首页> 外文期刊>Annual Review of Earth and Planetary Sciences >Miller-Urey and beyond: What have we learned about prebiotic organic synthesis reactions in the past 60 years?
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Miller-Urey and beyond: What have we learned about prebiotic organic synthesis reactions in the past 60 years?

机译:Miller-Urey以及其他地区:在过去60年中,我们从益生元有机合成反应中学到了什么?

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The synthesis of amino acids in the Miller-Urey spark-discharge experiments in the early 1950s inspired a strong interest in experimental studies of prebiotic organic chemistry that continues today. Over the years, many of the basic building blocks of life as we know it have been synthesized in the laboratory from simple ingredients, including amino acids, sugars, nucleobases, and membrane-forming lipids. Questions remain, however, concerning whether the conditions that allow synthesis of these compounds in the laboratory accurately simulate those that might have been present on the early Earth, and a closer convergence between plausible prebiotic conditions and laboratory simulations remains a challenge for experimentalists.
机译:1950年代初期,Miller-Urey火花放电实验中氨基酸的合成引起了人们对益生元有机化学实验研究的强烈兴趣,这一研究一直持续到今天。多年来,我们知道许多生命的基本构成要素都是在实验室中由简单的成分合成的,包括氨基酸,糖,核碱基和成膜脂质。但是,关于在实验室中允许这些化合物合成的条件是否能准确模拟可能早在地球上已经存在的条件,以及合理的益生元条件和实验室模拟之间更紧密的融合,仍然是实验者面临的挑战。

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