Key result
Modified PedCath database enables multi-center automated data transfer for 256 congenital catheterization procedures.
Why the study?
Evidence-based data to guide therapeutic decisions in congenital heart disease catheterization are lacking due to difficulty sharing outcome data across centers.
Demonstrated the feasibility of modifying an existing clinical database to automatically pool multicenter data for congenital heart disease interventional outcomes research.
Answers are grounded in this paper and cite their sources.
Supports multicenter data pooling for congenital interventions; leaves open scalability and clinical impact.
As the field of catheter-based therapies for congenital heart disease continues to expand, we lack the evidence-based data to make appropriate therapeutic decisions in the catheterization laboratory. A stumbling block to the determination of evidence-based therapies is our inability to simply and reliably share outcome data across multiple centers. We investigated whether a commonly used congenital heart disease catheterization database program (PedCath) could be used as an automatic catheterization data submission tool to a central database for outcome analysis. To test the feasibility of such a tool for collaborative outcomes research we formed a national group of seven congenital heart disease centers, the Mid-Atlantic Group of Interventional Cardiology, to warehouse and analyze catheterization data. We successfully modified PedCath to transfer the results of catheter-based therapies on 256 therapeutic procedures for atrial septal defect (ASD) closure, coarctation of the aorta angioplasty and stenting, and pulmonary and aortic balloon valvuloplasties over a 13-month pilot period. Short-term follow-up within the 13-month period was received on 31 patients. This study demonstrated the successful development of a simple process, requiring minimal data entry for investigators from around the world to share cardiac catheterization data for long-term outcome determination of catheter-based therapies for congenital heart disease.
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Everett et al. (2006) studied Congenital heart disease (n=256). PedCath database modification was evaluated on Feasibility of automatic catheterization data submission to a central database. A modified PedCath database successfully transferred data on 256 catheter-based therapeutic procedures for congenital heart disease across seven centers over a 13-month pilot period.
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