目的:本研究的目的是分析耳鼻咽喉头颈外科(OHNS)住院医师申请人的高信号方法,并计算项目和申请人的成本节约。
方法:来自2022-2024年电子居留申请服务(ERAS)和数据模型的数据用于证明采用高信号方法节省的成本。建模数据假设每个申请人的申请数量等于允许的信号数量。计算了参与高信号方法的其他五个专业的预测和实际成本节省。
结果:整个OHNS申请人池的ERAS数据成本节省达365,950美元。在建模数据中,节省成本825,921美元。当推断包括所有五个高信号专业时,总成本节省2,570,464美元(ERAS数据)和6,359,478美元(模型数据)。预计耳鼻喉科项目将节省大量时间,导致ERAS数据和建模数据的成本节省437,883美元和1,113,342美元,分别。
结论:该研究突出了高信号方法的优势,包括财务优势或增加计划进行全面审查和使面试候选人多样化的时间。当使用高信号方法在所有专业中进行外推时,这项研究中的成本节省被证明是显着的。需要进一步的研究来优化信号系统,并通过高信号方法从低信号OHNS经验中确认有利的访谈分布和公平性数据。
方法:N/A喉镜,2024.
OBJECTIVE: The objective of this study is to analyze a high-signal approach for otolaryngology-head and neck surgery (OHNS) residency applicants and calculate cost savings for programs and applicants.
METHODS: Data from both the 2022-2024 Electronic Residency Application Service (ERAS) and a data model were used to demonstrate cost savings with a high-signal approach. Modeled data assumed that the number of applications per applicant would be equal to the number of signals allowed. Predicted and real-world cost savings across the five other specialties participating in a high-signal approach were calculated.
RESULTS: ERAS data cost savings for the entire OHNS applicant pool amounted to $365,950. In the modeled data, cost savings amounted to $825,921. When extrapolated to include all five high-signal specialties, total cost savings amounted to $2,570,464 (ERAS data) and $6,359,478 (modeled data). Otolaryngology programs were predicted to experience significant time savings, resulting in cost savings of $437,883 and $1,113,342 for ERAS data and modeled data, respectively.
CONCLUSIONS: The study highlights the advantages of a high-signal approach, including financial advantages or increased time for programs to engage in holistic review and diversify the pool of interview candidates. Cost savings in this study were shown to be significant when extrapolated across all specialties using a high-signal approach. Further research is needed to optimize the signaling system and confirm the favorable interview distribution and equity data from the low-signal OHNS experience with a high-signal approach.
METHODS: N/A Laryngoscope, 134:2684-2688, 2024.