Journal of Orthopaedic Business

Current Ancillary Service Opportunities, Access Points and Options for Revenue Distribution

2026-01-22T12:38:35+00:00

Objectives: To describe real-world utilization volumes and surgeon-level financial distributions for major orthopedic ancillary service lines within a large, single-specialty group practice, and to outline operational “access points” and Stark-compliant revenue distribution models that support sustainable ancillary development across practice settings.

Design: Retrospective, observational, single-practice economic outcomes analysis with a narrative synthesis of regulatory considerations and implementation strategies.

Main Outcome Measurements: Calendar-year 2024 ancillary utilization volumes (encounters/units by service line) and corresponding surgeon FTE/partner distribution estimates; descriptive benchmarks of revenue potential across radiography, MRI, CT (planned), DME, physical therapy, orthopedic urgent care, and ambulatory surgery center (ASC) operations; and a qualitative assessment of access strategies and Stark-compliant distribution approaches (equal, productivity-based, hybrid).

Results: In 2024, the practice (35 surgeons; 26 physician extenders; 2 clinic sites; 5 PT sites; 2 urgent care sites; one 7-room ASC) recorded 270,217 patient encounters and 17,009 surgical cases. Observed ancillary utilization included 79,046 radiographs, 11,905 MRIs, 20,058 DME items dispensed, 77,813 PT visits, and 21,693 orthopedic urgent care visits; the ASC performed 7,309 surgical cases. Reported annual distributions for these service lines were approximately $23,429 per partner for radiography, $27,030 per partner for MRI, $31,908 per surgeon FTE for DME, $32,971 per surgeon for PT, $75,433 per partner for urgent care, and $493,109 per surgeon for ASC. The practice projected additional opportunity from in-office CT acquisition (planned for 2025), citing the need for adequate arthroplasty/trauma volume to justify capital costs and support utilization. Across service lines, operational access points associated with higher capture included a pre-rooming radiography workflow, same-day availability of advanced imaging, a convenient multi-site PT footprint, extended-hours urgent care as an entry point for new patients, and ASC expansion to safely accommodate higher-acuity cases (including select ASA III). Stark-compliant revenue distribution models emphasized equal pooling to avoid referral-linked allocation, with permissible productivity or hybrid modifiers based on neutral metrics (e.g., RVUs, total visits, leadership roles) when applied uniformly.

Conclusions: In a high-volume, single-specialty orthopedic group, ancillary services produced substantial, directly observed surgeon distributions and functioned as strategic access points that increased system capture across the episode of care. Given the scarcity of published, real-world orthopedic ancillary financial benchmarks, these results provide pragmatic reference points for private, employed, and academic surgeons evaluating ancillary development, negotiation leverage, and compliant revenue-sharing structures.

Level of Evidence: Level IV; Retrospective observational economic outcomes (single-practice case series).

Keywords: Ancillary services, orthopedic practice management, financial productivity, revenue distribution, Stark Law, physician self-referral, ambulatory surgery center, orthopedic urgent care, in-office imaging, physical therapy, durable medical equipment, value-based care.

Pediatric Orthopedic Trauma at a Level II Trauma Center

2025-10-16T04:52:38+00:00

Objectives: Compare implant costs, case duration, and rates of unplanned return to the operating room between pediatric trauma cases performed by fellowship-trained orthopedic traumatologists and those by fellowship-trained pediatric orthopedists.

Design: Retrospective comparative cohort study.

Setting: Non-academic, Level II trauma center

Patients/Participants: Trauma and fracture cases involving patients aged 18 or younger were identified over a 20-month period (1/1/23-8/31/24).

Intervention: Surgical treatment for traumatic orthopedic injury.

Main Outcome Measurements: Cases managed by four private practice traumatologists were compared with similar cases handled by two hospital-employed pediatric orthopedists. Cases were considered similar if they shared the same CPT code, fracture type, means of reduction, and manner of fixation. Mean implant costs, case duration (from incision to closure), and unplanned returns to the operating room were compared statistically.

Results: Three hundred seven pediatric trauma cases were identified, including 246 by traumatologists and 61 by pediatric orthopedists. Twelve similar case types were classified: proximal humerus open reduction internal fixation (ORIF), supracondylar humerus closed reduction percutaneous pinning (CRPP), medial epicondyle ORIF, lateral condyle ORIF, radius and/or ulna shaft ORIF, distal radius CRPP, slipped capital femoral epiphysis CRPP, flexible femoral shaft nailing, distal femur ORIF, tibial tubercle ORIF, rigid tibial nailing, and ankle ORIF. See Figure 1 for details.

In 9 of 12 case types, traumatologists had lower implant costs and shorter case durations. When average implant costs were combined, trauma surgeons used implants that were 52% cheaper than those used by pediatric surgeons. Pediatric surgeons took 35% longer than trauma surgeons, on average, for these 12 case types. Unplanned reoperation rates were similar between the two groups.

Conclusions: For comparable pediatric trauma cases, traumatologists completed cases 26% faster with 52% cheaper implants than pediatric orthopedists, with a lower unplanned reoperation rate. Pediatric trauma coverage by traumatologists may improve hospital resource allocation, enhance OR utilization, and provide financial benefits to patients and the healthcare system, while allowing pediatric orthopedists to focus on their elective practices.

Level of Evidence: Level III: Retrospective comparative cohort study at a single Level II trauma center.

Keywords: Pediatric trauma, orthopaedic traumatologist, pediatric fractures, implant cost, healthcare resource utilization, cost-effectiveness, operating room efficiency.

The Clinical and Economic Impact of High-Value Cephalomedullary Nail Utilization at a Level II Trauma Center

2025-08-12T10:01:33+00:00

Introduction: In the current climate of cost containment and fiscal responsibility, high-value implant alternatives offer a substantial opportunity for savings in the treatment of orthopedic trauma patients. As patents have expired on many commonly used trauma implants, high-value alternatives have become available. The purpose of this study was to examine the clinical and economic impact of a cost containment program utilizing high-value, single lag screw cephalomedullary hip nail implants for treating intertrochanteric femur fractures.

Design: Retrospective comparative cohort study.

Setting: Level II trauma center

Patients/Participants: 885 patients (347 Males and 538 Females) with intertrochanteric femur fractures.

Intervention: Patients treated with high-value single lag screw cephalomedullary implants were compared to those treated with conventional implants during the same period.

Main Outcome Measurements: Operative records were reviewed to identify intraoperative complications, operative time, and estimated blood loss. Cases involving infection, malunion, nonunion, or the need for repeat surgery were documented. Hospital financial records were evaluated to determine implant costs.

Results: 443 patients were treated with the high-value implant, while 442 patients received conventional single lag screw cephalomedullary implants over the same period. No difference was observed in intraoperative complications or estimated blood loss. Operative time was significantly shorter in the high-value implant group (p=2.3E-10). There was no increase in postoperative infection rates, implant complications, malunion, or nonunion. Overall, the hospital saved a total of $512,994 on implant costs.

Conclusions: Implant costs decreased significantly without an increase in complication rates or changes in radiographic outcomes. These savings were essential to our success in the Bundled Payment for Care Improvement (BPCI) initiative. Additionally, the savings can be reinvested into the trauma program in alignment with OTA/AAOS position statements and guidelines, as well as to support gainsharing and co-management initiatives.

Level of Evidence: Level III - Retrospective comparative cohort study

Keywords: Cephalomedullary nail, Hip fracture, High-value implants, Cost containment, Orthopaedic trauma.