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真正的山药(薯蓣属):真双子叶植物和禾本科植物之间的生物学及进化联系。

True yams (Dioscorea): a biological and evolutionary link between eudicots and grasses.

作者信息

Mignouna Hodeba D, Abang Mathew M, Asiedu Robert, Geeta R

机构信息

African Agricultural Technology Foundation, Nairobi, Kenya.

出版信息

Cold Spring Harb Protoc. 2009 Nov;2009(11):pdb.emo136. doi: 10.1101/pdb.emo136.

Abstract

Dioscorea (true yams) is a large genus that contains species important as food (with edible tubers) or as sources of bioactive substances used in a range of applications. Dioscorea is a major staple food in many parts of the world, especially in West Africa and the Pacific islands, and serves as a famine food in many regions. It is a critically important but neglected crop, which is likely to increase in importance as climate change leads to necessary changes in global food systems. It is a herbaceous, climbing, tropical monocot that looks rather like a dicot, and is part of a lineage that is relatively closely related to the phylogenetically derived group containing the grasses. Therefore, it represents an important biological link between the eudicots and grasses--groups that contain all the model flowering plant species--and has the potential to fill gaps in our knowledge of plant biology and evolution. Yams also offer us the possibility to gain new insights into processes such as tuberization and sex determination, which cannot be studied in current model organisms. This combination of rising importance due to its socioeconomic significance and interesting biology and evolutionary position justify its potential as a model organism. This potential remains to be harnessed, and much of the current work on yam is directed toward its role as a food crop. This aspect will remain important, but its potential for answering questions of basic biological interest will be a major motivation for researchers interested in this organism.

摘要

薯蓣属(真正的山药)是一个庞大的属,包含作为食物(块茎可食用)或作为一系列应用中生物活性物质来源的重要物种。薯蓣在世界许多地区是主要主食,尤其是在西非和太平洋岛屿,并且在许多地区作为备荒食物。它是一种极其重要但被忽视的作物,随着气候变化导致全球粮食系统的必要变革,其重要性可能会增加。它是一种草本、攀缘的热带单子叶植物,看起来颇像双子叶植物,并且是与包含禾本科的系统发育衍生类群关系相对密切的一个谱系的一部分。因此,它代表了双子叶植物和禾本科植物(包含所有模式开花植物物种的类群)之间的重要生物学联系,并且有潜力填补我们在植物生物学和进化知识方面的空白。山药还使我们有可能对诸如块茎形成和性别决定等过程获得新的见解,而这些过程无法在当前的模式生物中进行研究。由于其社会经济意义以及有趣的生物学和进化地位,其重要性不断提高,这证明了它作为模式生物的潜力。这种潜力仍有待挖掘,目前关于山药的许多工作都围绕其作为粮食作物的作用展开。这一方面仍将很重要,但其回答基本生物学问题的潜力将成为对该生物体感兴趣的研究人员的主要动力。

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