DEVELOPMENT OF SYMMETRY IN PLANTS.

A. Hudson
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引用次数: 67

Abstract

Plant development involves specification and elaboration of axes of asymmetry. The apical-basal and inside-outside axes arise in embryogenesis, and are probably oriented maternally. They are maintained during growth post-germination and interact to establish novel axes of asymmetry in flowers and lateral organs (such as leaves). Whereas the genetic control of axis elaboration is now partially understood in embryos, floral meristems, and organs, the underlying mechanisms of axis specification remain largely obscure. Less functionally significant aspects of plant asymmetry (e.g. the handedness of spiral phyllotaxy) may originate in random events and therefore have no genetic control.

植物对称性的发展。
植物发育包括不对称轴的规范和细化。顶-基轴和内-外轴在胚胎发生时出现,可能是母系定向的。它们在萌发后的生长过程中得到维持,并相互作用,在花和侧面器官(如叶子)中建立新的不对称轴。尽管在胚胎、花分生组织和器官中,轴细化的遗传控制目前已被部分理解,但轴细化的潜在机制仍在很大程度上不清楚。植物不对称在功能上不太重要的方面(如螺旋叶根分类学的手性)可能起源于随机事件,因此没有遗传控制。
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