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The genetic equidistance result:misreading by the molecular clock and neutral theory and reinterpretation nearly half of a century later 被引量:2

The genetic equidistance result:misreading by the molecular clock and neutral theory and reinterpretation nearly half of a century later
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摘要 In 1963,Margoliash discovered the unexpected genetic equidistance result after comparing cytochrome c sequences from different species.This finding,together with the hemoglobin analyses of Zuckerkandl and Pauling in 1962,directly inspired the ad hoc molecular clock hypothesis.Unfortunately,however,many biologists have since mistakenly viewed the molecular clock as a genuine reality,which in turn inspired Kimura,King,and Jukes to propose the neutral theory of molecular evolution.Many years of studies have found numerous contradictions to the theory,and few today believe in a universal constant clock.What is being neglected,however,is that the failure of the molecular clock hypothesis has left the original equidistance result an unsolved mystery.In recent years,we fortuitously rediscovered the equidistance result,which remains unknown to nearly all researchers.Incorporating the proven virtues of existing evolutionary theories and introducing the novel concept of maximum genetic diversity,we proposed a more complete hypothesis of evolutionary genetics and reinterpreted the equidistance result and other major evolutionary phenomena.The hypothesis may rewrite molecular phylogeny and population genetics and solve major biomedical problems that challenge the existing framework of evolutionary biology. In 1963, Margoliash discovered the unexpected genetic equidistance result after comparing cytochrome c sequences from dif- ferent species. This finding, together with the hemoglobin analyses of Zuckerkandl and Pauling in 1962, directly inspired the ad hoc molecular clock hypothesis. Unfortunately, however, many biologists have since mistakenly viewed the molecular clock as a genuine reality, which in turn inspired Kimura, King, and Jukes to propose the neutral theory of molecular evolution Many years of studies have found numerous contradictions to the theory, and few today believe in a universal constant clock. What is being neglected, however, is that the failure of the molecular clock hypothesis has left the original equidistance result an unsolved mystery. In recent years, we fortuitously rediscovered the equidistance result, which remains unknown to nearly all researchers. Incorporating the proven virtues of existing evolutionary theories and introducing the novel concept of maxi- mum genetic diversity, we proposed a more complete hypothesis of evolutionary genetics and reinterpreted the equidistance result and other major evolutionary phenomena. The hypothesis may rewrite molecular phylogeny and population genetics and solve major biomedical problems that challenge the existing framework of evolutionary biology.
出处 《Science China(Life Sciences)》 SCIE CAS 2013年第3期254-261,共8页 中国科学(生命科学英文版)
基金 supported by the State Key Laboratory of Medical Genetics,a FuRong Scholarship the National Natural Science Foundation of China (81171880) the National Basic Research Program of China (2011CB51001)
关键词 genetic equidistance overlap feature evolution molecular clock neutral theory maximum genetic diversity hypothesis MICROEVOLUTION MACROEVOLUTION 遗传多样性 分子钟 等距 中性理论 时钟 误读 分子系统发育 分子进化
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