4.6 Article

Barriers to Implementing Cardiovascular Risk Calculation in Primary Care: Alignment With the Consolidated Framework for Implementation Research

期刊

AMERICAN JOURNAL OF PREVENTIVE MEDICINE
卷 60, 期 2, 页码 250-257

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ELSEVIER SCIENCE INC
DOI: 10.1016/j.amepre.2020.07.027

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  1. Agency for Healthcare Research and Quality [R18HS023908]
  2. [UL1TR002319]

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This study identified barriers to the implementation of cardiovascular disease risk calculators in primary care, including time constraints, limitations in accessing necessary information for using the calculator, lack of buy-in from clinicians or staff, patient fear of statin medications, and absence of documented clinic workflow for using the calculator. Future research should consider tailoring interventions to address these common barriers in order to improve uptake of cardiovascular disease risk calculation.
Introduction: Cardiovascular disease risk calculators can inform and guide preventive strategies and treatment decisions by clinicians and patients. However, their uptake in primary care has been slow despite the recommendation in national cardiovascular disease prevention guidelines. Identifying the barriers to the implementation of cardiovascular disease risk calculators is essential for promoting their adoption. Methods: The authors qualitatively analyzed structured physician educator notes written during an outreach education intervention with 44 small- and medium-sized primary care clinics that participated in the Agency for Healthcare Research and Quality-funded EvidenceNOW Healthy Hearts Northwest trial. The authors coded barriers to the implementation of cardiovascular disease risk calculation and aligned them to the Consolidated Framework for Implementation Research. Results: The authors identified 13 barriers from the physician educators' notes. The majority (n=8, 62%) mapped to the framework's Inner Setting domain. The 5 most commonly noted barriers were (1) time constraints to use a calculator (N=23 clinics), (2) limitations to accessing a calculator or the necessary information to use a calculator (N=22 clinics), (3) no or minimal buy-in from clinicians or staff to use a calculator (N=19 clinics), (4) reported patient fear of side effects from statin medications or patient dislike of taking medications per the guidelines (N=17 clinics), and (5) lack of documented clinic workflow for using a calculator (N=16 clinics). Conclusions: To improve the uptake of cardiovascular disease risk calculation in primary care, future cardiovascular disease prevention and implementation research should consider tailoring interventions to the common barriers to implementing cardiovascular disease risk calculation. (C) 2020 American Journal of Preventive Medicine. Published by Elsevier Inc. All rights reserved.

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