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国家自然科学基金(30270083)

作品数:2 被引量:19H指数:2
相关作者:吴鸿伦璇梁社坚更多>>
相关机构:华南农业大学更多>>
发文基金:国家自然科学基金广东省科技攻关计划更多>>
相关领域:生物学更多>>

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Secretory Cavity Development and Its Relationship with the Accumulation of Essential Oil in Fruits of Citrus medica L. var. sarcodactylis (Noot.) Swingle被引量:15
2006年
The developmental types of secretory cavities in Citrus remain controversial. The relationship between secretory cavity development and the accumulation of essential oil in fruits of Citrus species is also unknown. In order to develop better insights into these problems, histological, histochemical, and cytochemical methods were used to investigate secretory cavity development and the accumulation of essential oll at different developmental stages of fruits of Citrus medica L. var. sarcodactylis (Noot.) Swingle. The results indicate that the secretory cavity of the variety seemed to originate from an epidermal cell and a subepldermal cell. These two cells underwent successive divisions, resulting In the formation of two parts: (Ⅰ) a conical cap; and (Ⅱ) a globular gland. The formation of the lumen was schlzolysigenous. Regular changes in the size of vacuoles and the accumulation of essential oil were revealed during the process of secretory cavity development. In addition, when fruits were a light yellow or golden color, the structure of secretory cavities was well developed and the content of essential oil in a single fruit reached a maximum. It would be most appropriate to collect the fruit as a medicinal material at this time.
She-Jian LiangHong WuXuan LunDong-Wen Lu
关键词:DEVELOPMENTFRUIT
马尾松雌雄球果发生与发育研究
马尾松(Pinus massoniana Lamb.)属松科松属植物,是我国松属树种地理分布最广的一种, 广泛分布于我国亚热带东部湿润区,并南延至北热带,生态环境复杂,变幅很大。该树种是我国南方荒山造林的主要先锋树种和重...
王玉荣李爱民吴鸿
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马尾松树脂道发育过程中果胶酶的细胞化学定位
马尾松(Pinus massoniana Lamb.)是我国特产的乡土树种,广泛分布于秦岭、淮河以南,云贵高原以东17个省、自治区、直辖市,面积居全国针叶林首位。树脂道是松科植物普遍具有的一种自身保护结构,是对昆虫和病原...
李爱民王玉荣吴鸿
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X射线能谱分析方法及其在电镜酶细胞化学中的应用被引量:4
2006年
近年来,X射线能谱分析和电镜酶细胞化学在许多领域中得到了广泛的应用。两者的结合把超微分析和超微观察密切结合起来,为超微结构的研究提供了可靠的分析手段。本文对X射线能谱分析的原理作简单地介绍,同时对X射线能谱分析在电镜酶细胞化学中的应用和实验方法进行了分析和讨论。
梁社坚伦璇吴鸿
关键词:超微结构
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