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The poetry of mycological accomplishment and challenge

机译:真菌学成就与挑战诗

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Adaptation is the evolutionary process that has given us the remarkable diversity of fungi and I cannot think of a theme better suited to bringing together the wide variety of topics at this congress: pathogenicity, cell biology, genomics, evolution and ecology. It is also a timely theme because the latest biological innovation, genomics, has stimulated new thinking about the types of genetic variation and subsequent selection that enable adaptation. For more than half a century the Modern Synthesis of natural selection and genetics has provided the framework for evolutionary inquiry as reviewed by Kutschera and Niklas (2004). The Modern Synthesis is focused on point mutations as the mode of genetic variation, but genomics has emphasized the role of gene loss and gene gain by duplication or horizontal transfer in generating genetic variation. Likely, the Modern Synthesis can be stretched to accommodate these new processes, as it was to accommodate neutral evolution (Pigliucci, 2007). However, there are those who are calling for a new synthesis and I encourage mycologists to take a look at these proposals because fungi may be the organisms of choice in testing these ideas (Koonin, 2009a, b)
机译:适应是一种进化过程,为我们带来了显着的真菌多样性,我想不出一个更适合将本届大会的众多主题集中在一起的主题:致病性,细胞生物学,基因组学,进化和生态学。这也是一个及时的主题,因为最新的生物创新,基因组学激发了人们对遗传变异类型和随后进行适应选择的新思维。半个多世纪以来,自然选择和遗传学的现代综合为进化探究提供了框架,正如Kutschera和Niklas(2004)所评论的那样。现代综合聚焦于点突变作为遗传变异的模式,但是基因组学强调通过复制或水平转移产生基因损失和基因获取在遗传变异中的作用。现代综合很可能可以扩展以适应这些新过程,因为它可以适应中性进化(Pigliucci,2007)。但是,有些人正在呼吁进行新的合成,我鼓励真菌学家研究这些建议,因为真菌可能是检验这些想法的首选生物(Koonin,2009a,b)。

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