PRECISION NANOELECTRODE ARRAYS FOR BRAIN RESEARCH

描述（改编自申请人的摘要）：该SBIR项目的目标 开发新一代精密工程纳米级 超微电极（纳米电极）阵列使用纳米技术。的 目的是开发一种尺寸小于 50纳米，方差小于2.5纳米。还将 研究了这种纳米电极阵列是否可以集成 以潜在地产生生物硅器件。如果 如果成功，这一努力将为大脑提供一个急需的工具， 研究和生理监测。 拟定商业应用： 潜在的应用包括用于研究生物医学的传感器， 生物化学反应和中间体，以及生物硅设备， 刺激特定的反应。

DESCRIPTION (Adapted from applicant's abstract): This SBIR project aims to develop a new generation of precision engineered nanoscale ultramicroelectrode (nanoelectrode) arrays using nanotechnology. The objective is to develop an array of electrode with dimension less than 50 nanometers and variance less than 2.5 nm. It will also be investigated whether such nanoelectrode arrays can be integrated directly with silicon to potentially yield biosilicon devices. If successful, this effort will provide a much needed tool for brain research and physiological monitoring. PROPOSED COMMERCIAL APPLICATION: Potential applications include sensors for studying biomedical and biochemical reactions and intermediates, and biosilicon devices for stimulating specific reactions.