Reducing ethnic and racial disparities by improving undertreatment, control, and engagement in blood pressure management with health information technology (REDUCE-BP) hybrid effectiveness-implementation pragmatic trial: Rationale and design

• Published in: American Heart Journal
• Main Authors: Lauffenburger, Julie C, Khatib, Rasha, Siddiqi, Alvia, Albert, Michelle A, Keller, Punam A, Samal, Lipika, Glowacki, Nicole, Everett, Marlon E, Hanken, Kaitlin, Lee, Simin G, Bhatkhande, Gauri, Haff, Nancy, Sears, Ellen S, Choudhry, Niteesh K
• Format: Text
• Language: unknown
• Published: Advocate Aurora Health Institutional Repository 2023
• Subjects: behavioral science; clinical decision support; disparities; electronic health records; hypertension; Advocate Aurora Research Institute; Population Health and Public Health; Aurora Research Institute
• Online Access: https://institutionalrepository.aah.org/allother/354; https://doi.org/10.1016/j.ahj.2022.10.003; https://libkey.io/libraries/1712/10.1016/j.ahj.2022.10.003

Background: While racial/ethnic disparities in blood pressure control are documented, few interventions have successfully reduced these gaps. Under-prescribing, lack of treatment intensification, and suboptimal follow-up care are thought to be central contributors. Electronic health record (EHR) tools may help address these barriers and may be enhanced with behavioral science techniques. Objective: To evaluate the impact of a multicomponent behaviorally-informed EHR-based intervention on blood pressure control. Trial design: Reducing Ethnic and racial Disparities by improving Undertreatment, Control, and Engagement in Blood Pressure management with health information technology (REDUCE-BP) (NCT05030467) is a two-arm cluster-randomized hybrid type 1 pragmatic trial in a large multi-ethnic healthcare system. Twenty-four clinics (>350 primary care providers [PCPs] and >10,000 eligible patients) are assigned to either multi-component EHR-based intervention or usual care. Intervention clinic PCPs will receive several EHR tools designed to reduce disparities delivered at different points, including a: 1) dashboard of all patients visible upon logging on to the EHR displaying blood pressure control by race/ethnicity compared to their peers and 2) set of tools in an individual patient's chart containing decision support to encourage treatment intensification, ordering home blood pressure measurement, interventions to address health-related social needs, default text for note documentation, and enhanced patient education materials. The primary outcome is patient-level change in systolic blood pressure over 12 months between arms; secondary outcomes include changes in disparities and other clinical outcomes. Conclusion: REDUCE-BP will provide important insights into whether an EHR-based intervention designed using behavioral science can improve hypertension control and reduce disparities.