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Green Chemistry to the Resque of Disasters of the 1900 -2020 Period

机译:绿色化学到1900 -2020期的灾难救助

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There is uncertainty about several aspects of the Covid-19 origin story that scientists are trying hard to unravel, including which species passed to humans. They are trying hard because knowing how a pandemic starts is a key to stopping the next one. Green chemistry emerged from a variety of existing ideas and research efforts - characterization is one major analytical technique in our laboratories and so Scientists moved rapidly to characterize 2019-nCoV and widely disseminated their findings amongst the international research community as quickly as possible including the basic Viral Structure and Mechanism of Infection. Coronaviruses are large, enveloped, positive-stranded RNA viruses. They have the largest genome among all RNA viruses, typically ranging from 27 to 32 kb. The genome is packed inside a helical capsid formed by the nucleocapsid protein (N) and further surrounded by an envelope. One important example of this is the homology models of the novel coronavirus cysteine protease produced by Martin Stoermer etal (2020) . It is also established that disasters during the century 1900- 2020 were avoidable if the principles of green chemistry were applied to prevent future pandemics.
机译:关于科学家们努力推动的Covid-19原产地故事的几个方面存在不确定性,包括传递给人类的物种。他们正在努力努力,因为了解大流行的开始是如何阻止下一个的关键。从各种现有的思想和研究努力中出现了绿色化学 - 表征是我们实验室中的一种主要分析技术,因此科学家迅速移动,以表征2019-NCOV,并尽可能快地在国际研究界中迅速传播他们的发现,包括基本病毒感染的结构和机制。冠状病毒是大型,包膜的正链的RNA病毒。它们在所有RNA病毒中具有最大的基因组,通常为27至32 kB。基因组填充在由核衣壳蛋白(N)形成的螺旋衣壳内,并进一步被包络包围。其中一个重要的例子是由Martin Stoermer Etal生产的新型冠状病毒半胱氨酸蛋白酶的同源模型(2020)。如果采用绿色化学原则以防止未来的流行病,则还建立了1900年的1900年至2020世纪2020年的灾害。

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