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首页> 外文期刊>Proceedings of the National Academy of Sciences of the United States of America >A Korarchaeote Yields To Genome Sequencing
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A Korarchaeote Yields To Genome Sequencing

机译：Korarchaeote产生基因组测序。

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Archaea have always been hard to study. The cultured instances of that group tend be from environments that to us seem atrocious, with high temperatures, and hypersaline and anoxic conditions. Molecular studies of environmental gene sequences have taught us that these organisms are all around us, but they almost never can be cultured. Reading the article by Elkins et al. (1) in a recent issue of PNAS, I was reminded that the Archaea have been causing problems since they were recognized by Carl Woese in 1977 (2). Of course, the problems are of the best kind: those that stimulate thought, cause consternation among the establishment, demand that more data be gathered, and result (when new data are presented) in new ideas (and perhaps a renewal of the "cycle of consternation"). As an outsider to the archaeal world who always suspected that such organisms indeed were somewhat "different" from the familiar bacteria on which I work, this entire process has been both interesting and entertaining, and perhaps made me just a little thankful that I was not dealing with any of these phy-logenetic "thugs" we now call Archaea.
机译：古细菌一直很难研究。该群体的培养个体倾向于来自我们认为恶劣，高温，高盐和缺氧条件的环境。对环境基因序列的分子研究告诉我们，这些生物遍布我们周围，但几乎永远无法培养。阅读Elkins等人的文章。 （1）在最近一期的PNAS中，我想起自1977年卡尔·沃斯（Carl Woese）识别古细菌以来，古细菌一直在引起问题（2）。当然，问题是最好的：刺激思想，引起机构混乱的问题，要求收集更多数据并在新思想中产生结果（当提供新数据时）的问题（可能是“周期”的更新）惊“”）。作为古细菌界的局外人，他总是怀疑这些生物确实与我所研究的熟悉细菌有些“不同”，整个过程既有趣又有趣，也许让我有点感谢我没有现在，我们将这些处理过的后生“暴徒”称为古细菌。

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