Evaluate the Effect of Using Source of Nitrogen (Soaked Brown Lentils) on Chemical Composition for Marine Microalgae Nannochlorpsis oceanica

Ali M. Abugrara
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Abstract

Microalgae culture media must be efficient, give high growth, meet micro-requirement, and be available. The effect of different levels of brown lentil infusion and use at [25, 50 and 75%] levels on the chemical composition (protein, carbohydrates, fatty acids, and amino acids) in N. oceanic was evaluated. Compared to the standard F/2 Guillard. The obtained results indicated that the chemical components of N. oceanica were affected by these levels. The highest protein and carbohydrate content and the highest EAA content (55.92%) were obtained using OB3 medium (75% SBL) compared to the control group (100% F/2). The highest biomass production was obtained in OB3 medium. The highest TSFA and USFA were recorded for N. oceanica by the OB3 mean. The present study recommended that it is possible to use microalgae grown on OB3 and OB2 medium as a lipid and protein inducer in aquaculture.
不同氮源(浸泡褐扁豆)对海洋微藻化学成分的影响
微藻培养基必须是高效的、高生长的、满足微量要求的、可获得的。研究了褐扁豆浸泡和使用[25%、50%和75%]对褐扁豆在海洋中蛋白质、碳水化合物、脂肪酸和氨基酸等化学成分的影响。与标准的F/2吉拉德相比。结果表明,大洋洋槐的化学成分受这些水平的影响。与对照组(100% F/2)相比,75% SBL的OB3培养基蛋白质和碳水化合物含量最高,EAA含量最高(55.92%)。OB3培养基的生物量产量最高。按OB3平均值计算,大洋洲的TSFA和USFA最高。本研究表明,在OB3和OB2培养基上生长的微藻有可能作为水产养殖中的脂质和蛋白质诱导剂。
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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