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矮牵牛花朵结构中植酸的定位及其与不亲和基因的关系。

Localization of phytic acid in the floral structure of Petunia hybrida and relation to the incompatibility genes.

机构信息

Department of Agricultural Biochemistry, Waite Agricultural Research Institute, University of Adelaide, Glen Osmond, South Australia, Australia.

出版信息

Theor Appl Genet. 1983 Feb;64(3):259-62. doi: 10.1007/BF00303775.

Abstract

In three clones of Petunia hybrida with different incompatibility genes, phytic acid is detected exclusively in pollen, stigma and style. These are all parts of the floral structure involved in the incompatibility reaction. Phytase activity was detected in these tissues as well as in the ovary. The level of phytic acid and phytase activity varied between clones with different S alleles. This difference was most evident in stigma and style. The pattern of phytic acid breakdown following pollination depends on whether pollen and style form a compatible or incompatible combination. Incompatible pollination results in a higher rate of degradation. Consideration is given to the relationship between breakdown of phytic acid to myo-inositol and cell wall thickening and plug formation, which occurs to a greater extent in the incompatible combination.

摘要

在具有不同不亲和基因的三个矮牵牛克隆中,植酸仅存在于花粉、柱头和花柱中。这些都是参与不亲和反应的花结构的组成部分。在这些组织以及卵巢中检测到植酸酶活性。具有不同 S 等位基因的克隆之间的植酸含量和植酸酶活性水平存在差异。这种差异在柱头和花柱中最为明显。授粉后植酸分解的模式取决于花粉和花柱是否形成亲和或不亲和的组合。不亲和授粉导致更高的降解速率。考虑到植酸分解为肌醇和细胞壁增厚以及栓形成之间的关系,在不亲和组合中更为明显。

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