Lobo Elton H, Kensing Finn, Frølich Anne, Rasmussen Lene J, Livingston Patricia M, Islam Sheikh Mohammed Shariful, Grundy John, Abdelrazek Mohamed
School of Information Technology, Faculty of Science, Engineering and Built Environment, Deakin University, Geelong, Victoria, Australia.
Department of Public Health, University of Copenhagen, Copenhagen, Denmark.
Digit Health. 2022 Mar 29;8:20552076221089070. doi: 10.1177/20552076221089070. eCollection 2022 Jan-Dec.
Caregiving in stroke is complex, with most carers having little to no preparation to care for individuals with a history of stroke, leading to emotional impact. Technologies such as Mobile Health can provide the carer with real-time support and prepare the carer to assume their new roles and responsibilities.
To perform a heuristic evaluation of mHealth interventions designed to support carers of individuals with a history of stroke and determine the user preferences in stroke caregiving technology to inform future researchers and developers regarding the best practices to support these individuals.
Twenty adults (i.e. 10 usability experts and 10 carers) participated in an iterative user-centred design study that focused on developing and modifying the mHealth intervention (StrokeCaregiver (SeCr)) created to support stroke caregiving. The intervention was repeated in four cycles, including two cycles with five usability experts each and five carers each.
SeCr was iteratively improved to develop a highly usable product in multiple cycles. Participants demonstrated critical needs in personalized information support, communication with their healthcare needs, and the trust of the user, content, and developer. These critical needs are required to be met to promote long-term acceptance and adherence.
While SeCr was developed to address the needs of carers of individuals with a history of stroke, several considerations must be made to ensure it can be used in a real-world setting. Researchers and developers can use co-design or living lab approaches to further meet the needs and expectations of the carer and enable these individuals to be better prepared for stroke caregiving.
中风护理工作复杂,大多数护理人员几乎没有或完全没有为照顾有中风病史的个体做准备,这会产生情感影响。移动健康等技术可以为护理人员提供实时支持,并帮助护理人员承担起新的角色和责任。
对旨在支持有中风病史个体的护理人员的移动健康干预措施进行启发式评估,并确定中风护理技术中的用户偏好,以便为未来的研究人员和开发者提供有关支持这些个体的最佳实践的信息。
20名成年人(即10名可用性专家和10名护理人员)参与了一项以用户为中心的迭代设计研究,该研究专注于开发和修改为支持中风护理而创建的移动健康干预措施(中风护理者(SeCr))。该干预措施分四个周期重复进行,包括两个周期,每个周期有5名可用性专家和5名护理人员。
SeCr经过多次迭代改进,开发出了一款高度可用的产品。参与者在个性化信息支持、满足其医疗保健需求的沟通以及对用户、内容和开发者的信任方面表现出关键需求。要促进长期接受和坚持,就必须满足这些关键需求。
虽然开发SeCr是为了满足有中风病史个体的护理人员的需求,但必须考虑几个因素以确保其能在现实环境中使用。研究人员和开发者可以采用协同设计或生活实验室方法,以进一步满足护理人员的需求和期望,并使这些个体能更好地为中风护理做好准备。