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BIOLOGICAL ROUTE TO FUNCTIONAL FIBERS

机译:功能纤维的生物途径

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Manufacturing metallic or metallic-coated fibers usually requires a high temperature and high pressure process, which is environmentally unfriendly and costly. Recent researches indicated that genetically controlled proteins can be used as templates to mineralize metals at room temperature. And in nature, spiders and silk worms are known to use fibroin proteins in fabricating their perfect fibers through spinnerets. Potentially, fibers made out of genetically controlled proteins can be used to mineralize metals and form metallic fibers. These biological materials could open a new synthesis route to manufacture functional fibers in fiber science and industry. In this paper, we will introduce the application of a genetically controlled filamentous bacteriophage in fabrication of functional fibers.
机译:制造金属或金属涂覆的纤维通常需要高温和高压过程,这是环境不友好和昂贵的。最近的研究表明,遗传控制的蛋白质可以用作室温下的矿化金属的模板。本质上,众所周知,蜘蛛和丝绸蠕虫用肌蛋白蛋白在通过喷丝头上制造完美的纤维。潜在地,由遗传控制的蛋白质制成的纤维可用于矿化金属并形成金属纤维。这些生物材料可以打开一种新的合成途径来制造光纤科学和工业中的功能纤维。在本文中,我们将介绍遗传控制的丝状噬菌体在函数纤维的制造中的应用。

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