Session 2: <em>Applied Model Building and Implementation: Predicting Acute Care Utilization Following Chemotherapy</em>

Acute Care Utilization (ACU), including emergency department visits and hospitalizations post-chemotherapy, poses a significant and often preventable burden. Existing predictive models rarely account for diverse populations or factors such as rurality and distance to care. This study leverages data from thousands of patients receiving chemotherapy at the Avera Cancer Institute to quantify differences among those experiencing ACU, validate existing models, and develop a tailored predictive model. Using real-world, multi-source data, we address challenges such as data integration, feature engineering, and missing data management. Additionally, we explore model building techniques, hyperparameter tuning, and the critical role of stakeholder input in shaping model design. Finally, we emphasize the importance of prospectively evaluating and refining the model to ensure its real-world applicability. This work highlights practical lessons and complexities in healthcare predictive modeling to improve ACU prevention strategies.

Publication Details

Journal
Open PRAIRIE (South Dakota State University)
Published
2025-02-07
Primary Topic
Advanced Causal Inference Techniques
Type
article
Field-Weighted Citation Impact
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article

Session 2: Applied Model Building and Implementation: Predicting Acute Care Utilization Following Chemotherapy

Open PRAIRIE (South Dakota State University)
Advanced Causal Inference Techniques
article

Session 2: Applied Model Building and Implementation: Predicting Acute Care Utilization Following Chemotherapy

article en

Abstract

Acute Care Utilization (ACU), including emergency department visits and hospitalizations post-chemotherapy, poses a significant and often preventable burden. Existing predictive models rarely account for diverse populations or factors such as rurality and distance to care. This study leverages data from thousands of patients receiving chemotherapy at the Avera Cancer Institute to quantify differences among those experiencing ACU, validate existing models, and develop a tailored predictive model. Using real-world, multi-source data, we address challenges such as data integration, feature engineering, and missing data management. Additionally, we explore model building techniques, hyperparameter tuning, and the critical role of stakeholder input in shaping model design. Finally, we emphasize the importance of prospectively evaluating and refining the model to ensure its real-world applicability. This work highlights practical lessons and complexities in healthcare predictive modeling to improve ACU prevention strategies.

Open PRAIRIE (South Dakota State University)
Openalex Percentile: Top 44%
Advanced Causal Inference Techniques
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Session 2: <em>Applied Model Building and Implementation: Predicting Acute Care Utilization Following Chemotherapy</em> · Open PRAIRIE (South Dakota State University) (2025) | TGRS Research Map | TGRS