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METHOD OF SENSING CHEMICAL AND BIO-MOLECULAR ANALYTES AND SENSING SYSTEM USING A MICROCANTILEVER

机译:用微悬臂梁感测化学和生物分子分析物及传感系统的方法

摘要

Methods and systems of detecting analytes using a microcantilever system are generally described. The microcantilever system generally includes micro- or nano-sized elements that can be electrostatically driven to resonance. Utilizing the disclosed devices and methods, direct electronic detection of the resonant frequency, changes of the resonant frequency, and associated phase signal of a micro- or nano-sized element can be utilized to measure the presence of a targeted analyte. The detection system of the present invention utilizes a non-contact microcantilever device. That is, the surface of the microcantilever (e.g., the surface of the resonating beam) does not bond or otherwise attach to an analyte or other chemical. Thus, the microcantilever device, including the resonating beam, can be kept in pristine condition during and even after repeated use.
机译:总体上描述了使用微悬臂梁系统检测分析物的方法和系统。微悬臂梁系统通常包括可以静电驱动共振的微米或纳米尺寸的元件。利用所公开的装置和方法,可以利用直接电子检测共振频率,共振频率的变化以及微米或纳米尺寸元件的相关相位信号来测量目标分析物的存在。本发明的检测系统利用非接触式微悬臂梁装置。也就是说,微悬臂梁的表面(例如,共振束的表面)不结合或以其他方式附着于分析物或其他化学物质。因此,在重复使用期间以及甚至在重复使用之后,包括共振束的微悬臂装置可以保持在原始状态。

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