Year: 2023
Type: article
Abstract: Purpose Limited structured educational programs are available for the continued professional development of radiation oncology nurses. In this study, we evaluated a pilot curriculum focusing on clinical workflow and toxicity management for radiation oncology nurses at a single university-affiliated medical center network. Methods and Materials Based on a previous multi-institutional needs assessment, a targeted curriculum on clinical workflow and toxicity management was developed, including didactic lectures, written disease-specific toxicity management guidelines, and standardized medication/laboratory order preference lists in the electronic health record. An anonymized survey was circulated to all participants pre- and postcurriculum. The survey was composed of Likert-type subjective questions and 11 objective knowledge-based questions (KBQs). Paired Likert-type data were analyzed using Wilcoxon signed ranks test. Objective question data were compared with the McNamar's mid P test. Results Thirteen nurses participated in the pilot curriculum and 100% completed pre- and post curriculum surveys. After the didactics, nurses reported a significant increase in their understanding of the responsibilities of a nurse and overall process of care and their ability to explain computed tomography simulation, as well as their ability to assess, manage, and grade radiation-related toxicities ( P < .01). There was significant improvement in the percent of correct answers on objective KBQs from a baseline of 52% to 80% after the curriculum ( P < .01). Qualitatively, 70% (9/13) of nurses rated the curriculum as "extremely useful" and 30% (4/13) as "quite useful." Conclusions Our pilot curriculum using a combination of in-person formal didactics, toxicity management guidelines, and electronic health record based order preference lists was well-received and showed promising results on KBQ assessment. This work may be used to guide the development of larger curricula for nurse onboarding and continuing education in a multicenter setting.
Source: Advances in Radiation Oncology
Authors: Jay C. Shiao, Dexiang Gao, Adam Mueller, Douglas E. Holt, Marina Moskalenko, Jennifer Zaccone, Timothy V. Waxweiler, Tyler P. Robin, Sameer K. Nath
Language: English
Field: Medicine
Domain: Health Sciences
Open Access status: gold
Estimated APC paid: $2,000
OpenAlex ID: W4386413291
