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[Cost coverage for complex paediatric spinal deformities with preoperative halo traction-an economic problem?]
N von Dercks1, A Völker2, E Schumann2
1Stabsstelle Medizincontrolling, Universitätsklinikum Leipzig AöR, Liebigstraße 18, 04103, Leipzig, Deutschland. nikolaus.vondercks@uniklinik-leipzig.de.
Der Orthopade
|May 12, 2021
Summary
Paediatric spinal surgery for complex cases, particularly those requiring halo traction, incurs high costs not fully covered by the DRG reimbursement system. This study highlights inadequate compensation for specialized pediatric spine treatments.
Area of Science:
- Orthopedic surgery
- Pediatric orthopedics
- Spinal surgery
Background:
- Spinal surgery reimbursement is primarily managed through the Diagnosis Related Group (DRG) system.
- Complex pediatric spinal deformities often require specialized approaches, leading to increased pre- and postoperative care demands.
- Current reimbursement structures may not fully cover the costs associated with these intensive treatments.
Purpose of the Study:
- To evaluate the economic and demographic factors of pediatric spinal surgery cases.
- To compare patients undergoing halo-gravity traction (halo group) with other pediatric spinal surgery patients.
- To assess the adequacy of DRG reimbursement for complex pediatric spinal surgeries.
Main Methods:
- A retrospective analysis of pediatric spinal surgery cases treated at a single spine center from 2018-2020.
- Comparison of a small cohort (6 patients) receiving inpatient halo-gravity traction prior to surgery with a larger cohort (86 patients) not receiving this intervention.
- Analysis focused on economic and demographic variables.
Main Results:
- The halo group experienced significantly longer hospital stays (84.2 days vs. 11.0 days) compared to the non-halo group.
- Despite longer stays, the mean revenue per case was significantly higher in the halo group (€63,615 vs. €16,836) due to DRG grouping and long-stay surcharges.
- The contribution margin for the halo group, while positive, indicated that the high costs of halo traction devices were not sufficiently reimbursed.
Conclusions:
- Pediatric spine surgery, especially for severe deformities requiring specialized interventions like halo traction, presents significant challenges.
- The DRG reimbursement system appears inadequate for covering the full costs associated with preoperative halo traction in pediatric patients.
- Further adjustments to reimbursement policies are needed to ensure equitable financial coverage for complex pediatric spinal surgeries.
