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Empowerment of diabetic patients through mHealth technologies and education : Development of a pilot self-management application

机译:通过移动医疗技术和教育增强糖尿病患者的能力:开发自我管理试点应用程序

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Diabetes is a major, global and increasing condition that occurs when the insulin-glucagon regulatory mechanism is affected, leading to uncontrolled hyper- and hypoglycaemia events that may be life-threatening. However, it has been shown that through daily monitoring, appropriate patient-specific empowerment, lifestyle behavior of diabetics can be positively influenced and the associated and costly diabetes complications significantly reduced. As personal face-to-face coaching is costly and hard to scale, mobile applications and services have now become a key driver of mobile Health (mHealth) deployment, especially as a helpful way for self-management. Despite the huge mHealth market, a major limitation of many diabetes apps is that they do not use inputted data to help patients determine their daily insulin doses. On the other hand, the majority of existing insulin dose calculator apps provide no protection against - or even may actively contribute to - incorrect or inappropriate dose recommendations that put users at risk. Besides, there is clear evidence that lack of education on insulinotherapy and carbohydrate counting is associated with higher blood glucose variability with type 1 diabetes. Hence, there is a need for an accurate modelling of glucose-insulin dynamics together as well as providing adequate educational support. The aims of this paper are: a) to highlight the usefulness of mHealth technologies in chronic disease management; b) to describe and discuss the development of an insulin bolus calculator integrated into a pilot mHealth app; c) to underline the importance of diabetes self-management education.
机译:当胰岛素-胰高血糖素调节机制受到影响时,糖尿病是一种主要的,整体的,不断增加的疾病,导致不受控制的高血糖和低血糖事件,可能危及生命。然而,已经表明,通过每日监测,适当的针对患者的授权,可以积极地影响糖尿病患者的生活方式,并显着减少相关的昂贵的糖尿病并发症。由于个人面对面的培训成本高昂且难以扩展,因此移动应用程序和服务现已成为移动健康(mHealth)部署的主要驱动力,尤其是作为自我管理的有用方式。尽管移动医疗市场巨大,但许多糖尿病应用程序的主要局限性在于它们无法使用输入的数据来帮助患者确定其每日胰岛素剂量。另一方面,大多数现有的胰岛素剂量计算器应用程序都无法针对甚至会导致用户危险的不正确或不适当的剂量建议提供保护,甚至可能对其做出积极贡献。此外,有明确的证据表明,缺乏胰岛素治疗和碳水化合物计数的教育与1型糖尿病患者较高的血糖变异性有关。因此,需要对葡萄糖-胰岛素动力学一起进行精确的建模以及提供足够的教育支持。本文的目的是:a)强调移动医疗技术在慢性疾病管理中的实用性; b)描述和讨论集成到试用版mHealth应用程序中的胰岛素推注计算器的开发; c)强调糖尿病自我管理教育的重要性。

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