肾上腺素BOI装置直流和交流状态下的电特性测量

C. Ravariu, C. Podaru, E. Manea, D. Vizireanu, A. Bondarciuc, A. Rusu, F. Ravariu
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引用次数: 3

摘要

化学介质在突触水平的电学性质可以在体外进行研究,并使用一些测试生物装置。其中一种神经递质,如肾上腺素,放置在绝缘体支架上,并与金属电极接触,提供了一种生物材料绝缘体- boi型结构。该测试装置的灵感来自于经常用于绝缘体上硅表征的伪mos技术。直流电态的研究允许进行极谱实验。与场效应晶体管类似的行为也被研究在直流状态下,偏置第三端-栅极。期望对电流进行栅极电压控制。它仍然是线性的,强调无反转层开始。BOI装置的交流状态测量提供了一些电导测量结果,提供了肾上腺素电阻率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measurements of the electrical characteristics in DC and AC regime for an epinephrine BOI device
The electrical properties of the chemical mediators at synapses level could be investigated in vitro, with some test biodevices. One of neurotransmitters, like epinephrine, placed on an insulator support and contacted with metal electrodes, provides a Biomaterials On Insulators - BOI-type, structure. The test device is inspired from the pseudo-MOS technique, frequently used in the Silicon On Insulator characterisation. The DC regime study allows some polarography experiments. A behavior like the Field Effect Transistor was also investigated in DC regime, biasing a third terminal - the gate. A gate voltage control on the current is expected. It is still linear, emphasising none inversion layer onset. The AC regime measurements of the BOI device provided some conductometry results, providing the epinphrine resistivity.
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