Effect of Soybean, Groundnut, Crayfish Inclusion and Vitamin C-fortified Formulated Food Blends on Biochemical, Hematological, Protein Quality and Performance Indices in Weanling Albino Rats

Enyinnaya A. Ogbonnaya, Austin C. Nwachinemerem, Joyce O. Akaninwor
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Abstract

In this study, food staples comprising of Zea mays (maize), Sorghum bicolor (guinea corn), Glycine max (soybean), Arachis hypogea (groundnut) and Procambarus clarkii (crayfish) were traditionally processed  and formulated into maize-guinea corn based weaning diets at 16% protein level. A replica of each diet was formulated with inclusion of vitamin C (50 mg/100 g diet). Fifty four 3-week old weanling albino rats (Rattus norvegicus) weighing between 36-39 g were placed into 13 groups of 4 rats per group and administered different diet groups ranging from  maize- guinea corn base diet alone, through staples-inclusive diet (singly and in combination) and their vitamin c fortified replica diets, and standard commercial infant formula (Cerelac®) diet. Animals were sacrificed on the 28th day from onset of feeding and evaluated for biochemical, hematological and biological parameters; and sensory evaluation also conducted on the diets. Results showed significant increases in serum concentrations of protein, urea, creatinine; in the levels of red blood cell (RBC), hemoglobin (Hb) and packed cell volume (PCV); in total body weight gain and organ weights and insignificant changes in white blood cell (WBC) and platelet counts in the staples-inclusive diets compared to base diet and also in the vitamin C- fortified diets compared to non-fortified diets. Incorporation of food staples enhanced the protein quality of the diets while fortification with vitamin C increased only the biological value. On the acceptability rating, only the base gruel-crayfish mix showed significantly higher taste and overall acceptability. Therefore, the inclusion of the food blends comprising of soybean, groundnut and crayfish improved the nutritive content, hematopoietic potential, protein quality, taste and overall acceptability of the maize-guinea corn based weaning diet. These were further improved by fortification of the diets with vitamin C, while crayfish played a prominent role in taste and overall acceptance of the formulated diets. Fortification also significantly bridges the gap between the formulated weaning diets and Cerelac®, a standard commercial weaning formula in Nigeria.
大豆、落花生、小龙虾包合物和维生素 C 强化配方食品混合物对断奶白化大鼠生化、血液学、蛋白质质量和性能指标的影响
本研究将玉米、高粱、大豆、花生和螯虾等主食进行传统加工,配制成以玉米为基础、蛋白质含量为 16% 的断奶日粮。每种日粮的复制品都添加了维生素 C(50 毫克/100 克日粮)。将 54 只体重在 36-39 克之间的 3 周龄断奶白化大鼠(Rattus norvegicus)分成 13 组,每组 4 只,分别饲喂不同的日粮,包括单独饲喂玉米-豚鼠基础日粮、主食日粮(单独或混合)及其维生素 C 强化复制品日粮,以及标准商业婴儿配方奶粉(Cerelac®)日粮。动物在开始喂食后的第 28 天被处死,并对生化、血液学和生物学参数进行评估,同时还对日粮进行了感官评估。结果表明,与基础日粮相比,含主食日粮的蛋白质、尿素和肌酐的血清浓度;红细胞(RBC)、血红蛋白(Hb)和充盈细胞体积(PCV)的水平;总体重增加和器官重量都有明显增加,而白细胞(WBC)和血小板计数的变化不大;与非强化日粮相比,强化维生素 C 的日粮也有明显增加。添加主食提高了日粮的蛋白质质量,而强化维生素 C 只提高了生物价值。在可接受性评分方面,只有基础粥-小龙虾混合日粮的口味和总体可接受性明显较高。因此,加入由大豆、花生和小龙虾组成的混合饲料可提高玉米-豚鼠断奶日粮的营养成分、造血潜能、蛋白质质量、口味和总体可接受性。日粮中添加维生素 C 进一步提高了这些指标,而小龙虾则在口感和配方日粮的总体接受度方面发挥了显著作用。强化还大大缩小了配方断奶日粮与 Cerelac®(尼日利亚的一种标准商业断奶配方)之间的差距。
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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