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首页> 外文期刊>International Journal of Biotechnology and Biochemistry >Biomass production of Dunaliella salaina using Dewarln's media supplemented with different initial concentration Iron, Selenium and Nickel
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Biomass production of Dunaliella salaina using Dewarln's media supplemented with different initial concentration Iron, Selenium and Nickel

机译:使用杜瓦恩氏培养基补充不同浓度的铁,硒和镍来生产杜氏盐藻

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摘要

Biomass production of marine and fresh water microalgae is most important now days for various applications. All over the world various strategies are using to increase microalgal biomass yields. In this study we used trace elements such as Fe, Se andNi as supplements to Dewarln's media to enhance the biomass production of Dunaliella salaina and optimized its concentrations. The maximum biomass yield was obtained Fe, Se and Ni amended cultures for 60 mu g/L, 40 mu g/L and 40 mu g/L respectively. Statistical analysis indicated that the Fe, Se and Ni concentrations and biomass yield are interdependable, because they showed positive correlation for optimum concentration. These trace elements can be used as an additional nutrient supplement for biomassproduction of D.salina at the large scale.
机译:如今,对于各种应用而言,海洋和淡水微藻的生物质生产最为重要。在世界各地,各种策略正在用于增加微藻生物量的产量。在这项研究中,我们使用诸如Fe,Se和Ni的微量元素作为Dewarln培养基的补充,以增强杜氏盐藻的生物量生产并优化其浓度。分别在60,g,40和40克/升的Fe,Se和Ni改良培养物中获得最大的生物量产量。统计分析表明,Fe,Se和Ni的浓度与生物量的产量是相互依赖的,因为它们与最佳浓度呈正相关。这些微量元素可以用作盐藻的生物质生产的补充营养补充剂。

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