Key result
Higher hospital volume is associated with lower mortality, fewer complications, and reduced hospitalization costs following complex structural heart disease interventions.
Why the study?
Does high hospital volume improve post-procedural outcomes in patients undergoing adult structural heart procedures?
Does high hospital volume improve post-procedural outcomes in patients undergoing adult structural heart procedures?
This review highlights that higher hospital volume is associated with superior clinical and economic outcomes for complex structural heart interventions, supporting the 'practice makes perfect' paradigm.
Answers are grounded in this paper and cite their sources.
Supports volume-outcome associations in structural interventions; leaves open optimal thresholds and need for prospective confirmation before changing referral patterns.
Hospital volume is regarded amongst many in the medical community as an important quality metric. This is especially true in more complicated and less commonly performed procedures such as structural heart disease interventions. Seminal work on hospital volume relationships was done by Luft et al more than 4 decades ago, when they demonstrated that hospitals performing > 200 surgical procedures a year had 25%-41% lower mortality than those performing fewer procedures. Numerous volume-outcome studies have since been done for varied surgical procedures. An old adage "practice makes perfect" indicating superior operator and institutional experience at higher volume hospitals is believed to primarily contribute to the volume outcome relationship. Compelling evidence from a slew of recent publications has also highlighted the role of hospital volume in predicting superior post-procedural outcomes following structural heart disease interventions. These included transcatheter aortic valve repair, transcatheter mitral valve repair, septal ablation and septal myectomy for hypertrophic obstructive cardiomyopathy, left atrial appendage closure and atrial septal defect/patent foramen ovale closure. This is especially important since these structural heart interventions are relatively complex with evolving technology and a steep learning curve. The benefit was demonstrated both in lower mortality and complications as well as better economics in terms of lower length of stay and hospitalization costs seen at high volume centers. We present an overview of the available literature that underscores the importance of hospital volume in complex structural heart disease interventions.
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Panaich et al. (2016) conducted a review in Structural heart disease. High hospital volume vs. Low hospital volume was evaluated. Higher hospital volume is associated with lower mortality, fewer complications, and reduced hospitalization costs following complex structural heart disease interventions.
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