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首页> 外文期刊>Aquaculture Research >HUFA content and DHA/EPA improvements of Artemia sp. with commercial oilsduring different enrichment periods
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HUFA content and DHA/EPA improvements of Artemia sp. with commercial oilsduring different enrichment periods

机译:贫血菌的HUFA含量和DHA / EPA改善。在不同浓缩阶段使用商业用油

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摘要

Several commercial oils of plant and animal origin were tested in order to improve the HUFA content and the DHA:EPA ratio of Artel,lia sp. metanauplii. The relationship between the n-3 and n-6 fatty acid series, and more recently, the DHA:EPA ratio seem to be indicators for better survival and growth of marine fish larvae, The tested plant oils were derived from linseed, peanut and sunflower, and the animal oils came from squid, sardine, cod liver and Selco emulsion. For each oil emulsion tested, four different enrichment periods (9, 24, 33 and 48 h) were evaluated in the same Artemia sp. strain (Artemia EG from Artemia Systems Inc., Baasrode, Belgium). The results show that oil emulsions of plant origin give very poor results in relation to either HUFA content or DHA:EPA ratio. All the oil emulsions from animal origin resulted in HUFA incorporation. Sardine oil was the poorest and squid oil the best. The HUFA content and the DHA:EPA ratio increased with enrichment periods up to 33 h, followed by a negligible variation up to the final 48 h. [References: 9]
机译:测试了几种植物和动物来源的商业用油,以提高Artel,lia sp。的HUFA含量和DHA:EPA比率。 metanauplii。 n-3和n-6脂肪酸系列之间的关系,以及最近的DHA:EPA比似乎是海水鱼幼虫更好的存活和生长的指标。受试植物油来自亚麻籽,花生和向日葵,而动物油则来自鱿鱼,沙丁鱼,鳕鱼肝和Selco乳液。对于每种测试的油乳液,在相同的Artemia sp。中评估了四个不同的富集期(9、24、33和48小时)。菌株(Artemia EG,来自比利时Baasrode的Artemia Systems Inc.)。结果表明,相对于HUFA含量或DHA:EPA比率,植物来源的油乳液的效果非常差。所有动物来源的油乳剂均导致HUFA掺入。沙丁鱼油是最穷的,鱿鱼油是最好的。 HUFA含量和DHA:EPA比值随浓缩时间延长至33 h而增加,随后直至最后48 h的变化可忽略不计。 [参考:9]

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