基于生物降解基质的生物相容性中耳压力监测传感器

IF 1.9 Q3 ENGINEERING, ELECTRICAL & ELECTRONIC Frontiers in electronics Pub Date : 2021-12-24 DOI:10.3389/felec.2021.802356
Klara Mosshammer, Theresa Lüdke, Sarah Spitzner, Daniel Firzlaff, K. Harre, H. Kleemann, M. Neudert, T. Zahnert, K. Leo
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引用次数: 0

摘要

中耳低血压可导致严重的疾病和听力障碍。到目前为止,中耳的压力是通过使用鼓膜的阻抗间接测量的(鼓膜测量法)。直接的方法只是在科学研究中描述的,在临床常规中是有害的。在这里,我们展示了一种生物兼容的压力传感器,它可以解决−7.5 kPa至+7.5范围内的压力变化 kPa,由于其紧凑的设计(面积为2×4mm2),可以直接植入人的中耳。此外,可以使用无线数据通信技术方便地进行压力传感器的读出,该无线数据通信系统采用具有用于压力监测的弹性电介质的平板电容器和平面线圈。因此,我们的传感器允许直接测量中耳中的压力,避免了设备植入后的额外手术。
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Bio-Compatible Sensor for Middle Ear Pressure Monitoring on a Bio-Degradable Substrate
Hypotension in the middle ear can cause serious diseases and hearing disorders. Until now, pressure in the middle ear is measured indirectly by using the impedance of the tympanic membrane (tympanometry). Direct methods are just described in scientific studies and would be harmful in clinical routine. Here, we demonstrate a bio-compatible pressure sensor, which can resolve pressure changes in the range of −7.5 kPa up to +7.5 kPa, and due to its compact design (area of 2 × 4 mm2), can be directly implanted in the human middle ear. Furthermore, the read-out of the pressure sensor can be conveniently done using wireless data communication technologies employing a plate capacitor with an elastic dielectric for pressure monitoring and a planar coil. Thus, our sensor allows for direct pressure measurements in the middle ear, avoiding additional surgeries after device implantation.
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