Kelly L Rossler1, Ganesh Sankaranarayanan2, Mariana H Hurutado3. 1. Baylor University Louise Herrington School of Nursing, 333N. Washington Ave., Dallas, TX 75246, USA. Electronic address: Kelly_Rossler@baylor.edu. 2. Department of Surgery, UT Southwestern Medical Center, 5323 Harry Hines Blvd, Dallas, TX 75390, USA. Electronic address: Ganesh.Sankaranarayanan@UTSouthwestern.edu. 3. Baylor Scott and White Health, University Medical Center, 3535 Worth St., Dallas, TX 75204, USA. Electronic address: Mariana.Hurutado@bswhealth.org.
Abstract
AIM: This paper aims to describe how the Nominal Group Technique was applied to obtain focused content to develop medication administration error scenarios for future use to educate practicing RNs with immersive virtual reality simulation. BACKGROUND: In the United States, medication errors account for up to $46 million in daily loss to hospital operational budgets. Each phase of prescribing, dispensing, administration, monitoring, and reconciliation is crucial in reducing potentially life-threatening outcomes associated with medication errors. Registered Nurses are responsible for safely administering diverse classifications of medications to patients in various healthcare settings. However, human and system factors can contribute to the exposure of hospitalized patients to a medication error. Virtual reality simulation-based education can be a methodology to educate practicing Registered Nurses on safe medication practices. DESIGN: A Nominal Group Technique process was used to generate consensus from participating Registered Nurses on human and system factors that can contribute to medication administration errors. METHODS: The process consisted of (a) preparation, (b) running the group with an introduction of the subject, (c) generation of ideas, (d) listing of ideas, (e) discussion of ideas, (f) ranking of top ideas, (g) voting on top ideas, (h) discussion of the vote outcome, and (i) re-ranking and rating the top items. Human and system factor idea items encompassed medication errors during ordering, prescribing, or administering medications. Both novice and experienced Registered Nurses rank-ordered these factors as those most likely to encounter or which would most likely occur during one working shift. RESULTS: Descriptive statistics of frequencies and percentages were used to analyze the findings when grouped by human and system factor categories. Non-parametric testing with a Kruskal-Wallis test was conducted to compare the human and system factors by categories and years of Registered Nurse experience. Findings revealed that the factors of Time Management: getting behind, hurried, urgent (KW-H 11.2, df 4, p = .025) and Right Medication: medications have similar look and sound-alike names (KW-H 11.1, df 4, p = .025) impacted safe medication administration for both the novice and experienced nurse. CONCLUSION: The NGT process identified human and system factors contributing to errors and impacting safe medication administration practices. Findings will support the creation of medication administration scenarios for use with immersive virtual reality simulation.
AIM: This paper aims to describe how the Nominal Group Technique was applied to obtain focused content to develop medication administration error scenarios for future use to educate practicing RNs with immersive virtual reality simulation. BACKGROUND: In the United States, medication errors account for up to $46 million in daily loss to hospital operational budgets. Each phase of prescribing, dispensing, administration, monitoring, and reconciliation is crucial in reducing potentially life-threatening outcomes associated with medication errors. Registered Nurses are responsible for safely administering diverse classifications of medications to patients in various healthcare settings. However, human and system factors can contribute to the exposure of hospitalized patients to a medication error. Virtual reality simulation-based education can be a methodology to educate practicing Registered Nurses on safe medication practices. DESIGN: A Nominal Group Technique process was used to generate consensus from participating Registered Nurses on human and system factors that can contribute to medication administration errors. METHODS: The process consisted of (a) preparation, (b) running the group with an introduction of the subject, (c) generation of ideas, (d) listing of ideas, (e) discussion of ideas, (f) ranking of top ideas, (g) voting on top ideas, (h) discussion of the vote outcome, and (i) re-ranking and rating the top items. Human and system factor idea items encompassed medication errors during ordering, prescribing, or administering medications. Both novice and experienced Registered Nurses rank-ordered these factors as those most likely to encounter or which would most likely occur during one working shift. RESULTS: Descriptive statistics of frequencies and percentages were used to analyze the findings when grouped by human and system factor categories. Non-parametric testing with a Kruskal-Wallis test was conducted to compare the human and system factors by categories and years of Registered Nurse experience. Findings revealed that the factors of Time Management: getting behind, hurried, urgent (KW-H 11.2, df 4, p = .025) and Right Medication: medications have similar look and sound-alike names (KW-H 11.1, df 4, p = .025) impacted safe medication administration for both the novice and experienced nurse. CONCLUSION: The NGT process identified human and system factors contributing to errors and impacting safe medication administration practices. Findings will support the creation of medication administration scenarios for use with immersive virtual reality simulation.
Authors: Fran Flynn; Julie Q Evanish; Josephine M Fernald; Dawn E Hutchinson; Cheryl Lefaiver Journal: Crit Care Nurse Date: 2016-08 Impact factor: 1.708
Authors: Willem van der Veen; Katja Taxis; Hans Wouters; Hester Vermeulen; David W Bates; Patricia M L A van den Bemt Journal: J Clin Nurs Date: 2020-02-28 Impact factor: 3.036