Abstract:SummaryBackground: The Institute of Medicine (IOM) reports that at least a fourth of all medication related injuries are preventable. Therefore, the IOM recommends healthcare organizations and providers implement electronic prescribing and clinical decision support systems in practices to aid in medication error prevention. Objective: To assess the impact of noninstrusive-intrusive prompts from an electronic medical record on recommended baseline and follow up laboratory monitoring, CK and liver transaminase l… Show more
“…Although this study provides a widely adaptable EMR alert to promote laboratory test ordering by ocular immunology specialists, future studies should aim to design an alert that requires an action prior to dismissal (Table 2). Although this version was not effective due to the limitations previously mentioned, alerts have been shown to increase laboratory test monitoring 12. Although the concern that “alert fatigue” may occur when these pop-up menus are too frequently encountered, these reminders are simple to program and tailor to the ordering ophthalmologist to avert an increased charting burden 14.…”
Section: Discussionmentioning
confidence: 99%
“…Although this version was not effective due to the limitations previously mentioned, alerts have been shown to increase laboratory test monitoring. 12 Although the concern that "alert fatigue" may occur when these pop-up menus are too frequently encountered, these reminders are simple to program and tailor to the ordering ophthalmologist to avert an increased charting burden. 14 Future studies are needed to assess whether an alert can improve patient safety with the prescription of high-risk medications.…”
Section: Discussionmentioning
confidence: 99%
“…An alternative method to alter physician behavior and evaluate compliance with clinical guidelines has been the construction of clinical alerts built into the electronic medical record (EMR). In previous studies, initiation of these alerts resulted in increased ordering of required referrals, a reduction in inappropriate prescription orders, and increased ordering of tests for drug monitoring 10–12. Thus, electronic alerts can change physician practice patterns and improve laboratory test monitoring in patients with chronic health conditions using long-term medications.…”
mentioning
confidence: 98%
“…In previous studies, initiation of these alerts resulted in increased ordering of required referrals, a reduction in inappropriate prescription orders, and increased ordering of tests for drug monitoring. [10][11][12] Thus, electronic alerts can change physician practice patterns and improve laboratory test monitoring in patients with chronic health conditions using long-term medications. We describe the effectiveness of a newly implemented alert in the EMR to increase physician compliance in monitoring for side effects of oral corticosteroids, DMARDs, and biologic medications in an ocular immunology subspecialty clinic.…”
Background and Objectives: Treatment of chronic, noninfectious ocular inflammation includes corticosteroids, disease-modifying antirheumatic medications, and biologics. To mitigate adverse effects associated with the use of these medications, routine laboratory test monitoring is recommended throughout treatment. We evaluated the effectiveness of an alert added to the electronic medical record (EMR) to aid in laboratory test monitoring for patients prescribed these high-risk medications. Methods: A prospective, interventional study assessed the effect of the alert within the EMR on laboratory test ordering at the Division of Ocular Immunology at the Wilmer Eye Institute. The primary outcome measure was the change in number of ordered laboratory tests at 3, 6, and 12 months after the alert activation compared with pre-intervention levels and overall through the study period. The laboratory tests that were monitored included complete blood count, comprehensive metabolic panel, dual-energy x-ray absorptiometry (DXA) scanning, fasting lipid panel, and interferon gamma release assays. Results: The laboratory test orders for 153 patients on high risk medications were analyzed. Only the frequency of ordering the DXA and interferon gamma release assays increased significantly, compared with baseline, throughout the study. Conversely, there was a significant decrease in the frequency of ordering of fasting lipid profiles and hemoglobin A 1c at each time point and for complete blood count and comprehensive metabolic panel at the 6-month time point. Conclusion: An EMR alert results in increased laboratory test ordering initially for tests drawn on a yearly basis, but the effect on more frequently ordered tests wanes with time if the alert can be silenced by the provider. Nonetheless, it provides a novel mechanism to increase laboratory ordering in patients on high-risk medications that can be adapted for use in other EMR software. Future studies are needed to assess whether physician laboratory test ordering behavior is altered throughout the study period with the use of a non-silencable alert.
“…Although this study provides a widely adaptable EMR alert to promote laboratory test ordering by ocular immunology specialists, future studies should aim to design an alert that requires an action prior to dismissal (Table 2). Although this version was not effective due to the limitations previously mentioned, alerts have been shown to increase laboratory test monitoring 12. Although the concern that “alert fatigue” may occur when these pop-up menus are too frequently encountered, these reminders are simple to program and tailor to the ordering ophthalmologist to avert an increased charting burden 14.…”
Section: Discussionmentioning
confidence: 99%
“…Although this version was not effective due to the limitations previously mentioned, alerts have been shown to increase laboratory test monitoring. 12 Although the concern that "alert fatigue" may occur when these pop-up menus are too frequently encountered, these reminders are simple to program and tailor to the ordering ophthalmologist to avert an increased charting burden. 14 Future studies are needed to assess whether an alert can improve patient safety with the prescription of high-risk medications.…”
Section: Discussionmentioning
confidence: 99%
“…An alternative method to alter physician behavior and evaluate compliance with clinical guidelines has been the construction of clinical alerts built into the electronic medical record (EMR). In previous studies, initiation of these alerts resulted in increased ordering of required referrals, a reduction in inappropriate prescription orders, and increased ordering of tests for drug monitoring 10–12. Thus, electronic alerts can change physician practice patterns and improve laboratory test monitoring in patients with chronic health conditions using long-term medications.…”
mentioning
confidence: 98%
“…In previous studies, initiation of these alerts resulted in increased ordering of required referrals, a reduction in inappropriate prescription orders, and increased ordering of tests for drug monitoring. [10][11][12] Thus, electronic alerts can change physician practice patterns and improve laboratory test monitoring in patients with chronic health conditions using long-term medications. We describe the effectiveness of a newly implemented alert in the EMR to increase physician compliance in monitoring for side effects of oral corticosteroids, DMARDs, and biologic medications in an ocular immunology subspecialty clinic.…”
Background and Objectives: Treatment of chronic, noninfectious ocular inflammation includes corticosteroids, disease-modifying antirheumatic medications, and biologics. To mitigate adverse effects associated with the use of these medications, routine laboratory test monitoring is recommended throughout treatment. We evaluated the effectiveness of an alert added to the electronic medical record (EMR) to aid in laboratory test monitoring for patients prescribed these high-risk medications. Methods: A prospective, interventional study assessed the effect of the alert within the EMR on laboratory test ordering at the Division of Ocular Immunology at the Wilmer Eye Institute. The primary outcome measure was the change in number of ordered laboratory tests at 3, 6, and 12 months after the alert activation compared with pre-intervention levels and overall through the study period. The laboratory tests that were monitored included complete blood count, comprehensive metabolic panel, dual-energy x-ray absorptiometry (DXA) scanning, fasting lipid panel, and interferon gamma release assays. Results: The laboratory test orders for 153 patients on high risk medications were analyzed. Only the frequency of ordering the DXA and interferon gamma release assays increased significantly, compared with baseline, throughout the study. Conversely, there was a significant decrease in the frequency of ordering of fasting lipid profiles and hemoglobin A 1c at each time point and for complete blood count and comprehensive metabolic panel at the 6-month time point. Conclusion: An EMR alert results in increased laboratory test ordering initially for tests drawn on a yearly basis, but the effect on more frequently ordered tests wanes with time if the alert can be silenced by the provider. Nonetheless, it provides a novel mechanism to increase laboratory ordering in patients on high-risk medications that can be adapted for use in other EMR software. Future studies are needed to assess whether physician laboratory test ordering behavior is altered throughout the study period with the use of a non-silencable alert.
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