Ferreira Vasco Ribeiro, Brayne Carol, Ragonese Paolo, Ketzoian Carlos, Piccioli Marta, Tinti Lorenzo, Casali Carlo, di Lorenzo Cherubino, Ramos Claudia, Azevedo João, Gomes Adriana, Stewart Roderick, Haas Hein, Hoppenbrouwer Stan, Metting Esther, Gallo Valentina
Department of Sustainable Health, University of Groningen, Campus Fryslân, Wirdumerdijk 34, 8911 CE, Leeuwarden, The Netherlands.
Cambridge Public Health, University of Cambridge, Cambridge, United Kingdom.
J Neurol. 2024 May;271(5):2694-2703. doi: 10.1007/s00415-024-12254-y. Epub 2024 Feb 20.
Most neurological diseases have no curative treatment; therefore, focusing on prevention is key. Continuous research to uncover the protective and risk factors associated with different neurological diseases is crucial to successfully inform prevention strategies. eHealth has been showing promising advantages in healthcare and public health and may therefore be relevant to facilitate epidemiological studies.
In this study, we performed a Delphi consensus exercise to identify the key screening tests to inform the development of a digital neurological examination tool for epidemiological research.
Twelve panellists (six experts in neurological examination, five experts in data collection-two were also experts in the neurological examination, and three experts in participant experience) of different nationalities joined the Delphi exercise. Experts in the neurological examination provided a selection of items that allow ruling out neurological impairment and can be performed by trained health workers. The items were then rated by them and other experts in terms of their feasibility and acceptability.
Ten tests and seven anamnestic questions were included in the final set of screening items for the digital neurological examination. Three tests and five anamnestic questions were excluded from the final selection due to their low ratings on feasibility.
This work identifies the key feasible and acceptable screening tests and anamnestic questions to build an electronic tool for performing the neurological examination, in the absence of a neurologist.
大多数神经系统疾病尚无治愈性治疗方法;因此,预防是关键。持续开展研究以揭示与不同神经系统疾病相关的保护因素和风险因素,对于成功制定预防策略至关重要。电子健康在医疗保健和公共卫生领域已展现出可观的优势,因此可能与促进流行病学研究相关。
在本研究中,我们开展了一项德尔菲共识活动,以确定关键的筛查测试,为开发用于流行病学研究的数字神经系统检查工具提供依据。
12名来自不同国家的小组成员(6名神经系统检查专家、5名数据收集专家——其中2名也是神经系统检查专家,以及3名参与者体验专家)参与了德尔菲活动。神经系统检查专家提供了一系列可排除神经功能障碍且可由经过培训的卫生工作者进行的项目。然后,他们以及其他专家根据这些项目的可行性和可接受性进行评分。
数字神经系统检查的最终筛查项目集中包括10项测试和7个问诊问题。3项测试和5个问诊问题因可行性评分较低而被排除在最终选择之外。
这项工作确定了关键的可行且可接受的筛查测试和问诊问题,以便在没有神经科医生的情况下构建用于进行神经系统检查的电子工具。