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Exploring prokaryotic diversity: there are other molecular worlds.

机译:探索原核生物多样性:还有其他分子世界。

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Summary Prokaryotes are the major source of biological diversity on earth. This is not simply because of the large number of species present, or because of their diverse growth conditions and environmental niches populated by them, but because of the wealth of genes, metabolic pathways and molecular processes that are only found in prokaryotic cells. Therefore, Bacteria and Archaea (and their phages) cannot be considered any longer as miniaturized models of Eukaryotes, but as a genuine source of unique biological processes that are mediated by unique sets of genes and molecular devices. A true understanding of complex biological phenomena will require a deeper knowledge of this vast prokaryotic world. The second European Molecular Biology Organization (EMBO) conference on Molecular Microbiology entitled 'Exploring Prokaryotic Diversity' explored many aspects of this newly emerging interest in the prokaryotic world.
机译:小结原核生物是地球上生物多样性的主要来源。这不仅是因为存在着大量的物种,或者是因为它们存在着多样化的生长条件和环境,而且还因为仅在原核细胞中才能找到的丰富的基因,代谢途径和分子过程。因此,细菌和古细菌(及其噬菌体)不再被视为真核生物的微型化模型,而是作为由独特的基因和分子装置集介导的独特生物过程的真正来源。要真正理解复杂的生物现象,就需要对这个广阔的原核世界有更深入的了解。第二届欧洲分子生物学组织(EMBO)分子微生物学会议题为“探索原核生物多样性”,探讨了在原核生物世界中这种新兴兴趣的许多方面。

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