Alignment of RVU Targets With Operating Room Block Time

Area of Science:

• Health Services Research
• Surgical Operations Management
• Healthcare Analytics

Background:

• Surgeon productivity is quantified using relative value units (RVUs).
• Achieving RVU targets necessitates adequate allocated operating block time.
• The precise block time required for surgeons to meet specific RVU targets remains largely unquantified.

Purpose of the Study:

• To estimate the impact of surgeon and practice environment characteristics (SPECs) on the block time necessary to achieve fixed RVU targets.

Main Methods:

• Computational simulation of individual surgeons' annual caseloads using empirical data from ACS NSQIP.
• Incorporation of surgeon specialty, case-mix complexity, RVU targets, block length, turnover time, and scheduling flexibility.
• A 6-way sensitivity analysis was performed by varying these 6 SPECs.

Main Results:

• Simulations of 60,000,000 surgeon annual operating schedules revealed significant block time variations.
• Block time requirements increased with case-mix complexity, turnover time, and decreased scheduling flexibility.
• Intraspecialty variation in block time needs was greater than interspecialty variation.

Conclusions:

• Block time essential for meeting RVU targets is highly variable, influenced by SPECs.
• Intraspecialty differences in block time requirements are more pronounced than interspecialty differences.
• Attaining RVU targets depends on aligning them with allocated time, considering surgical specialty and practice conditions.