Key result
Suboptimal implant utilization during the resident learning curve does not significantly increase surgical costs.
Why the study?
Rising healthcare costs necessitate exploring cost reduction opportunities, and whether the financial impact of implant choice during the learning curve of inexperienced surgeons in elderly hip fracture surgery could be quantified remained unclear.
Does the surgical learning curve of orthopedic residents in hip fracture surgery significantly increase implant-related costs?
Observational (n=278)
Does the surgical learning curve of orthopedic residents in hip fracture surgery significantly increase implant-related costs?
Absolute Event Rate: 65.69% vs 56.55%
Allowing orthopedic residents to autonomously perform intramedullary nailing for hip fractures incurs minimal additional implant-related expenses during their learning curve.
Non-significant cost difference with suboptimal implants during resident training suggests minimal added expense; leaves open learning-curve effects on hip fracture surgery costs.
Can the financial impact of implant choice during the learning curve of inexperienced surgeons in hip fracture surgery be quantified? Hip fractures in the elderly are a significant medical concern, often requiring surgical interventions performed by orthopedic surgery residents. As healthcare costs rise, exploring cost reduction opportunities within the healthcare system becomes crucial. In this prospective analysis, we examined the financial implications of implant choices encountered by residents during their learning curve in hip fracture surgery. Our study included 278 surgically treated pertrochanteric fractures using the same locking cephalomedullary nail. Data on patients, surgeons (including their experience and seniority), and all implants charged by the hospital were collected. This encompassed documentation of any nail-related equipment that was opened on the operating table and whether it was subsequently used by the end of the procedure. By calculating the number and cost of these implants, we assessed the financial burden associated with suboptimal choices made during the learning curve. Our findings revealed that in 16.18% of surgeries, instances of suboptimal implant utilization occurred, highlighting the complexities of the learning process. Importantly, the rate of these challenges was not influenced by surgeon seniority or patient characteristics. The mean additional cost per surgery was determined to be USD 65.69 ± 157.63 for surgeries with suboptimal implant utilization, compared to USD 56.55 ± 139.13 for surgeries without such challenges. Although there was a trend towards higher implant-related costs in resident-led surgeries, the difference did not reach statistical significance. These findings underscore the feasibility of enabling residents to autonomously perform intramedullary nailing surgeries, even without specialist supervision, while incurring minimal additional expenses during the learning curve. By acknowledging the financial implications associated with the learning curve in the management of hip fractures, we can strive to optimize healthcare costs, thus addressing an important aspect of this issue.
No takes yet. Share an insight, caveat, or question.
Yaacobi et al. (2023) conducted an observational in Elderly hip fractures (n=278). Resident-led surgeries vs. Surgeries without suboptimal implant utilization was evaluated on Mean additional cost per surgery. Surgeries with suboptimal implant utilization during the resident learning curve incurred a mean additional cost of USD 65.69 vs USD 56.55 for those without, which was not statistically significant.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: