首页> 外文期刊>Aquaculture and Fisheries >Effect of partial and complete replacement of soybean with discarded cashew nut (Anacardium occidentale L) on liver and stomach histology of Clarias gariepinus (Burchell, 1822)
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Effect of partial and complete replacement of soybean with discarded cashew nut (Anacardium occidentale L) on liver and stomach histology of Clarias gariepinus (Burchell, 1822)

机译:大豆(Clirias Gariepinus肝脏和胃部学(Burchell,1822)的丢弃腰果(AnaCardium Occidentale L)偏爱剥夺腰果(Anacardium Occidentale L)的影响

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The need for replacement of highly priced soybean meal (SM) in fish diets with unconventional plant materials has become imperative for the sustainability of aquaculture production. This study addressed the effect of replacing SM with discarded cashew nut meal (DCNM) on the liver and stomach histology in African catfish ( Clarias gariepinus). Total 90 juveniles (24.83?±?1.52 g) were fed DCNM based diets, inclusion level of 0, 50% and 100%. Fish were fed twice daily (8:00 a.m.–4:00 p.m.) at 5% body weight for 56 days. The histology of liver and the stomach were assessed. Histo-morphological changes of the liver tissue were moderate at 100% DCNM fed fish compared to 50% DCNM and control (0 DCNM). Photomicrograph of stomach of 50% DCNM fed fish showed normal histo-morphological features, while moderate to severe histological distortions were observed in the stomach of 100% DCNM fed fish. The findings of the present study showed that partial (50%) replacement of SM with DCNM had no adverse nutritional consequence while total (100%) replacement of SM with DCNM in the diet of C. gariepinus resulted to moderate histological distortions of the liver and stomach.
机译:对具有非传统植物材料的鱼类饮食中的高价大豆膳食(SM)的需求成为水产养殖生产可持续性的必要性。本研究解决了在非洲鲶鱼(Clarias Gariepinus)的肝脏和胃组织学上用丢弃的腰果膳食(DCNM)替换SM的效果。总基于DCNM的饮食,包涵度为0,50%和100%,总共90例幼年(24.83?±1.52g)。每天喂食两次(下午8点至下午8点至下午8:00),体重为5%56天。评估肝脏和胃的组织学。与50%D​​CNM和对照(0dCNM)相比,肝脏组织的组织形态变化在100%DCNM喂食中温和。 50%DCNM Fed鱼的胃的显微照片显示出正常的组织形态特征,而在100%DCNM喂养鱼的胃中观察到中度至严重的组织学扭曲。本研究的发现表明,部分(50%)用DCNM替代SM没有不利的营养后果,而在C.Gariepinus的饮食中总共(100%)用DCNM替换SM,导致肝脏的中等组织学扭曲胃。

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