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• W3089682009 abstract "While often believed to be a passive agent that merely exploits its host's metabolism, influenza virus has recently been shown to actively move across glycan-coated surfaces. This form of enzymatically driven surface motility is currently not well understood and has been loosely linked to burnt-bridge Brownian ratchet mechanisms. Starting from known properties of influenza's spike proteins, we develop a physical model that quantitatively describes the observed motility. It predicts a collectively emerging dynamics of spike proteins and surface bound ligands that combined with the virus' geometry give rise to a self-organized rolling propulsion. We show that in contrast to a Brownian ratchet, the rotary spike drive is not fluctuation driven but operates optimally as a macroscopic engine in the deterministic regime. The mechanism also applies to relatives of influenza and to man-made analogues like DNA-monowheels and should give guidelines for their optimization." @default.
• W3089682009 created "2020-10-08" @default.
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• W3089682009 date "2021-05-28" @default.
• W3089682009 modified "2023-10-04" @default.
• W3089682009 title "How Influenza’s Spike Motor Works" @default.
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• W3089682009 doi "https://doi.org/10.1103/physrevlett.126.218101" @default.
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