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Start-up Experiment for Biochemical/Biophysical Study of Cellulose Biosynthesis

机译:纤维素生物合成的生化/生物物理研究的启动实验

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摘要

Living organisms produce 100 billion tons of cellulose each year. Such massive cellulose production on earth means that the ability to synthesize cellulose has been beneficial to the organisms that acquired this ability through evolution, and that ithas been "SUSTAINABLE" material in biosphere. The most striking example will be seen in the plant cell walls, in which cellulose plays an important role to support a tall tree such as 100-m. This is because cellulose has strong mechanical strength and biological resistance by virtue of its high crystalline fibrous structure with hydrogen bonding network, microfibril.
机译:生命有机体每年生产1000亿吨纤维素。地球上如此大量的纤维素生产意味着合成纤维素的能力对通过进化获得这种能力的生物是有益的,并且它已成为生物圈中的“可持续”材料。最明显的例子是植物细胞壁,其中纤维素在支撑高大的树木(例如100米)方面起着重要作用。这是因为纤维素由于具有氢键网络微纤维的高结晶纤维结构而具有很强的机械强度和生物抵抗力。

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