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首页> 外文期刊>Sensor Letters: A Journal Dedicated to all Aspects of Sensors in Science, Engineering, and Medicine >Polysilicon Nanowire Fabrication as a Transducer for Fast Reaction Assays in Nano Lab-on-Chip Domain
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Polysilicon Nanowire Fabrication as a Transducer for Fast Reaction Assays in Nano Lab-on-Chip Domain

机译:多晶硅纳米线制备作为纳米芯片实验室领域快速反应分析的换能器

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摘要

The difficulty with the treatment of cancer is caused by lack of ability to detect the tumor associated with the disease at the early stage. Often, cancer is detected in its later stages, when it has compromised the function of one or more vital organ systems and is widespread throughout the body. Thus, methods for the early detection of cancer are of utmost importance and are an active area of current research. In this work we proposed a Polysilicon Nano Laboratory on a single chip for very fast and reliable detection of low concentrated biological species that lead to cancer and other related diseases. The device comprises of four sensing elements: 1 nanometer, 2 nanometer, 3 nanometer, and 5 nanometer width poly-silicon wire. However, presented here is two wires of size between 400-500 nm which were developed as prototype to ascertain the feasibilities of proposed device. The device was tested for sensitivity and selectivity with low concentrated Clinical samples. Hence, the studies clearly demonstrate the potential capability of proposed device to be able to detect biomolecules present in the sample in the real sample.
机译:癌症的治疗困难是由于缺乏在早期阶段检测与疾病相关的肿瘤的能力而引起的。通常,当癌症损害了一个或多个重要器官系统的功能并在整个人体中广泛传播时,便会在晚期发现癌症。因此,早期检测癌症的方法至关重要,并且是当前研究的活跃领域。在这项工作中,我们提出了在单个芯片上的多晶硅纳米实验室,用于非常快速,可靠地检测导致癌症和其他相关疾病的低浓度生物物种。该设备包括四个传感元件:1纳米,2纳米,3纳米和5纳米宽度的多晶硅线。然而,这里提出的是两根尺寸在400-500 nm之间的电线,它们是作为原型开发的,目的是确定所提议设备的可行性。使用低浓度临床样品测试了该设备的灵敏度和选择性。因此,研究清楚地证明了所提出的装置能够检测真实样品中样品中存在的生物分子的潜在能力。

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