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Blue and green are frequently seen: responses of seeds to short- and mid-wavelength light.

机译:经常看到蓝色和绿色:种子对短波长和中波长光的反应。

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摘要

Seeds have long been a model system for studying the intricacies of phytochrome-mediated light perception and signalling. However, very little is known about how they perceive blue and green light. Cryptochromes and phototropins, the major blue-light receptors in plants, are increasingly well-studied in vegetative tissues, but their role in light perception in seeds largely remains a mystery. Green light elicits a number of responses in plants that cannot be explained by the action of any of the known photoreceptors, and some seeds are apparently also capable of perceiving green light. Here, the responses of seeds to blue and green light are collated from a thorough examination of the literature and considered from the perspective of the potential photoreceptor(s) mediating them. Knowledge of how seeds perceive wavelengths that are suboptimal for phytochrome activation could help to improve germination and seedling establishment for both crop and native species.
机译:长期以来,种子一直是研究植物色素介导的光感知和信号传递的复杂性的模型系统。但是,关于它们如何感知蓝光和绿光知之甚少。植物中主要的蓝光受体隐色素和光养蛋白在植物组织中的研究越来越深入,但是它们在种子中感知光的作用仍然是一个谜。绿光在植物中引起许多反应,而这些反应不能用任何已知的感光体的作用来解释,而且某些种子显然也能够感知绿光。在这里,通过对文献的全面检查来整理种子对蓝光和绿光的反应,并从介导它们的潜在光感受器的角度考虑它们。了解种子如何感知对于植物色素激活不理想的波长,可以帮助改善作物和本地物种的发芽和幼苗生长。

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