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首页> 外文期刊>Aquaculture Research >Effect of rotifer enrichment with herbal extracts on growth and resistance of red sea bream, Pagrus major (Temminck & Schlegel) larvae against Vibrio anguillarum
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Effect of rotifer enrichment with herbal extracts on growth and resistance of red sea bream, Pagrus major (Temminck & Schlegel) larvae against Vibrio anguillarum

机译:轮虫富含草药提取物对红鲷,Pagrus major(Temminck&Schlegel)幼虫生长和抵抗鳗弧菌的影响

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摘要

The effects of the dietary medicinal herbs Massa medicata, Crataegi fructus (Cf), Artemisia capillaries, Cnidium officinale and their mixture (HM), on growth and resistance against Vibrio anguillarum were examined using larval red sea bream, Pagrus major. The methanol extracts of Cf and HM inhibited the proliferation of seven infectious bacterial strains including the genera Aeromonas, Edwasiella, Photobavterium, Pseudomonas and Vibrio. Rotifers enriched with emulsified bonito oil containing extracts of Cf and HM lowered the bacterial counts in their body on TCBS medium for the genus Vibrio in comparison with rotifers enriched by emulsified bonito oil alone. Although statistically not significant, larvae fed rotifer fortified with Cf from 3 to 20 days after hatching showed the best growth and final body weight followed by those given rotifer with HM and control enrichment. However, final body length of larvae fed rotifer with Cf was significantly larger than larvae fed on rotifers enriched with other herb extracts. After a challenge test with V. anguillarum, survival of larvae fed rotifer with Cf and HM was significantly higher than for the control treatment. These results revealed that Cf and HM in rotifer is useful to promote growth and resistance against V. anguillarum in red sea bream larvae, providing a new technology for mass production of disease-resistant fry and fingerlings.
机译:使用幼虫红鲷鱼(Pagrus major)检测了膳食药材Massa medicata,Cretaegi fructus(Cf),艾蒿,Cndium officinale及其混合物(HM)对生长和抗鳗弧菌的影响。 Cf和HM的甲醇提取物抑制了七个传染性细菌菌株的增殖,包括气单胞菌属,埃德瓦西氏菌属,光细菌,假单胞菌属和弧菌。与仅用乳化bon鱼油富集的轮虫相比,富含乳化bon鱼油的含Cf和HM提取物的轮虫降低了在TCBS培养基上弧菌属的细菌计数。尽管在统计学上不显着,但孵化后3至20天用Cf强化的轮虫幼虫显示出最佳的生长和最终体重,其次是给予HM和对照富集的轮虫。但是,饲喂含Cf的轮虫的幼虫的最终体长明显大于饲喂富含其他草药提取物的轮虫的幼虫。在用鳗弧菌进行攻击试验后,用Cf和HM饲喂轮虫的幼虫的存活率显着高于对照处理。这些结果表明,轮虫中的Cf和HM有助于促进红鲷幼虫的生长和对鳗弧菌的抵抗,为大规模生产抗病鱼苗和鱼种提供了新技术。

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