Use of electronic health records to manage tobacco screening and treatment in rural primary care

Purpose Electronic health records (EHRs) can facilitate primary care providers’ (PCPs) use of best practices in addressing tobacco dependence. It is unknown whether rural PCPs reap the same benefits as their urban counterparts when employing EHRs for this purpose. Our study examines this issue. Meth...

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Veröffentlicht in:The Journal of rural health 2022-06, Vol.38 (3), p.482-492
Hauptverfasser: Talbot, Jean A., Ziller, Erika C., Milkowski, Carly M.
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container_issue 3
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container_title The Journal of rural health
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creator Talbot, Jean A.
Ziller, Erika C.
Milkowski, Carly M.
description Purpose Electronic health records (EHRs) can facilitate primary care providers’ (PCPs) use of best practices in addressing tobacco dependence. It is unknown whether rural PCPs reap the same benefits as their urban counterparts when employing EHRs for this purpose. Our study examines this issue. Methods This cross‐sectional investigation based on the 2012–2015 National Ambulatory Medical Care Survey used chi‐square tests and adjusted logistic regression models to explore how rurality and use of tobacco‐related EHR functions were related to smoking status documentation (SSD) and cessation treatment at adult primary care visits. Findings SSD rates were similar in visits to rural‐ and urban‐based PCPs (88.2% rural‐based vs 81.1% urban‐based, P = .5819). Use of EHRs for SSD was associated with higher SSD odds at visits to both rural‐ and urban‐based PCPs, but this increase was greater for visits to rural‐based PCPs (428% vs 220% urban‐based, P = .0443). Rates of cessation treatment at smokers’ visits were low in rural and urban contexts (19.3% rural vs 19.6% urban, P = .9430). Odds of cessation treatment were 68% higher where EHRs were used to remind PCPs of treatment guidelines (P = .001), with no rural‐urban difference in the size of the increase. Access to EHRs with tobacco‐related functions was similar across rural and urban practices. Conclusions Rural‐based PCPs were at least as successful as urban‐based PCPs in leveraging EHRs to enhance tobacco‐related services. Even where EHRs are used, opportunities exist to expand cessation treatment in rural primary care.
doi_str_mv 10.1111/jrh.12613
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It is unknown whether rural PCPs reap the same benefits as their urban counterparts when employing EHRs for this purpose. Our study examines this issue. Methods This cross‐sectional investigation based on the 2012–2015 National Ambulatory Medical Care Survey used chi‐square tests and adjusted logistic regression models to explore how rurality and use of tobacco‐related EHR functions were related to smoking status documentation (SSD) and cessation treatment at adult primary care visits. Findings SSD rates were similar in visits to rural‐ and urban‐based PCPs (88.2% rural‐based vs 81.1% urban‐based, P = .5819). Use of EHRs for SSD was associated with higher SSD odds at visits to both rural‐ and urban‐based PCPs, but this increase was greater for visits to rural‐based PCPs (428% vs 220% urban‐based, P = .0443). Rates of cessation treatment at smokers’ visits were low in rural and urban contexts (19.3% rural vs 19.6% urban, P = .9430). Odds of cessation treatment were 68% higher where EHRs were used to remind PCPs of treatment guidelines (P = .001), with no rural‐urban difference in the size of the increase. Access to EHRs with tobacco‐related functions was similar across rural and urban practices. Conclusions Rural‐based PCPs were at least as successful as urban‐based PCPs in leveraging EHRs to enhance tobacco‐related services. 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It is unknown whether rural PCPs reap the same benefits as their urban counterparts when employing EHRs for this purpose. Our study examines this issue. Methods This cross‐sectional investigation based on the 2012–2015 National Ambulatory Medical Care Survey used chi‐square tests and adjusted logistic regression models to explore how rurality and use of tobacco‐related EHR functions were related to smoking status documentation (SSD) and cessation treatment at adult primary care visits. Findings SSD rates were similar in visits to rural‐ and urban‐based PCPs (88.2% rural‐based vs 81.1% urban‐based, P = .5819). Use of EHRs for SSD was associated with higher SSD odds at visits to both rural‐ and urban‐based PCPs, but this increase was greater for visits to rural‐based PCPs (428% vs 220% urban‐based, P = .0443). Rates of cessation treatment at smokers’ visits were low in rural and urban contexts (19.3% rural vs 19.6% urban, P = .9430). Odds of cessation treatment were 68% higher where EHRs were used to remind PCPs of treatment guidelines (P = .001), with no rural‐urban difference in the size of the increase. Access to EHRs with tobacco‐related functions was similar across rural and urban practices. Conclusions Rural‐based PCPs were at least as successful as urban‐based PCPs in leveraging EHRs to enhance tobacco‐related services. 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source Applied Social Sciences Index & Abstracts (ASSIA); Wiley Online Library - AutoHoldings Journals; MEDLINE; PAIS Index
subjects Adult
Ambulatory care
Ambulatory health care
Archives & records
Best practice
Computerized medical records
Cross-Sectional Studies
Documentation
EHR
Electronic Health Records
Electronic medical records
Health care
Health records
Health services
Humans
Medical personnel
Medical records
Medical screening
Primary care
Primary Health Care
Regression analysis
Regression models
rural
Rural areas
Rural health care
Rurality
Smoking
Smoking cessation
Tobacco
Tobacco Products
Tobacco Use - epidemiology
Urban areas
title Use of electronic health records to manage tobacco screening and treatment in rural primary care
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