D221 – PA: Addressing Medication Errors in Healthcare Settings

Student Name

Western Governors University 

D221 Organizational Systems and Healthcare Transformation

Prof. Name

Date

Systems-Level Safety Concern in a Healthcare Setting Using SBAR Format

Medication safety represents a critical systems-level issue in contemporary healthcare environments. Using the SBAR (Situation–Background–Assessment–Recommendation) framework provides a structured and standardized approach to communicating risks, analyzing contributing factors, and proposing evidence-based interventions. This format enhances interdisciplinary understanding and supports high-quality clinical decision-making.

Situation (S)

Medication administration is a core nursing responsibility and one of the most error-prone clinical processes across healthcare settings. Because medications are administered to multiple patients daily, even a single breakdown in the system can result in widespread harm. Errors may involve administering the wrong medication, delivering an incorrect dose, using the wrong route, or failing to adhere to prescribed timing. Additional risks arise when high-alert medications are given without reviewing relevant laboratory values, allergies, or vital signs. Adverse drug events and allergic reactions further underscore the seriousness of this concern. Ensuring patient safety therefore depends on consistent adherence to infection control measures, standardized medication protocols, and clear communication among healthcare professionals.

Background (B)

Medication errors remain a persistent and costly challenge in healthcare systems. In the United States, these errors are associated with an estimated 7,000 to 9,000 patient deaths each year, in addition to a substantial number of nonfatal adverse drug events that may go undocumented (Tariq et al., 2023). Errors can occur at any point in the medication-use process, including prescribing, transcribing, dispensing, administering, and monitoring. Contributing factors include insufficient pharmacological knowledge, unclear or illegible orders, overlooked allergy documentation, and system inefficiencies.

From a nursing perspective, medication errors may result from look-alike or sound-alike drugs, misinterpretation of dosage units, interruptions during medication preparation, or bypassing barcode medication administration systems. Evidence demonstrates that electronic barcode scanning significantly reduces the likelihood of such errors by ensuring real-time verification of the correct patient, medication, and dose.

National patient safety initiatives emphasize medication safety as a priority. The Joint Commission (2021) outlines mandatory standards, including the use of at least two patient identifiers prior to medication administration and independent double-checks for high-risk or pediatric medications. Best practices also require verification of the “five rights” of medication administration—right patient, medication, dose, route, and time—along with accurate documentation, immediate labeling of prepared medications, and clear identification of intravenous lines to minimize preventable harm.

Assessment (A)

Medication errors have far-reaching consequences that extend beyond immediate clinical outcomes. They affect patients, healthcare professionals, and organizations at multiple levels, as outlined below.

For patients, medication errors can lead to prolonged hospital stays, long-term complications, or loss of confidence in the healthcare system. Nurses involved in such events often experience guilt, anxiety, and professional consequences that contribute to burnout. At the organizational level, medication errors generate billions of dollars in avoidable costs annually and can negatively impact quality ratings and public trust (Tariq et al., 2023). Collectively, these outcomes highlight that medication safety is a fundamental indicator of care quality and system reliability.

Recommendation (R)

What strategies can effectively reduce medication errors at a systems level? The implementation of Electronic Medication Management Systems (EMMS) is strongly recommended as a primary intervention. EMMS integrates prescribing, dispensing, and administration functions into a single digital platform, automating dosage calculations, infusion rates, scheduling, and safety checks. Evidence from multisite studies indicates that EMMS adoption can reduce serious medication errors by as much as 50% while improving clinical efficiency and reducing long-term costs (Westbrook et al., 2020).

This recommendation aligns with the principles of High-Reliability Organizations (HROs), which prioritize zero harm through constant vigilance, learning, and system redesign. A defining HRO principle—preoccupation with failure—encourages healthcare teams to identify vulnerabilities proactively rather than reacting after harm occurs. EMMS supports this approach by enabling real-time alerts, audit trails, and data-driven quality improvement initiatives.

Potential Barriers and Solutions

Despite its benefits, EMMS implementation presents practical challenges. Anticipating and addressing these barriers is essential for successful adoption.

Addressing these challenges through leadership support and strategic planning increases the likelihood of sustained success.

Importance of Shared Decision-Making

Why is shared decision-making critical to medication safety initiatives? Effective EMMS implementation requires collaboration among nurses, physicians, pharmacists, information technology specialists, and patients. Clinicians provide insight into workflow integration, pharmacists ensure medication accuracy and safety, and IT professionals maintain system functionality. Incorporating patient feedback further ensures that technology enhances, rather than detracts from, the care experience. Shared ownership fosters accountability, improves system usability, and strengthens a culture of safety.

Measuring Outcomes

How can the effectiveness of EMMS be evaluated? A dedicated quality improvement team should systematically track medication error rates before and after implementation. Outcome measures may include total error frequency, severity of reported incidents, rates of adverse drug events, and associated cost savings. Continuous monitoring allows organizations to refine processes, identify new risks, and demonstrate measurable improvements in patient safety.

Current Care Delivery Model and Impact of the Recommendation

Healthcare organizations employ diverse care delivery models, ranging from functional nursing in acute care settings to team-based nursing models in inpatient units. Regardless of structure, EMMS enhances safety by standardizing medication workflows, supporting cross-checks, and generating alerts for allergies, contraindications, and dosing limits. These features are particularly valuable for nurses who float between units or care for unfamiliar patient populations, thereby reducing variability and improving overall care quality.

Summary Table of SBAR Analysis

References

Tariq, R. A., Vashisht, R., Sinha, A., & Scherbak, Y. (2023). Medication dispensing errors and prevention. In StatPearls [Internet]. StatPearls Publishing.

The Joint Commission. (2021). Hospital National Patient Safety Goals.

Westbrook, J. I., Sunderland, N. S., Woods, A., Raban, M. Z., Gates, P., & Li, L. (2020). Changes in medication administration error rates associated with the introduction of electronic medication systems in hospitals: A multisite controlled before-and-after study. BMJ Health & Care Informatics, 27(3).

D221 – PA: Addressing Medication Errors in Healthcare Settings

Westbrook, J. I., Gospodarevskaya, E., Li, L., Richardson, K. L., Roffe, D., Heywood, M., Day, R. O., & Graves, N. (2017). Cost-effectiveness analysis of a hospital electronic medication management system. Journal of the American Medical Informatics Association, 22(4), 784–793.