Mayrink Nadja N V, Alcoforado Luís, Oliveira Eduardo Jorge Valadares, de Souza Gustavo Fontoura, Toscas Fotini Santos, Dos Santos Marquiony Marques, Fernandes Felipe, Júnior Ernano Arrais, Valentim Ricardo A M
University of Coimbra, Institute for Interdisciplinary Research, Coimbra, 3000 - 186, Portugal.
University of Coimbra, Faculty of Psychology and Educational Sciences, Coimbra, 3000 - 115, Portugal.
BMC Med Educ. 2025 Apr 18;25(1):571. doi: 10.1186/s12909-025-07160-4.
The translational research approach aims to accelerate the innovation process. In the healthcare sector, this process is highly regulated and requires a broad set of skills. This study with researchers from Brazilian institutions aimed to identify the knowledge, skills, and structures that permeate the process of translating research into medical devices and to what extent they are present in Brazilian research groups working in the area.
A structured questionnaire was applied in which the characteristics of the participants and the level of mastery in each skill were analyzed. Fisher's exact test was performed to verify the association between the percentages of knowledge and importance. Pearson's Chi-square test was also performed to verify the association between the sum of knowledge, categorized by the median, and the characteristics of the questionnaire participants. Finally, an exploratory factor analysis (EFA) was performed to validate the questionnaire construct.
One hundred two researchers working in the area of health innovation in Brazil, especially in the medical devices segment, answered the questionnaire. These researchers come from different regions of the country and work in several areas of knowledge, such as engineers (28%), doctors (12%), information technology and connectivity professionals (11%), pharmacists (8%), nurses (7%), and other formations (34%). The research revealed that a small number of these researchers have a good level of knowledge in human factors engineering and usability (23%), in patent legislation and asset management (24%), in pre-clinical and clinical trials (29%), in business plans (30%) and in the requirements of the technology incorporation process in the SUS (31%). The results reveal significant learning gaps and institutional deficiencies in essential skills and structures for translational medical device research.
Understanding the necessary skills and gaps to be filled can contribute to the adoption of institutional strategies and the formulation of public policies capable of promoting more effective results for the Brazilian health system.
转化研究方法旨在加速创新进程。在医疗保健领域,这一过程受到严格监管,需要一系列广泛的技能。本研究与巴西各机构的研究人员合作,旨在确定渗透于将研究转化为医疗设备过程中的知识、技能和结构,以及它们在该领域工作的巴西研究团队中的存在程度。
采用结构化问卷,分析参与者的特征以及各项技能的掌握水平。进行费舍尔精确检验以验证知识百分比与重要性之间的关联。还进行了皮尔逊卡方检验,以验证按中位数分类的知识总和与问卷参与者特征之间的关联。最后,进行探索性因子分析(EFA)以验证问卷结构。
巴西102名从事健康创新领域工作的研究人员,特别是医疗设备领域的研究人员回答了问卷。这些研究人员来自该国不同地区,从事多个知识领域的工作,如工程师(28%)、医生(12%)、信息技术和连接专业人员(11%)、药剂师(8%)、护士(7%)以及其他专业人员(34%)。研究表明,这些研究人员中少数人在人因工程学和可用性(23%)、专利立法和资产管理(24%)、临床前和临床试验(29%)、商业计划(30%)以及技术纳入SUS过程的要求(31%)方面有较好的知识水平。结果揭示了转化医疗设备研究所需基本技能和结构方面存在显著的学习差距和机构缺陷。
了解需要填补的必要技能和差距,有助于制定机构战略和公共政策,从而为巴西卫生系统带来更有效的成果。