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Multifunctional Freestanding Microprobes for Potential Biological Applications

机译:用于潜在生物学应用的多功能独立式微探针

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摘要

Deep-level sensors for detecting the local temperatures of inner organs and tissues of an animal are rarely reported. In this paper, we present a method to fabricate multifunctional micro-probes with standard cleanroom procedures, using a piece of stainless-steel foil as the substrate. On each of the as-fabricated micro-probes, arrays of thermocouples made of Pd–Cr thin-film stripes with reliable thermal sensing functions were built, together with Pd electrode openings for detecting electrical signals. The as-fabricated sword-shaped freestanding microprobes with length up to 30 mm showed excellent mechanical strength and elastic properties when they were inserted into the brain and muscle tissues of live rats, as well as suitable electrochemical properties and, therefore, are promising for potential biological applications.
机译:很少有用于检测动物内部器官和组织局部温度的深层传感器。在本文中,我们提出了一种使用标准的无尘室程序制造多功能微探针的方法,该方法使用一块不锈钢箔作为基材。在每个已加工的微探针上,构建了由具有可靠的热感应功能的Pd-Cr薄膜条制成的热电偶阵列,以及用于检测电信号的Pd电极开口。长度不超过30 mm的剑状独立式微型探针在将其插入活鼠的大脑和肌肉组织中时显示出优异的机械强度和弹性,并具有合适的电化学性质,因此具有广阔的应用前景生物应用。

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