William E Encinosa1, Jaeyong Bae2. 1. Center for Delivery, Organization and Markets, Agency for Healthcare Research and Quality, 540 Gaither Road, Rockville, MD 20850, United States; Georgetown University, United States. Electronic address: william.encinosa@ahrq.hhs.gov. 2. Northern Illinois University, United States.
Abstract
BACKGROUND: many Meaningful Use (MU) requirements involve medication management. Little is known about what impact these will have on adverse drug events (ADEs) at challenged hospitals. METHODS: we use the Florida State Inpatient Database (HCUP, AHRQ), the AHA IT Supplement, and Hospital Compare. Controlling for non-response selection bias, we use multi-level GLLAMM regression analysis to examine the impact of the 5 core MU medication elements on hospital-caused ADEs. RESULTS: adopting all 5 core MU elements was associated with a reduction in ADEs. Hospitals reporting costs as the main barrier to MU reduced their ADE rates by 35%; low quality hospitals reduced ADEs by 29%, compared to 27% at high quality hospitals. Among hospitals reporting these medication elements among their top MU challenges, ADEs were reduced by 69%, compared to 45% for hospitals with no drug functions as their top MU challenges. However, ADEs increased by 14% at hospitals with physician resistance to MU, compared to a 52% ADE reduction without physician resistance. CONCLUSIONS: the bundling all five medication functions in MU is associated with large reductions in ADEs. IMPLICATIONS: without physician buy-in at the hospital, MU will have no impact on ADEs. Published by Elsevier Inc.
BACKGROUND: many Meaningful Use (MU) requirements involve medication management. Little is known about what impact these will have on adverse drug events (ADEs) at challenged hospitals. METHODS: we use the Florida State Inpatient Database (HCUP, AHRQ), the AHA IT Supplement, and Hospital Compare. Controlling for non-response selection bias, we use multi-level GLLAMM regression analysis to examine the impact of the 5 core MU medication elements on hospital-caused ADEs. RESULTS: adopting all 5 core MU elements was associated with a reduction in ADEs. Hospitals reporting costs as the main barrier to MU reduced their ADE rates by 35%; low quality hospitals reduced ADEs by 29%, compared to 27% at high quality hospitals. Among hospitals reporting these medication elements among their top MU challenges, ADEs were reduced by 69%, compared to 45% for hospitals with no drug functions as their top MU challenges. However, ADEs increased by 14% at hospitals with physician resistance to MU, compared to a 52% ADE reduction without physician resistance. CONCLUSIONS: the bundling all five medication functions in MU is associated with large reductions in ADEs. IMPLICATIONS: without physician buy-in at the hospital, MU will have no impact on ADEs. Published by Elsevier Inc.
Keywords:
Adverse drug events; Electronic medical records; Hospitals
Authors: Michael F Furukawa; William D Spector; M Rhona Limcangco; William E Encinosa Journal: J Am Med Inform Assoc Date: 2017-07-01 Impact factor: 4.497
Authors: Chun-Hsun Chen; Yu-Li Lan; Wei-Pang Yang; Fang-Ming Hsu; Chin-Lon Lin; Hsing-Chu Chen Journal: Int J Environ Res Public Health Date: 2019-10-18 Impact factor: 3.390