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首页> 外文期刊>Asian Journal of Agriculture and Biology >In vitro direct organogenesis of kenaf (Hibiscus cannabinus L.) using different types of explants
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In vitro direct organogenesis of kenaf (Hibiscus cannabinus L.) using different types of explants

机译:使用不同类型的外植体对洋麻(Hibiscus cannabinus L.)的体外直接器官发生

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Kenaf ( Hisbiscus cannabinus L.) is grown mainly for its fiber. In Malaysia, this species is relatively known as a new plant and has a potential to be cultivated and improved to produce high quality of fibers. Direct organogenesis of explants is one of the ways to provide high quality of seedling for the purpose. This study aimed to develop protocol for producing kenaf plantlets through direct organogenesis of explants. Different types of explants (shoot tips, nodes, leaves, and petioles) of kenaf were surface sterilized and cultured on the MS media supplemented with different combination of hormones. The results showed that shoot could be induced using different combination of hormones in both shoot tip and node cultures, but not in leaf and petiole cultures. On the other hand, root could form in all cultures easily even on MS basal media without hormones added.
机译:红麻(Hiscuscus cannabinus L.)主要是因为其纤维而生长。在马来西亚,该物种被称为一种新植物,具有被种植和改良以生产高质量纤维的潜力。外植体的直接器官发生是为此目的提供高质量幼苗的方法之一。这项研究旨在开发通过外植体的直接器官发生来生产洋麻苗的方案。将洋麻的不同类型的外植体(枝尖,节,叶和叶柄)表面灭菌,并在补充了不同激素组合的MS培养基上进行培养。结果表明,在茎尖和节培养中可以使用不同的激素组合诱导芽,而在叶和叶柄培养中则不能。另一方面,即使在不添加激素的MS基础培养基上,根也很容易在所有培养物中形成。

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