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首页> 外文期刊>Advances in Bioscience and Biotechnology >A Method to Predict Banana Pseudostem’s Strength at Seedling Stage
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A Method to Predict Banana Pseudostem’s Strength at Seedling Stage

机译:一种预测香蕉假苗强度的方法

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Banana industry played important roles in Chinese economics. Banana production was always affected heavily by typhoon. Selecting new cultivars with high strength was the basic way to resolve this problem. If the selecting work was performed at mature stage, it will need large area and much labor. If this work can be done at seedling stage, this process will be simplified significantly. We found that banana plants that had high strength at seedling stage al ways had high strength at mature stage. The physical strength of seedling pseudostem was closely related with pseudostem diameter, lignin content and the expression of 4-coumarate:CoA ligase gene Mu4CL15. Those seedlings whose pseudostem had bigger diameter, more lignin content and higher expression of Mu4CL15 always had higher strength to resist lodging. Through screening plants whose pseudostem had bigger diameter, more lignin content and higher expression of Mu4CL15, plants with high-strength pseudostem can be selected. Using this method, thousands of seedlings can be identified in short time. This process does not need large area and much labor. If this method was applied, the process of breeding new cultivars of banana with high resistance to lodging will be accelerated.
机译:香蕉产业在中国经济学中发挥了重要作用。香蕉生产总是受到台风的严重影响。选择高强度的新品种是解决这一问题的基本方法。如果选择工作是在成熟阶段进行的,则将需要大面积和大量劳动。如果这项工作可以在苗期完成,那么这个过程将大大简化。我们发现,在幼苗期始终具有较高强度的香蕉植株在成熟期均具有较高的强度。幼苗假茎的物理强度与假茎直径,木质素含量和4-香豆酸:CoA连接酶基因Mu4CL15的表达密切相关。假茎直径较大,木质素含量更高,Mu4CL15表达更高的幼苗总是具有较高的抗倒伏强度。通过筛选假茎直径较大,木质素含量更高和Mu4CL15表达更高的植物,可以选择具有高强度假茎的植物。使用这种方法,可以在短时间内识别出数千个幼苗。该过程不需要大面积和大量劳动。如果采用这种方法,将加速抗倒伏性高的香蕉新品种的选育进程。

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