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高分辨率显微镜与常规和全息光学捕获能力建设

Article DOI: 10.3791/50481-v • 09:12 min • April 22nd, 2013
April 22nd, 2013 •
1, 1, 1, 1
1Department of Physics and Astronomy, University of Utah

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本文介绍的系统采用传统的光陷阱，以及一个独立的全息光阱线，能够创建和操作多个陷阱。这使得创建复杂的几何安排的折光颗粒，同时还允许同时高速，高分辨率测量生物酶的活性。

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物理，第74期，分子生物学，光学，折射（光学），光学陷阱，分子马达，微管，蠕动，全息镜，波长，双陷阱，显微镜，影像
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