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Adverse drug events (ADE) are common and preventable. In this study, hospital pharmacists met face-to-face with prescribing residents to review medications ordered for older adult inpatients. Preventable and unrecognized ADE decreased following implementation. The most common preventable ADE both before and after implementation occurred during the prescribing stage.

Intravenous admixture preparation errors (IAPE) in hospitals are common and may result in harm if they reach the patient. In this before-and-after study, IAPE data were collected to evaluate the safety of a pharmacy-based centralized intravenous admixture service (CIVAS). Compared to the initial standard practice (nurse preparation on the ward), IAPE of all severity levels (i.e., potential error, no harm, harm) decreased and there were no errors in the highest severity level after implementation of CIVAS.

Older adults are particularly vulnerable to medication errors due to polypharmacy and medical complexities. In this qualitative study, healthcare professionals outlined several multifactorial hazards for medication-related harm during care transitions, including complex dosing, knowledge gaps, errors in discharge medications and gaps in access to care.

Alert fatigue and subsequent overrides are known contributors to preventable adverse events particularly for high-risk drug-drug interactions. Researchers assessed prescribers’ actions following an alert for new prescriptions of Low Molecular Weight Heparins (LMWHs) to patients currently prescribed Direct Acting Anticoagulants (DOACs). More than half of the alerts were overridden but were appropriate and justified in most cases.

Acute care facilities in Pennsylvania are required to report all Incidents and Serious Events to the state’s Patient Safety Authority. This study updates the 2020 report. Similar to prior reports, Error Related to Procedure/Treatment/Test remained the most commonly reported events, followed by Medication Error, Complication of Procedure/Treatment/Test, and Fall.

Medication reconciliation can reduce medication errors, but implementation practices can vary across institutions. In this study, researchers compared data for patients from six hospitals and different clinical departments and found that hospitals differed in the number and type of medication reconciliation interventions performed. Qualitative analysis suggests that patient mix, types of healthcare professionals involved, and when and where the medication reconciliation interviews took place, influence the number of interventions performed.

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.

The advantages of automation can be safely achieved only when the technologies are implemented into processes that support their proper use in regular and urgent situations. This guideline outlines considerations for the safe use of computerized compounding devices to prepare parenteral nutrition admixtures with the broader application to other IV preparations in mind. Effective policy, training, system variation, and vendor partnerships are elements discussed.

Automated dispensing cabinets (ADCs) can reduce medication dispensing errors by requiring pharmacist verification. This study found that medication overrides (i.e., bypassing pharmacist review before administration) in one pediatric emergency department were frequently not due to an emergent situation requiring immediate medication administration and could have been avoided.

Polypharmacy is an established problem among older adult patients and can lead to medication errors and adverse events. This observational study concluded that polypharmacy was common among adult patients (ages 21 and older) at one tertiary hospital, with almost half of inpatients prescribed more than 9 drugs during their hospitalization. Findings indicate that medication administration errors increase as the number of prescribed drugs increased.

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.

Drug shortages can result in patient harm, such as dosing errors from a medication substitution. In this study, 28 of the 30 most frequently used medications in the emergency department experienced shortages between 2006 and 2019. The most common reasons for shortages were manufacturing delays and increased demand. The COVID-19 pandemic exacerbated pre-existing drug shortages.

Pharmacists play a critical role in medication safety during transitions of care. This multi-center study found that a transitional pharmacy care program (including teach-back, pharmacy discharge letter, home visit by community pharmacist, and medication reconciliation by both the community and hospital pharmacist) did not decrease the proportion of patients with adverse drug events (ADE) after hospital discharge. The authors discuss several possible explanations as to why the intervention did not impact ADEs and suggest that a process evaluation is needed to explore ways in which a transitional pharmacy care program could reduce ADEs.

Tall Man lettering (TML) is a recommended strategy to reduce look-alike or sound-alike medication errors. This simulation study used eye tracking to investigate how of ‘tall man lettering’ impacts medication administration tasks. The researchers found that TML of prelabeled syringes led to a significant decrease in misidentified syringes and improved visual attention.

Computerized decision support alerts for drug-drug interactions are commonly overridden by clinicians. This study examined fifteen well-known drug-drug interactions and identified risk factors that could reduce risk in the majority of interactions (e.g., medication order timing, medication dose, and patient factors).