首页> 美国卫生研究院文献>Diabetes Care >Response to Comment on Doyle et al. Closed-Loop Artificial Pancreas Systems: Engineering the Algorithms. Diabetes Care 2014;37:1191–1197
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Response to Comment on Doyle et al. Closed-Loop Artificial Pancreas Systems: Engineering the Algorithms. Diabetes Care 2014;37:1191–1197

机译:对Doyle等人评论的回应。闭环人工胰腺系统:设计算法。糖尿病护理2014; 37:1191-1197

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摘要

Oliver et al. ( ) raise an interesting point regarding the need to include patient-centered outcomes to guide the development of an artificial pancreas (AP). We agree completely that patient acceptance will be the final outcome measure that decides whether or not the AP will be adopted and thus achieve its full potential for health improvements in people with diabetes. In our review article ( ), we focused on describing the technological advancements that have been made in the field in recent years. Still, we are aware that people with diabetes have highlighted the limitations of existing technologies for diabetes care, some of which are being used within current AP systems ( ). There is clearly a need to understand further the implications of “living with a machine” and to improve many of the design and functional aspects of the individual components of AP systems, taking into account these human factors and the consequences of being asked to use such a system over the long term. As we mentioned in our article, it is likely to be the case that there will not be one single system but rather different APs that will be developed to meet the needs of different populations of users ( ).
机译:奥利弗(Oliver)等人。 ()提出了一个有趣的观点,即需要包括以患者为中心的结果以指导人工胰腺(AP)的发展。我们完全同意,患者的接受程度将是决定是否采用AP的最终结果指标,从而充分发挥其改善糖尿病患者健康的潜力。在我们的评论文章()中,我们重点介绍了近年来在该领域取得的技术进步。不过,我们知道,糖尿病患者已经强调了现有的糖尿病护理技术的局限性,其中一些技术正在当前的AP系统中使用。显然,有必要进一步了解“与机器一起生活”的含义,并在考虑到这些人为因素以及要求使用此类设备的后果后,改善AP系统各个组件的许多设计和功能方面。长期的系统。正如我们在文章中提到的那样,很可能不会有一个单一的系统,而是会开发出不同的AP来满足不同人群的需求()。

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