杨梅花的发育与解剖。东方(莱顿)莱顿

Di ZHANG , Xiao-hui SHEN , Li-huan ZHUO
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引用次数: 6

摘要

杨梅花的花蕾。在解剖和光学显微镜下观察了东方花的花器官发育特征,并研究了花药发育与小孢子发生的关系。花器官分化可分为零分化、花序芽分化、小花原基分化、花被原基分化、雄蕊原基分化和雌蕊原基分化6个阶段。6个被片几乎同时分化,在空间上交叉排列,呈六角形分布。花被片内同时分化6个雄蕊。最后,3个心皮原基分化形成合心雌蕊。整个花芽分化过程约为40 d,前3期发育较后3期慢。从雄蕊原基分化到花药成熟,花药的形态和颜色发生了明显的变化。在同一时期,小孢子也经历了显著的发育。小孢子发生过程与花药发育之间的关系已经通过挤压技术得到了明确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flower Development and Anatomy of Agapanthus praecox ssp. orientalis (Leighton) Leighton

Floral buds of Agapanthus praecox ssp. orientalis were observed under dissecting and optical microscope to characterize floral organs development and to study relationships between anther development and microsporogenesis. Floral organs differentiation was comprised of 6 distinct stages including nought differentiation, inflorescence bud differentiation, floret primordia differentiation, tepal primordia differentiation, stamen primordia differentiation, and pistil primordia differentiation. Six tepals differentiated almost simultaneously which cross arranged in space and appeared in hexagonal distribution pattern. Six stamens were differentiated inside the tepals at the same time. Finally, 3 carpel primordia differentiated and formed syncarpous pistil. The whole process of floral bud differentiation took approximately 40 d with the first 3 stages developing more slowly than the later 3 stages. Morphology and color of the anther underwent obvious changes during the period between stamen primordia differentiation and anther maturation. Microspores also underwent significant development during this same interval. The relationship between the process of microsporogenesis and anther development has already been made clear by the squash technique.

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来源期刊
Agricultural Sciences in China
Agricultural Sciences in China AGRICULTURE, MULTIDISCIPLINARY-
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