Future of early embryogenesis studies in Arabidopsis thaliana

Patrick Gallois
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引用次数: 7

Abstract

Embryogenesis is a long-standing field of interest for plant scientist as recorded in the ‘notes’ of the French Science Academy. This either with fundamental or applied points of view. Since the beginning of the century techniques and questions have co-evolved, from microscope and fate map to laser ablation and cell–cell signalling. So far in plant embryogenesis, a limited use has been made of the whole range of approaches generally available to study development. This is due to technical limitations when working with plant embryos. Novel mutant screens and techniques are now at hand and are expected to unravel further the nature of cell interactions underlying embryo development. This in turn will modify the focus of our questioning.

拟南芥早期胚胎发生研究的未来
胚胎发生是植物科学家长期感兴趣的领域,法国科学院的“笔记”记录了这一点。这要么是基本观点,要么是应用观点。自本世纪初以来,技术和问题已经共同发展,从显微镜和命运图到激光消融和细胞-细胞信号。到目前为止,在植物胚胎发生方面,一般可用来研究发育的所有方法都得到了有限的利用。这是由于处理植物胚胎时的技术限制。新的突变筛选和技术现在触手可及,有望进一步揭示胚胎发育背后的细胞相互作用的本质。这反过来又会改变我们提问的焦点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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