Novel timely rehabilitation education for medical students

IF 4.9 1区 教育学 Q1 EDUCATION, SCIENTIFIC DISCIPLINES
Dorothy W. Tolchin, Alexandra Hovaguimian
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引用次数: 0

Abstract

The global population of people impacted by conditions such as stroke who can benefit from rehabilitation care is rapidly increasing.1 Clinicians who understand the principles and practice of rehabilitation will be well-positioned to educate and advocate for patients across the full health care trajectory. Despite this, medical schools do not uniformly require students to learn about the rehabilitation phase of care. In our large urban medical school, students were being taught acute inpatient and outpatient clinical care but were not being taught about rehabilitation or exposed to care in post-acute rehabilitation settings.

In 2023, we developed and embedded a three-part rehabilitation curriculum into our medical school's mandatory month-long neurology clerkship. All enrolled students from January to June 2023 (n = 29) were required to participate. As students learned to provide care for neurology patients, they received just-in-time education about rehabilitation as part of continuous patient care. Each clerkship month, students received an interactive lecture-based introduction to rehabilitation and post-acute rehabilitation care, a full day of on-site clinical learning in a local inpatient rehabilitation facility (IRF) and a faculty-mentored group de-brief.

A neurologist and physiatrist co-taught the introduction to describe principles of rehabilitation and recovery, patient eligibility for post-acute rehabilitation care and opportunities for students to support patients across the acute-to-post-acute transition. On the IRF day, students rounded with a physiatry-led neurorehabilitation team and engaged in interprofessional rehabilitation interventions with the team's patients. A physiatrist facilitated the group de-brief, guiding reflection and answering questions students' experiences had prompted them to consider.

All participating medical students (n = 29; 100% of enrolled clerkship students) engaged in the lecture, IRF day and de-brief. Field data collected from the debrief sessions were analysed using a hybrid deductive-inductive qualitative approach with targeted content analysis to identify themes in student learning and inquiry arising from the curriculum. Six themes were distilled. All students articulated the value of firsthand exposure to a rehabilitation setting (n = 29), with comments including “before this, the word ‘rehab’ was a ‘black box’ to me; I didn't know what it meant or what happened there” and “now I can tell my patients what actually happens during rehabilitation, so they know what to expect.” The additional five themes were new knowledge about the field of physiatry (n = 14); new self-awareness of learning needs related to rehabilitation and patient advocacy (n = 13), new understanding of the patient experience of post-acute rehabilitation (n = 12); recognition of interprofessional collaboration in the rehabilitation setting (n = 10); and new understanding of what rehabilitation therapists do (n = 10).

Our curriculum expands students' purview of health care provision beyond acute care and provides students new knowledge directly applicable to engaging more fully with their patients. We will continue to provide the curriculum within the neurology clerkship. The finding that 45% of participants (13/29) found the curriculum stimulated recognition of previously unrecognised learning needs has prompted us to add questions to our de-brief to characterise these self-identified learning needs. We will use this information to build resources and mentorship into the curriculum to empower students' ongoing learning about rehabilitation.

Dorothy W. Tolchin: Conceptualization; investigation; writing—original draft; methodology; formal analysis; project administration; data curation; supervision; resources; validation; software. Alexandra Hovaguimian: Conceptualization; investigation; writing—original draft; methodology; validation; formal analysis; project administration; data curation; resources; supervision; software.

None.

为医科学生及时提供新颖的康复教育。
1 了解康复原则和实践的临床医生将有能力在整个医疗过程中为患者提供教育和支持。尽管如此,医学院并没有统一要求学生学习康复阶段的护理知识。2023 年,我们开发了由三部分组成的康复课程,并将其嵌入到医学院为期一个月的神经病学实习中。2023 年 1 月至 6 月的所有注册学生(n = 29)都必须参加。学生们在学习为神经内科患者提供护理的同时,还接受了及时的康复教育,这也是持续性患者护理的一部分。每个实习月,学生们都会接受以互动式讲座为基础的康复和急性期后康复护理介绍、在当地一家住院康复机构(IRF)进行一整天的现场临床学习,以及由教师指导的小组汇报。神经科医生和理疗师共同讲授介绍内容,介绍康复和恢复的原则、患者接受急性期后康复护理的资格,以及学生在急性期向急性期后过渡期间为患者提供支持的机会。在 IRF 日,学生们与理疗科领导的神经康复团队一起查房,并与该团队的病人一起参与跨专业康复干预。一名理疗医师主持了小组汇报,引导学生反思,并回答了学生们根据自身经验提出的问题。所有参与的医学生(n = 29;占注册实习学生的 100%)都参加了讲座、IRF 日和汇报。我们采用演绎-归纳混合定性方法对汇报会收集到的现场数据进行了分析,并进行了有针对性的内容分析,以确定课程中学生学习和探究的主题。共提炼出六个主题。所有学生都阐明了第一手接触康复环境的价值(n = 29),其中包括 "在此之前,'康复'这个词对我来说是一个'黑匣子';我不知道它意味着什么,也不知道那里发生了什么 "以及 "现在我可以告诉我的病人康复过程中实际发生了什么,这样他们就知道该期待什么了"。另外五个主题分别是:对物理治疗学领域的新认识(14 人);对康复和患者权益相关学习需求的新的自我认识(13 人);对急性期后康复的患者体验的新认识(12 人);对康复环境中专业间合作的认识(10 人);以及对康复治疗师工作的新认识(10 人)。我们将继续在神经病学实习中提供该课程。我们发现,45% 的参与者(13/29)认为该课程激发了他们对以前未曾认识到的学习需求的认识,这促使我们在 "去简报 "中增加了一些问题,以描述这些自我识别的学习需求。我们将利用这些信息在课程中增加资源和指导,以增强学生持续学习康复知识的能力:构思;调查;写作-原稿;方法;正式分析;项目管理;数据整理;监督;资源;验证;软件。亚历山德拉-霍瓦吉米安(Alexandra Hovaguimian):构思;调查;撰写原稿;方法;验证;正式分析;项目管理;数据整理;资源;监督;软件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Medical Education
Medical Education 医学-卫生保健
CiteScore
8.40
自引率
10.00%
发文量
279
审稿时长
4-8 weeks
期刊介绍: Medical Education seeks to be the pre-eminent journal in the field of education for health care professionals, and publishes material of the highest quality, reflecting world wide or provocative issues and perspectives. The journal welcomes high quality papers on all aspects of health professional education including; -undergraduate education -postgraduate training -continuing professional development -interprofessional education
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