Digital Health: 'Socksess' - Smart Sensing Socks For Monitoring Diabetic Feet And Preventing Ulceration
数字健康:“Socksess”——用于监测糖尿病足和预防溃疡的智能传感袜子
基本信息
- 批准号:EP/X001059/1
- 负责人:
- 金额:$ 56.35万
- 依托单位:
- 依托单位国家:英国
- 项目类别:Research Grant
- 财政年份:2022
- 资助国家:英国
- 起止时间:2022 至 无数据
- 项目状态:未结题
- 来源:
- 关键词:
项目摘要
Background: Diabetes damages nerves in the feet, known as 'neuropathy', affecting 1 in every 2 people with diabetes. This can cause people to lose all sensation and feeling in their feet and means that people with diabetes and neuropathy put high pressure on their feet without knowing. With nerves that are damaged, people do not have any natural way of knowing how much high pressure they put on their feet and can literally wear a hole in the bottom of their foot, known as a diabetic foot ulcer. Although it can start off as a small hole in the foot, a diabetic foot ulcer can become infected and someone may need to have part of their foot or leg removed (amputated) to stop the infection and save their life. In the UK, there are over 120 amputations every week because of a diabetic foot ulcer. Our Aim: The 'Socksess' project aims to create new technology to help make people with diabetes aware of how much pressure they put on their feet and prevent ulcers. We will develop and test a new 'smart-sensing sock' that will 'reconnect people with their feet' and help prevent ulcers and amputations. Our approach: We will do this through 'co-design' - working closely with people who have experience of living with diabetes, their families and healthcare professionals, to develop the technology, make design choices and publicise the work. We will also be supported by a panel of international experts in diabetic foot care and industry partners who will help guide long-term development, clinical evaluation and commercialisation.Planned Work: the project involves four main areas of work:1. Understanding the needs and preferences of people with diabetes, their carers and clinicians, to co-design a smart-sensing sock that will suit the lives of people with diabetes and help them to protect their feet.2. Developing and testing small sensors built into stretchable sock fabric for measuring foot loading in two ways: i) directly against the foot (pressure) and ii) side-to-side (shear stress).3. Testing prototypes of the smart-sensing socks in a group of people with diabetes who are at high-risk for getting an ulcer, and using this new technology to better understand how foot loading affects ulcer risk at specific points on the foot.4. Developing an easy to use feedback system: a way of letting people know when the loading on their feet might be too high and begin to cause a foot ulcer. This will be co-designed (as in 1 above) to make it as easy as possible for everyone to use.Working towards this goal, we will develop a number of advances:- new sensing technology for measuring pressure and shear stress (side-to-side foot loading)- integration of sensing into a 'smart-sock' measuring across the whole foot- new data from our clinical studies providing better understanding of foot loading in diabetes- Easy to use feedback system designed to 'reconnect people with their feet' and help them better monitor their foot healthImpact: This project will help address the global issue of diabetic foot ulcers and amputations that affect the lives of millions of people living with diabetes by developing a much-needed digital health monitoring solution. Through its ease of use, this technology will help to support a range of people with diabetes to better manage their foot health and 'reconnect with their feet', improving quality of life and preventing diabetic foot ulcers and amputations. The work will also bring benefits beyond use in diabetic foot health. It could also be used to assess and help manage conditions affecting mobility (e.g. arthritis) by monitoring and providing feedback on walking and balance. The technology could also help prevent bed sores on the feet and backs of the legs when people are lying in hospital beds for long periods of time. These smart-sensing socks could also help with better fitting of new footwear.
背景:糖尿病损害足部神经,称为“神经病”,每2名糖尿病患者中就有1人受到影响。这可能会导致人们失去所有的感觉和感觉在他们的脚,这意味着糖尿病和神经病变的人把高压在他们的脚不知道。由于神经受损,人们没有任何自然的方式来知道他们对脚施加了多少高压,并且可以在脚底穿一个洞,称为糖尿病足溃疡。虽然它可以开始作为一个小洞在脚上,糖尿病足溃疡可以成为感染,有人可能需要有他们的脚或腿的一部分删除(截肢),以阻止感染,挽救他们的生命。在英国,每周有超过120例因糖尿病足溃疡而截肢。我们的目标:“Socksess”项目旨在创造新技术,帮助糖尿病患者意识到他们对脚施加了多大的压力,并预防溃疡。我们将开发和测试一种新的“智能感应袜子”,它将“重新连接人们的脚”,并有助于预防溃疡和截肢。我们的方法:我们将通过“共同设计”来实现这一目标-与有糖尿病生活经验的人,他们的家人和医疗保健专业人员密切合作,开发技术,做出设计选择并宣传这项工作。我们还将得到一个由糖尿病足护理领域的国际专家和行业合作伙伴组成的小组的支持,他们将帮助指导长期开发、临床评估和商业化。计划工作:该项目涉及四个主要工作领域:1.了解糖尿病患者、他们的护理人员和临床医生的需求和偏好,共同设计一种智能感应袜子,适合糖尿病患者的生活,帮助他们保护自己的脚。2.开发和测试内置于可拉伸袜子织物中的小型传感器,用于以两种方式测量足部负荷:i)直接抵靠足部(压力)和ii)侧到侧(剪切应力)。在一组糖尿病患者中测试智能传感袜子的原型,这些人有患溃疡的高风险,并使用这种新技术来更好地了解足部负荷如何影响足部特定点的溃疡风险。开发一个易于使用的反馈系统:一种让人们知道何时脚上的负荷可能过高并开始导致足部溃疡的方法。这将是共同设计的(如上述1),使它尽可能容易地为每个人使用。朝着这个目标,我们将开发一系列的进步:-新的传感技术,用于测量压力和剪切应力(侧到侧足部负荷)-将传感集成到测量整个足部的“智能袜子”中-来自我们临床研究的新数据,更好地了解糖尿病患者的足部负荷-易于使用的反馈系统,旨在“重新连接人们与他们的足部”,并帮助他们更好地监测他们的足部健康影响:该项目将通过开发急需的数字健康监测解决方案,帮助解决影响数百万糖尿病患者生活的糖尿病足溃疡和截肢的全球问题。通过其易用性,这项技术将有助于支持一系列糖尿病患者更好地管理他们的足部健康并“重新连接他们的足部”,提高生活质量并预防糖尿病足部溃疡和截肢。这项工作还将带来超越糖尿病足健康使用的好处。它还可以用于评估和帮助管理影响移动性的条件(例如关节炎),通过监测和提供有关步行和平衡的反馈。该技术还可以帮助防止人们长时间躺在医院病床上时脚和腿后部的褥疮。这些智能感应袜子也可以帮助更好地适应新鞋。
项目成果
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Neil Reeves其他文献
In-shoe plantar temperature, normal and shear stress relationships during gait and rest periods for people living with and without diabetes
患有和未患有糖尿病的人在步态和休息期间鞋内足底温度、正常和剪切应力的关系
- DOI:
10.1038/s41598-025-91934-9 - 发表时间:
2025-03-14 - 期刊:
- 影响因子:3.900
- 作者:
Athia Haron;Lutong Li;Jiawei Shuang;Chaofan Lin;Maedeh Mansoubi;Xiyu Shi;Daniel Horn;Neil Reeves;Frank Bowling;Katherine Bradbury;Andrew Eccles;Safak Dogan;Helen Dawes;Glen Cooper;Andrew Weightman - 通讯作者:
Andrew Weightman
Neil Reeves的其他文献
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