Barry Rachel, Tuathaigh Colm O, Cunney Robert
Department of Clinical Microbiology, Children's Health Ireland at Temple Street Children's University Hospital, Dublin 1, Ireland.
Medical Education Unit, School of Medicine, University College Cork, Cork, Ireland.
Ir J Med Sci. 2025 Apr;194(2):603-609. doi: 10.1007/s11845-025-03872-0. Epub 2025 Jan 31.
Lab users should display an understanding of microbiology tests and avoid inappropriate requests which may yield negative clinical consequences. Our research addressed diagnostic stewardship education and the perspectives of paediatric hospital doctors on their (1) self-perceived knowledge, (2) motivators for test ordering, (3) proposed educational interventions and (4) preferred teaching modalities.
An anonymous, mixed-methods, 34-item online questionnaire was distributed to paediatric doctors across three Irish hospital sites from March to May 2023. Descriptive statistics summarised Likert-scale responses and inductive thematic analysis was used to analyse open-ended items. Subgroup analyses examined differences between consultants and non-consultant hospital doctors (NCHDs).
The analysis included 100 respondents (n = 45 consultants, n = 55 NCHDs, 24% response rate). Consultants scored higher than NCHDs in self-perceived knowledge (p < 0.001). Patient comorbidity, clinical status, local guidelines and accuracy of microbiological tests were the strongest motivators for test-ordering. Consultants were more likely to be influenced by accuracy (p = 0.03), costs (p = 0.01) and laboratory workload (p = 0.01). Only 27% reported formal teaching on diagnostic stewardship. NCHDs demonstrated increased willingness to engage in educational interventions (p = 0.024), and a comparatively higher interest in in-person teaching (p = 0.002) and gamification (p = 0.02). Respondents indicated a preference for formal guidelines on microbiology testing, in-person teaching, cost familiarisation and e-learning modules. Novel methods (peer-to-peer programmes, simulation and gamification) were less favoured. Dominant themes included; collaborative learning, increased microbiology presence, accessibility to education, barriers and administrative issues.
Formal diagnostic stewardship educational programmes should be integrated into post-graduate curriculums for both NCHDs and consultants. Focuses for educational interventions include; development of local diagnostic stewardship guidelines, teaching on the cost and accuracy of microbiology tests, senior supervision and role-modelling.
实验室用户应了解微生物学检测知识,避免提出可能产生负面临床后果的不当请求。我们的研究涉及诊断管理教育以及儿科医院医生对以下方面的看法:(1)自我认知的知识;(2)开单检测的动机;(3)建议的教育干预措施;(4)偏好的教学方式。
2023年3月至5月,向爱尔兰三个医院站点的儿科医生发放了一份包含34个项目的匿名混合方法在线问卷。描述性统计总结了李克特量表的回答,并采用归纳主题分析法分析开放式问题。亚组分析考察了顾问医生和非顾问医院医生(NCHDs)之间的差异。
分析纳入了100名受访者(n = 45名顾问医生,n = 55名NCHDs,回复率为24%)。顾问医生在自我认知的知识方面得分高于NCHDs(p < 0.001)。患者合并症、临床状况、当地指南以及微生物学检测的准确性是开单检测的最强动机。顾问医生更有可能受到准确性(p = 0.03)、成本(p = 0.01)和实验室工作量(p = 0.01)的影响。只有27%的人报告接受过关于诊断管理的正规教学。NCHDs表现出更高的参与教育干预的意愿(p = 0.024),并且对面对面教学(p = 0.002)和游戏化(p = 0.02)有相对更高的兴趣。受访者表示倾向于微生物学检测的正规指南、面对面教学、成本熟悉和电子学习模块。对新颖方法(同伴互助项目、模拟和游戏化)的青睐程度较低。主要主题包括:协作学习、增加微生物学人员配备、教育的可及性、障碍和管理问题。
应将正规的诊断管理教育项目纳入NCHDs和顾问医生的研究生课程。教育干预的重点包括:制定当地的诊断管理指南、讲授微生物学检测的成本和准确性、上级监督和榜样示范。