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首页> 外文期刊>Fish & Shellfish Immunology >Leucaena leucocephala pod seed protein as an alternate to animal protein in fish feed and evaluation of its role to fight against infection caused by Vibrio harveyi and Pseudomonas aeruginosa
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Leucaena leucocephala pod seed protein as an alternate to animal protein in fish feed and evaluation of its role to fight against infection caused by Vibrio harveyi and Pseudomonas aeruginosa

机译:Leucaena Leucocephala pod籽蛋白作为鱼类饲料中的动物蛋白质的交替,并评估其作用,以抗击感染vibrio harveyi和pseudomonas eruginosa引起的感染

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The laboratory acclimatized Clarias gariepinus (80 +/- 10 g) were divided into six groups and five subgroups each containing 10 fish. A fish feed was reconstituted by adding 33% powder of Leucaena leucocephala seed in place of fish trash. Group B, C and E were fed on reconstituted feed and group A, D and F were fed on artificial feed containing animal protein for 7 days prior to start of experiments. Then Group B was challenged with BSA while other groups were challenged with Vibrio harveyi (Group C, D) and Pseudomonas aeruginosa (Group E, F). Group A was used as negative control (not challenged with antigen). The fish were challenged on weekly intervals till 28th day. Blood was collected from one subgroup of each group on day 7, 14, 21 & 28 and finally sacrificed on day 35. Change in body weight, liver function tests (SGOT, SGPT) and serum ALP levels were monitored. The phagocytic index, percentage phagocytosis and nitric oxide levels were measured in macrophages isolated from spleen and head kidney. The levels of total fish immunoglobulin were also measured following indirect ELISA. The results showed improved immune response in fish fed on 33% L. leucocephala pod seed reconstituted feed; however their specific growth rate was low.
机译:将实验室适应的Clarias Gariepinus(80 +/- 10g)分为六组,每个亚组含有10条鱼。通过添加33%的Leucaena Leucocephala种子来重构鱼饲料,代替鱼类垃圾。 B组,C和E在重构的饲料中喂食,A,D和F组在实验开始前7天喂食含有动物蛋白的人工饲料7天。然后,B组受到BSA的挑战,而其他群体受到捕捞藻(C组,D)和假单胞菌铜绿假单胞菌(e,F组)挑战。 A组被用作阴性对照(没有抗原挑战)。每周间隔挑战,直到第28天挑战。在第7天,第14,21&amp的每组的一个亚组中收集血液; 28并在第35天牺牲了。监测体重,肝功能试验(SGOT,SGPT)和血清ALP水平的变化。在从脾脏和头肾中分离的巨噬细胞中测量吞噬细胞指数,百分比吞噬作用和一氧化氮水平。在间接ELISA后,还测量了总鱼免疫球蛋白的水平。结果表明,饲喂33%L. leucocephala Pod籽籽重构饲料的鱼类的免疫应答改善;然而,它们的特定增长率很低。

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