Inspired by the hominid‐type hand, in article number 1704047, Camilla Parmeggiani, Diederik S. Wiersma, and co‐workers engineer a microscopic equivalent that is able to catch microscopic elements, demonstrated by a 3D representation of a four‐fingered microhand closing on a blood cell. This microhand is light‐powered and can be either remotely controlled by optical illumination or can act autonomously, grabbing small particles on the basis of their optical properties.

中文翻译：

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微机器人：具有自主作用的光子微手（Adv。Mater。42/2017）

受人型手启发，在编号1704047中，Camilla Parmeggiani，Diederik S. Wiersma和他的同事设计了一种能够捕捉微观元素的微观等同物，以四指微观手闭合的3D表示进行了演示。血细胞。该微型手由光驱动，可以通过光学照明进行远程控制，也可以自主行动，根据其光学特性捕获小颗粒。