High-Volume and Privately Owned Ambulatory Surgical Centers Reduce Costs in Achilles Tendon Repair

Lambert T Li; Carlin Chuck; Steven L Bokshan; Ryan O'Donnell; Raymond Y Hsu; Brad D Blankenhorn; Brett D Owens

doi:10.1177/2325967120912398

High-Volume and Privately Owned Ambulatory Surgical Centers Reduce Costs in Achilles Tendon Repair

Orthop J Sports Med. 2020 Apr 20;8(4):2325967120912398. doi: 10.1177/2325967120912398. eCollection 2020 Apr.

Authors

Lambert T Li¹, Carlin Chuck¹, Steven L Bokshan¹, Ryan O'Donnell¹, Raymond Y Hsu¹, Brad D Blankenhorn¹, Brett D Owens¹

Affiliation

¹ Department of Orthopaedic Surgery, Brown University, Warren Alpert School of Medicine, Providence, Rhode Island, USA.

Abstract

Background: While Achilles tendon repairs are common, little data exist characterizing the cost drivers of this surgery.

Purpose: To examine cases of primary Achilles tendon repair, primary repair with graft, and secondary repair to find patient characteristics and surgical variables that significantly drive costs.

Study design: Economic and decision analysis; Level of evidence, 3.

Methods: A total of 5955 repairs from 6 states were pulled from the 2014 State Ambulatory Surgery and Services Database under the Current Procedural Terminology codes 27650, 27652, and 27654. Cases were analyzed under univariate analysis to select the key variables driving cost. Variables deemed close to significance (P < .10) were then examined under generalized linear models (GLMs) and evaluated for statistical significance (P < .05).

Results: The average cost was $14,951 for primary repair, $23,861 for primary repair with graft, and $20,115 for secondary repair (P < .001). In the GLMs, high-volume ambulatory surgical centers (ASCs) showed a cost savings of $16,987 and $2854 in both the primary with graft and secondary repair groups, respectively (both P < .001). However, for primary repairs, high-volume ASCs had $2264 more in costs than low-volume ASCs (P < .001). In addition, privately owned ASCs showed cost savings compared with hospital-owned ASCs for both primary Achilles repair ($2450; P < .001) and primary repair with graft ($11,072; P = .019). Time in the operating room was also a significant cost, with each minute adding $36 of cost in primary repair and $31 in secondary repair (both P < .001).

Conclusion: Private ASCs are associated with lower costs for patients undergoing primary Achilles repair, both with and without a graft. Patients undergoing the more complex secondary and primary with graft Achilles repairs had lower costs in facilities with greater caseload.

Keywords: Achilles tendon repair; cost drivers; economic analysis.