MICROMACHINED NANOPROBE ARRAYS FOR NEURAL PROSTHESIS

描述：(逐字摘自申请人的摘要)这份SBIR提案旨在 开发用于神经假体应用的纳米探针阵列 基于非硅自组装的微机械加工技术。我们的目标是 开发集成高密度纳米电极阵列的微探针 直径小于250纳米。这些探测器预计会有很高的 电荷密度、改进的生物界面性能和收集效率。 还将评估这种纳米探针阵列是否可以集成到 2-D和3-D微探针。第一阶段将建立概念验证，第二阶段 将研究和优化技术，而第三阶段将推出 在私人风险资本的赞助下实现商业化。 建议的商业应用：不可用

DESCRIPTION: (Verbatim from the Applicant's Abstract) This SBIR proposal aims to develop nanoprobe arrays for neural prosthesis application utilizing a non-silicon self-assembly based micromachining technique. The objective is to develop microprobes with integrated high density arrays of nanoelectrodes with diameters less than 250 nanometers. These probes are expected to have a high charge density, improved biointerfacing properties and collection efficiency. It will also be evaluated whether such nanoprobe arrays can be integrated into 2-D and 3-D microprobes. Phase I will establish the proof-of-concept, Phase II will investigate and optimize the technology, while Phase III will launch the commercialization with sponsorship from private venture capital. PROPOSED COMMERCIAL APPLICATION: NOT AVAILABLE