Embryology and relationships of glucosinolate-producing plants

芥子油苷生产植物的胚胎学和关系

• 批准号: 02640539
• 负责人: TOBE Hiroshi
• 金额: $ 1.15万
• 依托单位: Kyoto University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for General Scientific Research (C)
• 财政年份: 1990
• 资助国家: 日本
• 起止时间: 1990 至 1991
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-02640539/
• 关键词: Glucosinolate; Bataceae; Gyrostemonaceae; Akaniaceae; Bretschneideraceae; Koeberlinia; Canotia; Embryology; グルコシノレ-ト; Akania; Acanthothamnus; Brexia; embryology; Batis; Capparales; Sapindales

By means of this research project, I have completed embryological studies of Bataceae, Gyrostemonaceae, Akaniaceae, Bretschneideraceae of the 15 glucosinolate-producing plant families. Besides, the study of the embryology in Koeberlinia, as well as in putatively related genera Acanthothamnus, Brexia and Canotia, has been completed ; the study of seed anatomy in Salvadoraceae and Tovariaceae is also being finished up. Based on those works, the following suggestions have been presented for relationships of glucosinolate plants.1. Gyrostemonaceae, which are distantly related to Bataceae, have close affinities to Capparaceae and Resedaceae (Capparales).2. Bataceae have no relationships to any of the 15 families, and are better treated as a family of its own order batales.3. Both Akaniaceae and gretschneideraceae are closely related to families of Sapindales such as Sapindaceae.4. Koeberlinia, a genus which is usually placed in Capparaceae, has no close relationships to Canotia and even to ordinal members of Capparaceae. the genus ought to be assigned to a family of its own.In summary, glucosinolate-producing families are suggested to have evolved in several independent evolutionary lines. For further detailed comparison and more decisive conclusion, studies on some key genera including Drypetes are critical.

通过本课题的研究，完成了产芥子油苷植物中的Bataceae、Gyrostemonaceae、Akaniaceae、Bretschneideraceae等15个科的胚胎学研究。此外，Koeberlinia以及与腐殖酸相关的属Escherothamnus，Brexia和Canotia的胚胎学研究已经完成; Salvadoraceae和Tovariaceae的种子解剖学研究也正在完成。在此基础上，对硫甙植物亲缘关系提出了以下建议.三蕊花科（Gyrostemonaceae）与蝙蝠葛科（Bataceae）亲缘关系较远，与山柑科（Capparales）和芦苇科（Resedaceae）亲缘关系较近. Bataceae与15个科中的任何一个科都没有关系，最好将其作为自己的Batales目的一个科来处理。Akaniaceae和Gretschneideraceae都与无患子目的科如无患子科有密切的关系。Koeberlinia是一个通常归入山柑科的属，与Canotia甚至与山柑科的序数成员没有密切的关系。总的来说，硫代葡萄糖苷产生菌科是由几个独立的进化系进化而来的。为了更详细的比较和更有决定性的结论，对包括核果木属在内的一些关键属的研究是至关重要的。

项目成果

Tobe,H.and P.Raven: "The embryology and systematic position of Koeberlinia(Capparales)" Systematic Botany.

Tobe, H. 和 P. Raven：“Koeberlinia (Capparales) 的胚胎学和系统地位”系统植物学。

Tobe,H.: "The embryology and relationships of Bataceae" Botanical Journal of the Linnean Society.

Tobe,H.：“蝙蝠科的胚胎学和关系”林奈学会植物学杂志。

Tobe,H.and P.Raven: "The embryology and relationships of Bataceae" The Botanical Journal of Linnean Society.

Tobe, H. 和 P. Raven：“蝙蝠科的胚胎学和关系”林奈学会植物学杂志。

Tobe,H.: "Embryology and relationships of Akania(Akaniaceae)" Systematic Botany.

Tobe，H.：“阿卡尼亚（阿卡尼亚科）的胚胎学和关系”系统植物学。

Tobe,H.: "Embryology of Acanthothamnus,Brexia and Canotia:a comparison" Botanical Magazine,Tokyo.

Tobe, H.：“Acanthothamnus、Brexia 和 Canotia 的胚胎学：比较”植物杂志，东京。