manual data collection.
- Staff at study sites and the data coordinating center completed a perception survey.
Main Results:
- 98% survey response rate achieved.
- 57% of staff perceived time savings in the current study; 74% anticipated savings in future studies.
- 55% reported significant upfront time for developing data extraction methods.
Conclusions:
- Utilizing existing registry data is perceived to enhance efficiency.
- Significant upfront time and resource investment is required.
- Automating and centralizing data management can further optimize this approach.
Background:
Using existing data from clinical registries to support clinical trials and other prospective studies has the potential to improve research efficiency. However, little has been reported about staff experiences and lessons learned from implementation of this method in pediatric cardiology.
Objectives:
We describe the process of using existing registry data in the Pediatric Heart Network Residual Lesion Score Study, report stakeholders' perspectives, and provide recommendations to guide future studies using this methodology.
Methods:
The Residual Lesion Score Study, a 17-site prospective, observational study, piloted the use of existing local surgical registry data (collected for submission to the Society of Thoracic Surgeons-Congenital Heart Surgery Database) to supplement manual data collection. A survey regarding processes and perceptions was administered to study site and data coordinating center staff.
Results:
Survey response rate was 98% (54/55). Overall, 57% perceived that using registry data saved research staff time in the current study, and 74% perceived that it would save time in future studies; 55% noted significant upfront time in developing a methodology for extracting registry data. Survey recommendations included simplifying data extraction processes and tailoring to the needs of the study, understanding registry characteristics to maximise data quality and security, and involving all stakeholders in design and implementation processes.
Conclusions:
Use of existing registry data was perceived to save time and promote efficiency. Consideration must be given to the upfront investment of time and resources needed. Ongoing efforts focussed on automating and centralising data management may aid in further optimising this methodology for future studies.
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