Strength and structure of spiders’ silks

Fritz Vollrath
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引用次数: 271

Abstract

Spider silks are composite materials with often complex microstructures. They are spun from liquid crystalline dope using a complicated spinning mechanism which gives the animal considerable control. The material properties of finished silk are modified by the effects of water and other solvents, and spiders make use of this to produce fibres with specific qualities. The surprising sophistication of spider silks and spinning technologies makes it imperative for us to understand both material and manufacturing in nature before embarking on the commercialization of biotechnologically modified silk dope.

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蜘蛛丝的强度和结构
蛛丝是具有复杂微观结构的复合材料。它们是用一种复杂的纺丝机制从液晶浆料中纺成的,这种纺丝机制给了动物相当大的控制力。成品丝的材料特性受到水和其他溶剂的影响而发生改变,蜘蛛利用这一点生产出具有特定品质的纤维。蜘蛛丝和纺丝技术的惊人复杂性使得我们在着手将生物技术修饰的丝涂料商业化之前,必须了解材料和制造的本质。
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Subject Index Author Index Core and periphery functionalized dendrimers for transition metal catalysis; a covalent and a non-covalent approach Dendritic supports in organic synthesis Peptide dendrimers: applications and synthesis
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