What we find is that to maximize yield, you can't have too much or too little florigen.
我们发现，要使产量最大化，成花素不能太多，也不能太少。
Remarkably, the florigen gene also boosted the sugar and sweetness of individual fruits.
成花素也显著提高了每个果实的糖分和甜度。
Recent molecular genetics studies have revealed a genetic network that enables the critical daylength response of florigen gene expression.
近来分子遗传研究揭示了一个遗传网络可以使成花素基因对临界日长做出应答。
With the right levels of florigen yields increase because it instructs plants when to stop making leaves and start making flowers, which in turn produce fruit.
成花素达到一定水平，产量就会提高，因为它指令植物停止长叶，开始孕育结出果实的花。
Therefore, each phytochrome gene of rice has distinct roles, and all of the phytochrome actions coordinately control the critical daylength response of florigen expression in rice.
因此，水稻中每个光敏色素基因都有着独特的作用，这些光敏色素协同调控水稻成花素基因的表达对临界日长的应答。
Here, we revealed multiple action points for each phytochrome in the critical daylength response of florigen expression by using single and double phytochrome mutant lines of rice.
本研究通过水稻光敏色素单突变和双突变株系，揭示了不同光敏色素在成花素基因应答日照长度的过程的多种作用。
The main research advances in floral physiology in tobacco were introduced in the paper. Three aspects of light and thermal signals, florigen, and plant status were emphasized and summarized.
介绍了烟草成花生理研究的主要进展。着重对光温信号、成花物质、植株状态三个方面进行了分析与综述。
The main research advances in floral physiology in tobacco were introduced in the paper. Three aspects of light and thermal signals, florigen, and plant status were emphasized and summarized.
介绍了烟草成花生理研究的主要进展。着重对光温信号、成花物质、植株状态三个方面进行了分析与综述。
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