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Lego clocks: building a clock from parts.

机译:乐高时钟:由零件构建时钟。

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摘要

A new finding opens up speculation that the molecular mechanism of circadian clocks in Synechococcus elongatus is composed of multiple oscillator systems (Kitayama and colleagues, this issue, pp. 1513-1521), as has been described in many eukaryotic clock model systems. However, an alternative intepretation is that the pacemaker mechanism-as previously suggested-lies primarily in the rate of ATP hydrolysis by the clock protein KaiC.
机译:一项新发现开辟了一个推测,即延长的Synechococcus elongatus中昼夜节律的分子机制是由多个振荡系统组成的(Kitayama和同事,这个问题,第1513-1521页),正如许多真核生物钟模型系统中已经描述的那样。但是,另一种解释是,如前所述,起搏器机制主要取决于时钟蛋白KaiC的ATP水解速率。

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