Provision of enteral nutrition (EN) is a specialized process requiring careful interdisciplinary teamwork. After discovering significant issues with ordering, administration, and documentation of EN, this health system updated its workflows to improve safety. EN therapies were added to the electronic medication administration record (MAR) and the barcoding system was updated. After one year, all EN orders were barcode scanned and nearly all were documented as given or included a reason why they were not given.

Pediatric patients are particularly vulnerable to medication errors. This cluster randomized controlled trial examined the short- and long-term impacts of an electronic medication management (eMM) system implemented at one pediatric referral hospital in Australia. Findings suggest that eMM implementation did not reduce medication errors in the first 70 days of use, but researchers observed a decrease in medication errors one year after implementation, suggesting long-term benefits.

Remote delivery of care, such as telehealth and e-prescribing, increased sharply at the beginning of the COVID-19 pandemic. This rapid review was conducted to determine the types and frequency of medication safety incidents associated with remote delivery of primary care prior to the pandemic. Fifteen articles were identified covering medication safety and e-prescribing; none of these studies associated medication safety and telehealth.

Previous research found that a pharmacist-led information technology intervention (PINCER) reduced dangerous prescribing (i.e., medication monitoring and drug-disease errors) among a subset of primary care practices in the United Kingdom (UK). This longitudinal analysis examined the impact of the PINCER intervention after implementation across a large proportion of general practices in one region in the UK. Researchers found the PINCER intervention decreased dangerous prescribing by 17% and 15% at 6-month and 12-month follow-ups, particularly among dangerous prescribing related to gastrointestinal bleeding.

Electronic prescribing (e-prescribing) is an established medication error reduction mechanism. This review analyzed experiences in the United Kingdom to understand strengths and weaknesses in e-prescribing. The work concluded that e-prescribing did improve safety in the UK and that the implementation and use of the system was a complex endeavor. The effort produced an accompanying toolkit to assist organizations in e-prescribing system decision making.

The CancelRx tool is designed to improve communication between electronic health record (EHR) systems and pharmacy dispensing software. However, interoperability issues can limit the tool’s usefulness and result in inadvertent dispensing of discontinued medications. This evaluation of discontinued medications at one health systems over a one-month period found that only one-third to one-half of discontinued medications were e-prescribed using the same EHR system and would result in a CancelRx message to the pharmacy; the remainder of discontinued medications were patient-reported or reconciled from outside sources.

Duplicate medication orders, defined as orders for two or more identical medications or same therapeutic class, can result in serious complications if they reach the patient. This study examined the error type (same medication, therapeutic class, or order), when they were recognized, and factors contributing to the error. Importantly, of duplicate orders in the same therapeutic class, the three most common medications were anti-coagulants, a high-risk medication.

Nudges (e.g., default order sets) in the electronic health record (EHR) have been shown to encourage safer prescribing of opioids in emergency departments. This study evaluated the effect of nudges to reduce opioid prescribing for opioid-naïve patients with acute pain. Primary care practices were cluster randomized to control, opioid justification in the EHR, peer comparison, or combined opioid justification and peer comparison groups. The three intervention groups showed reduced opioid prescribing compared to control.

Computerized decision support systems can alert clinicians to drug-drug interactions (DDIs), but the alert fatigue contributes to alert overrides. This scoping review includes 34 studies from the United States and international settings and identified a high prevalence of DDI alert overrides. The authors discuss the need for improved decision support systems to improve DDI alerts and actionable metrics to measure harms associated with alert overrides.

Despite widespread implementation of computerized provider order entry (CPOE) for medication ordering, some orders may be submitted wholly or in part using the free-text field. This study analyzed CPOE orders that included medication information in the free text field. High-risk medications (e.g., insulin, heparin) were frequently mentioned and the most common expected action was to discontinue. Despite using the same CPOE software, there were wide variations between the six included hospitals in the rates of orders in free text and the types of medications mentioned.

Although e-prescribing has improved the safety of medication ordering, preventable errors persist. This study analyzed product descriptions (ingredient, strength, dose form) of more than 10 million e-prescriptions. Results show a wide variety in the way drug product descriptions are entered into e-prescription programs (e.g., 707 variants for “oral tablet” such as tablet, tab, po tab). Poor standardization of terminology in e-prescription programs can lead to incorrect medication order and patient confusion.

Poor usability of electronic health record (EHR)-based computerized provider order entry (CPOE) can lead to adverse events. Using a newly developed self-administered assessment tool, researchers identified several EHR usability and safety issues across medication, laboratory, and radiology CPOE functions.

Computerized provider order entry has become standard practice for most medication ordering. This article reports on the safety and efficiency of ordering mixed-drug infusions before and after implementation of electronic prescribing. After implementation, rates of prescription errors, time to process discharge orders, and time between prescription and administration all decreased.

Alert fatigue contributes to task burden and can threaten patient safety. In this study, researchers at one academic medical center found that machine learning techniques could enable intelligent filtering of medication alerts and reduce alert volume by 54%.

Computerized provider order entry (CPOE) refers to a system in which clinicians directly place orders electronically to be sent to the receiver (e.g., pharmacist). This French hospital analyzed hospital discharge orders (HDO) over a six-month period to evaluate the use rate of CPOE, prescription concordance between CPOE-edited HDO, exit prescriptions transcribed in the discharge summary, and prescribing error rate. Use of CPOE and pharmacist intervention reduced prescribing errors of hospital discharge orders.

Hospitals in the US can evaluate the safety of their computerized provider order entry using a simulation tool such as the one provided by the Leapfrog Group. This study developed a similar simulation tool for use in the UK. Study participants rated 178 clinical scenarios for likelihood of occurrence, level of associated harm, and likelihood of harm. One hundred and thirty-one extreme or high-risk prescribing scenarios were developed and will be used to create the evaluation tool.