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Systems Chemistry Sketches

机译:系统化学草图

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摘要

Systems Chemistry, the study of very complex chemical reaction systems, is just emerging. In part, this is fueled by the emergence of Systems Biology, itself spawned by the genome project and powerful computers. In a human cell, some 25,000 genes and their products, which, due to alternative splicing, may number in the hundreds of thousands, coordinate their dynamical behavior, carry out work cycles linking spontaneous and non-spontaneous chemical and physical processes, and build rough copies of themselves. Organisms are interlinked chemically and in other ways in the entire persistently coevolving biosphere. Perhaps the most complex chemistry occurs in the biosphere. The other obvious candidates for complexity are the giant molecular clouds in interstellar space. Since reproduction and natural selection applies to the biosphere but presumably does not for giant molecular clouds, the features of their chemical complexity presumably differ dramatically.
机译:系统化学是对非常复杂的化学反应系统的研究,正在兴起。在某种程度上,这是由系统生物学的出现所推动的,而系统生物学本身是由基因组计划和强大的计算机产生的。在人类细胞中,约有25,000个基因及其产物,由于选择性剪接,可能会成千上万个,协调它们的动力学行为,执行将自发和非自发的化学和物理过程联系起来的工作循环,并构建出粗糙的结构自己的副本。在整个持续进化的生物圈中,生物通过化学方式和其他方式相互联系。也许最复杂的化学反应发生在生物圈中。复杂性的另一个显而易见的候选者是星际空间中的巨大分子云。由于繁殖和自然选择适用于生物圈,但可能不适用于巨大的分子云,因此其化学复杂性的特征可能差异很大。

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