Different cultivation media conditions affecting behavior and genetic stability of Lepidium sativum L.

Eman Tawfik
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引用次数: 1

Abstract

Lepidium sativum is an edible medicinal plant from the family Brassicaceae. It holds many uses in folk medicine, and the bioactivities activities originate from its constituents. So, it is essential to estimate the different physiological compounds in this plant. It is also essential to determine which organ in the plant could contain these active compounds. So, it is necessary to evaluate the growth conditions of this plant. In this study, L. sativum is grown in different conditions (with water only in Petri-dish, in pots with peat-moss soil and on jars with Murashige and Skoog (MS) medium with tissue culture technique). From the results obtained, it was clear that cultivation in peat-moss soil supplement the plant with more pigmentation concentration (but not for a long time) and much protein content. In comparison, cultivation on MS media provides much protein content. In all parameters, seeds germinated with water only have the lowest value. Genetically, RAPD-PCR molecular marker illustrates that there is no genetic stability in L. sativum grew on different cultivation conditions. The polymorphism percentage was 54.71%. So, there is genetic variation in response to different cultivation conditions.
不同培养基条件对枸杞行为和遗传稳定性的影响。
芥蓝是芸苔科的一种可食用药用植物。它在民间医学中有许多用途,其生物活性源于其成分。因此,对该植物中不同的生理成分进行评估是十分必要的。确定植物的哪个器官可能含有这些活性化合物也很重要。因此,有必要对其生长条件进行评价。在本研究中,莴苣在不同条件下生长(在培养皿中仅用水,在泥炭苔藓土壤的花盆中,在用组织培养技术的Murashige和Skoog (MS)培养基的罐子上)。从所获得的结果来看,很明显,在泥炭苔藓土壤中栽培可以使植株获得更多的色素浓度(但时间不长)和更多的蛋白质含量。相比之下,在MS培养基上培养可以提供更多的蛋白质含量。在所有参数中,只有水分发芽的种子值最低。遗传上,RAPD-PCR分子标记表明,不同栽培条件下的油菜没有遗传稳定性。多态性百分比为54.71%。因此,在不同的栽培条件下,存在遗传变异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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