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首页> 外文期刊>African Journal of Agricultural Research >Kappaphycus alvarezii extract used for the seed treatment of soybean culture
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Kappaphycus alvarezii extract used for the seed treatment of soybean culture

机译:Kappaphycus alvarezii提取物用于大豆培养的种子处理

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摘要

Marine macroalgae, Kappaphycus alvarezii has economic importance which is considered as the main source of Kappa carrageenan, a hydrocolloid used in various industries as an emulsifying agent and stabilizer. In the production process of this raw material, the fresh seaweed is subjected to grinding and filtering process, yielding a wet solid fraction rich in carrageenan and other liquid fractions. The latter has been studied for its use in pulverization of bean leaves, wheat, soybean, rice, among others. Several reports have shown positive effects on the growth, yield and quality of vegetables and grains treated with the extract of this alga. However, there are few reports on the use of the liquid extract of K. alvarezii for seed treatment, and also of its use in conjunction with the solid fraction of seaweed. In this context, this study aims to evaluate the physiological quality of soybean seeds treated with liquid extract of this alga and, with the mixture of liquid extract and solid biomass, submitted to a hydrolysis process. Two soybean seed treatment tests were performed in laboratory: one treatment contained pure liquid extract (100%) while the other was mixed with two samples of solid biomass hydrolyzed with concentrations of 25 and 75%. For comparison of their results, there was a positive control treatment and one negative control treatment. The results showed that, within the present working conditions, treatments with seaweed extract can increase the length of the aerial part of the seedling up to 28% and the length of the primary root up to 19% as compared to the negative control; thus, it improves the physiological performance of seeds.
机译:海洋大型藻类,Kappaphycus alvarezii具有重要的经济意义,被认为是Kappa卡拉胶的主要来源,卡拉胶是一种在各种行业中用作乳化剂和稳定剂的水解胶体。在这种原料的生产过程中,将新鲜的海藻经过研磨和过滤过程,得到富含角叉菜胶和其他液体馏分的湿固体馏分。已经研究了后者在豆叶,小麦,大豆,大米等的粉碎中的用途。一些报告显示了对用这种藻类提取物处理过的蔬菜和谷物的生长,产量和质量的积极影响。然而,很少有关于将阿尔瓦雷克氏菌的液体提取物用于种子处理以及将其与海藻的固体部分结合使用的报道。在此背景下,本研究旨在评估用该藻类的液体提取物处理的大豆种子的生理品质,并与液体提取物和固体生物质的混合物进行水解处理。在实验室中进行了两次大豆种子处理测试:一种处理包含纯液体提取物(100%),另一种则与水解了25%和75%浓度的两种固体生物质样品混合。为了比较他们的结果,有一个阳性对照治疗和一个阴性对照治疗。结果表明,在目前的工作条件下,与阴性对照相比,用紫菜提取物处理可以使幼苗的气生部分的长度增加28%,使根部的长度增加19%。因此,它改善了种子的生理性能。

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