Capitated pricing model for stroke thrombectomies: A single center experience across three companies

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Journal of NeuroInterventional Surgery


Background With a continued rise in healthcare expenditures, there is a demonstrable focus on curbing expenses. Mechanical thrombectomy (MT) is the standard of treatment for large vessel occlusions (LVOs); however, considerable costs are associated with devices utilized in each procedure. We report our institution's experience with capitation pricing models negotiated with three different companies. Methods We retrospectively reviewed a prospectively maintained database from February 2018 to August 2019 identifying cases performed under capitation models. We calculated the cost of equipment for each thrombectomy using the cost for individual devices utilized (virtual) and compared this sum to the total derived from cost-negotiated bundled equipment packages. This was compared with real-world cases that did not meet capitation criteria during this study period. Results 107 cases met the criteria for capitation; 39 cases used company A's models (28 with stentrievers), 44 cases used company B's models (3 with stentrievers), and 24 cases used company C's models (14 with stentrievers). Overall, there was a net savings of $202 370.50 utilizing the capitated model ($689 435 vs $891 805.50), amounting to $1891.31 savings per case. Mean capitation was lower ($6972±2774) compared with virtual ($8794±4614) and real-world non-capitation costs ($7176±3672). Conclusion The negotiated capitated pricing model yielded total cost savings associated with equipment from each company. Overall mean capitation costs were lower than virtual and real-world cases. This may serve as a model for other centers in controlling costs for patients undergoing MT for LVO.

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