Classical geometries unfurl from multicomponent shells

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Classical geometries unfurl from multicomponent shells

机译：经典几何从多组件壳中消失

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Viral capsids and other naturally occurring molecular shells spontaneously fold into regular geometric shapes, such as 20-sided icosahe-dra. Elastic theory governs the formation of shells formed from a single structural unit, such as a protomer in the case of capsids, but the formation of shells from multiple units is less understood. Graziano Vernizzi et al. (pp. 4292-4296) explored the formation of multicomponent microscopic shells that buckle into various other multifaceted polyhedral shapes.

机译：病毒衣壳和其他天然存在的分子壳自发折叠成规则的几何形状，例如20边的二十面体。弹性理论控制着由单个结构单元（例如衣壳中的protomer）形成的壳的形成，但是对由多个单元形成的壳的了解却很少。 Graziano Vernizzi等。（pp。4292-4296）探讨了形成多个其他多面多面体形状的多组分微观壳的形成。

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《Proceedings of the National Academy of Sciences of the United States of America》 |2011年第11期|p.4266|共1页
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收录信息美国《科学引文索引》(SCI);美国《生物学医学文摘》(MEDLINE);美国《化学文摘》(CA);
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Classical geometries unfurl from multicomponent shells

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