NURS-FPX4040 Assessment 3: Annotated Bibliography on Technology in Nursing Sample

NURS-FPX4040 Assessment 3 Annotated Bibliography on Technology in Nursing Sample

Course: NURS-FPX4040: Managing Health Information and Technology

Assessment: Assessment 3

Sample Type: 4-6 page evidence-based annotated bibliography

Author: FlexPath Assignment Help

Educational sample notice. This original model demonstrates one way to organize an annotated bibliography and evidence synthesis about nursing technology. Learners should compare it with the current courseroom instructions and scoring guide, verify all sources, and create their own submission.

Selected Technology: Barcode Medication Administration

Barcode medication administration (BCMA) was selected because medication administration is one of the highest-frequency safety tasks performed by nurses. BCMA links the patient wristband, electronic medication administration record, and medication barcode to create a final electronic check before a drug is given. The technology is attractive because it can reduce wrong-patient, wrong-drug, and wrong-dose errors, but its safety benefit depends on reliable scanners, readable barcodes, appropriate workflow, and nurses using the system as designed.

The literature search used PubMed, CINAHL-style nursing terms, Google Scholar, and patient-safety resources. Search terms included “barcode medication administration,” “BCMA nursing,” “barcode medication errors,” “barcode scanning compliance,” “BCMA workflow,” and “medication administration technology.” Priority was given to peer-reviewed publications from 2022-2025 that addressed patient safety, nursing workflow, implementation, or system design.

Annotated Bibliography

Williams et al. (2025)

Citation. Williams, R., Kantilal, K., Man, K. K. C., Blandford, A., & Jani, Y. (2025). Barcode medication administration system use and safety implications: A data-driven longitudinal study supported by clinical observation. BMJ Health & Care Informatics, 32(1), e101214. https://doi.org/10.1136/bmjhci-2024-101214

Summary and credibility. This recent peer-reviewed study examined BCMA use over time and combined system data with direct clinical observation. That design is valuable because scan-rate data alone can look successful while hiding workarounds or reasons for noncompliance. The authors analyzed how medication and patient scanning changed after implementation and explored barriers and safety implications. The publication is credible because it appears in a peer-reviewed BMJ informatics journal, uses clearly described methods, and directly evaluates the technology in real hospital practice.

Contribution to nursing quality and safety. The article supports BCMA, but it also shows that implementation quality matters. A hospital should not assume that purchasing scanners automatically improves safety. Leaders need to monitor patient and medication scanning, investigate mismatch alerts, observe workflow, and fix recurring barriers. For nursing practice, this means compliance data should be used for improvement rather than punishment alone. The nurse informaticist, pharmacy, IT, and unit leadership should investigate whether low compliance reflects behavior, broken equipment, unreadable packaging, emergency workflow, or a poorly designed process.

Austin et al. (2022)

Citation. Austin, J. M., Bane, A., Gooder, V., Saltsman, C., Wilson, M., Stewart, K. B., Derk, J., Danforth, M., & Michalek, C. (2022). Development of the Leapfrog Group’s bar code medication administration standard to address hospital inpatient medication safety. Journal of Patient Safety, 18(6), 526-530. https://doi.org/10.1097/PTS.0000000000001052

Summary and credibility. This peer-reviewed article describes how a national patient-safety organization developed and refined a BCMA standard for hospitals. The authors include patient-safety, hospital, pharmacy, and quality experts. Instead of evaluating one unit, the article explains the requirements needed for BCMA to function as a dependable safety system. The source is useful because it moves the discussion from “having BCMA” to measurable expectations for implementation and use.

Contribution to nursing quality and safety. The article reinforces the idea that BCMA is an organizational safety strategy, not only a nursing task. Nursing performance is influenced by how barcodes are supplied, how patient identification is maintained, how the EHR is configured, and whether the organization monitors compliance and exceptions. This supports an interdisciplinary implementation model. Nurses need reliable hardware and workflow; pharmacy needs scannable medication packaging; IT must maintain interfaces; and leadership must review safety data. A strong BCMA program therefore depends on system design and shared accountability.

Lichtner and Dowding (2022)

Citation. Lichtner, V., & Dowding, D. (2022). Mindful workarounds in bar code medication administration. Studies in Health Technology and Informatics, 294, 740-744. https://doi.org/10.3233/SHTI220575

Summary and credibility. This peer-reviewed informatics paper focuses on BCMA workarounds. Workarounds are important because nurses sometimes bypass technology when the system conflicts with urgent care, equipment fails, or the workflow is impractical. The article adds nuance by recognizing that not every workaround has the same cause or risk. The authors have established expertise in health informatics and medication safety, and the work is published in a recognized informatics series.

Contribution to nursing quality and safety. The main lesson is that leaders should investigate why nurses deviate from the intended process rather than simply labeling every deviation as noncompliance. For example, repeatedly typing a barcode because a scanner cannot read certain packaging is a different problem from intentionally scanning a copied barcode away from the bedside. The first suggests a technical or supply-chain defect; the second may remove the patient-identification safety check. Nursing input is therefore essential when analyzing BCMA incident data and redesigning workflow.

Soorma et al. (2024)

Citation. Soorma, K., O’Neill, A., Ramsay, A., Toth, A., Weisburd, S., Rivera, S., & Tejada, C. (2024). Increasing barcode medication administration in the emergency department setting. Practical Implementation of Nursing Science, 3(2), 35-36. https://doi.org/10.29024/pins.84

Summary and credibility. This peer-reviewed implementation report addresses a difficult environment for BCMA: the emergency department. Emergency care has interruptions, rapid medication decisions, time-sensitive treatment, and movement between rooms, all of which can reduce scanning compliance. The source is valuable because it focuses on practical implementation rather than assuming inpatient workflows transfer perfectly to every setting.

Contribution to nursing quality and safety. The report supports local measurement and improvement strategies when compliance is low. An emergency department should review its specific barriers, such as device availability, urgent medication workflows, patient identification, or staff training. A one-size-fits-all policy can create unsafe shortcuts if nurses do not have functioning equipment at the point of care. This evidence supports unit-level testing, frontline involvement, rapid feedback, and adaptation while preserving the essential safety checks.

Evidence Synthesis and Recommendation

Across the four sources, a consistent message appears: BCMA can strengthen medication safety, but the technology is only as reliable as the clinical system around it. Williams et al. (2025) show the value of monitoring real scan behavior and reasons for nonuse. Austin et al. (2022) emphasize standards and organizational accountability. Lichtner and Dowding (2022) show why workarounds should be analyzed rather than treated as a single behavior. Soorma et al. (2024) demonstrate the importance of adapting implementation to a high-pressure nursing environment.

BCMA is recommended for organizations that are willing to invest in the complete medication-use system. Implementation should include bedside testing, adequate mobile devices or workstations, maintenance of scanners, scannable pharmacy packaging, accurate patient wristbands, clear exception workflows, nurse training, and a nonpunitive process for reporting barriers. The organization should monitor both scanning compliance and medication-error outcomes. A high scan rate is not enough if staff use unsafe shortcuts to achieve the number.

The technology also supports interdisciplinary collaboration. Nurses identify workflow barriers and receive alerts at the point of administration. Pharmacy controls medication labeling and packaging. IT supports hardware and interfaces. Informatics specialists connect clinical problems with system changes. Quality and patient-safety leaders evaluate trends and outcomes. When these roles work together, BCMA becomes a safety process rather than a stand-alone device.

The strongest evidence-based recommendation is therefore to use BCMA as part of a closed-loop medication-safety strategy and to treat nurses as core partners in design, monitoring, and improvement. Organizations should evaluate unintended consequences, repair technical barriers quickly, and use data to learn where the system is failing. This approach preserves the technology’s safety benefit while reducing the pressure that creates workarounds.

References

Austin, J. M., Bane, A., Gooder, V., Saltsman, C., Wilson, M., Stewart, K. B., Derk, J., Danforth, M., & Michalek, C. (2022). Development of the Leapfrog Group’s bar code medication administration standard to address hospital inpatient medication safety. Journal of Patient Safety, 18(6), 526-530. https://doi.org/10.1097/PTS.0000000000001052

Lichtner, V., & Dowding, D. (2022). Mindful workarounds in bar code medication administration. Studies in Health Technology and Informatics, 294, 740-744. https://doi.org/10.3233/SHTI220575

Soorma, K., O’Neill, A., Ramsay, A., Toth, A., Weisburd, S., Rivera, S., & Tejada, C. (2024). Increasing barcode medication administration in the emergency department setting. Practical Implementation of Nursing Science, 3(2), 35-36. https://doi.org/10.29024/pins.84

Williams, R., Kantilal, K., Man, K. K. C., Blandford, A., & Jani, Y. (2025). Barcode medication administration system use and safety implications: A data-driven longitudinal study supported by clinical observation. BMJ Health & Care Informatics, 32(1), e101214. https://doi.org/10.1136/bmjhci-2024-101214

Assessment Coverage Map