体积热力学
计算机科学
实时计算
生物医学工程
工程类
物理
量子力学
作者
Xinyu Shen,Yihua Zhong,Jie Han,Jing Wei,Bowen Yang,Jihan Wang,Yuxuan Zhang,Ruiran Li,Chunlin Li,Lixue Tang,Xu Zhang
标识
DOI:10.1016/j.xcrp.2024.102281
摘要
Highlights•Conformal attachment to the bladder without using sutures and adhesives•Originating from 2D soft, thin film that can be fabricated easily•Reading urine volume wirelessly via NFC with a resolution of ∼0.16 mLSummaryPatients with lower urinary tract dysfunction are often unable to sense urine volume. Implantable sensors are used to monitor bladder urine volume. Securing sensors to the bladder involves sutures or synthetic adhesives that are invasive to it. Inspired by the safety harness that can be attached to objects by straps, we propose the bladder electronic harness (E-harness) for urine volume monitoring. The E-harness is a non-stick 2-dimensional structure that can be wrapped around the bladder without harming it. It is also soft enough to put no extra pressure on the bladder when it expands. Integrated with soft strain sensors and a wireless system, the E-harness can conform to the bladder, can measure bladder liquid volume with high accuracy (∼0.16 mL), and does not fall off for 1 month. The size of the E-harness is easily adjustable and can be used on small animals such as mice and large animals such as pigs.Graphical abstract
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