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Aquatic microorganism could inspire soft robots able to move fast in narrow spaces
- February 24, 2019
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Euglena cells are unicellular organisms that spend most of their time on swimming by beating their flagellum. Sometimes, Euglena performs harmoniously coordinated cell body deformation, in a behavior known as metaboly. A team of researchers shows that metaboly allows Euglena to crawl remarkably fast in narrow spaces. This feature could inspire new applications in soft robotics.
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"Aquatic microorganism could inspire soft robots able to move fast in narrow spaces", MachPrinciple, February 24, 2019, https://machprinciple.com/post/Aquatic-microorganism-could-inspire-soft-robots-able-to-move-fast-in-narrow-spaces
