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Nanoscale SPM Characterisation of Nacre Aragonite Plates and Synthetic Human Amyloid Fibres

机译:珍珠质文石板和合成人淀粉样蛋白纤维的纳米SPM表征

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Atomic Foce Micoscopy is an especially useful tool in studying biological systems, because not only can they image and manipulate samples at molecular resolution, they can do so in physiological conditions - in liquid, and in air if desired as well as provide direct nanomechanical characterisation, which are essential for understanding the formation principles of these systems and the molecular mechanisms that govern their unique functionality. Nacre (mother-of-pearl), Amyloid fibres and lipid bilayer liposomes were the subject of Ultrasonic Force Microscopy (UFM) investigation.
机译:原子纤维显微显微镜是研究生物系统的一种特别有用的工具,因为它们不仅可以以分子分辨率成像和处理样品,而且还可以在生理条件下(如需要,在液体和空气中)进行成像,并提供直接的纳米机械特性,这些对于理解这些系统的形成原理以及控制其独特功能的分子机制至关重要。珍珠母(珍珠母),淀粉样蛋白纤维和脂质双层脂质体是超声力显微镜(UFM)研究的主题。

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