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Silirton biotechnology: harnessing biological silicon biotechnology: harnessing biological silica production to construct new materials

机译:Silirton生物技术:利用生物硅生物技术:利用生物硅生产来构建新材料

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摘要

Silicon, the basis of semiconductors and many advanced materials, is an essential element for higher plants and animals, yet its biology is poorly understood. Many invertebrates produce exquisitely controlled silica structures with a nanoscale precision exceeding present human ability. Biotechnology is starting to reveal the proteins, genes and molecular mechanisms that control this synthesis In marine organisms that produce large amounts of silica. Discovering the mechanisms governing biosilicification offers the prospect of developing environmentally benign routes to synthesize new silicon-based materials and to resolve the biological use of silicon in higher organisms.
机译:硅是半导体和许多先进材料的基础,是高级植物和动物的必需元素,但对其生物学的了解却很少。许多无脊椎动物产生的纳米级精度精确控制的二氧化硅结构超出了人类现有的能力。生物技术开始揭示控制产生大量二氧化硅的海洋生物中控制该合成的蛋白质,基因和分子机制。发现控制生物硅化的机制,为开发环境友好的途径提供了前景,以合成新的硅基材料并解决高等生物中硅的生物利用问题。

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