幼崽营养中的苦叶和水叶:对血液中维生素和矿物质的影响

F. Igene
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引用次数: 0

摘要

研究了苦叶和水叶提取物对雏鸟血液中维生素和矿物质组成的影响。采用完全随机设计试验,选取456只日龄伊沙褐蛋鸡,分6个重复,分为4种饲粮处理。采用苦叶和水叶水提液作为试验饲粮处理。在处理1中,将一种商用复合维生素(vitalyte)以1g/L的浓度掺入水中,作为对照。处理2和处理3以100ml/L的水给予苦叶和水叶的水提物,处理4以苦叶和水叶的混合水提物(各占50%的成分)给予。在饲养试验的最后一天,采集鸟类血液样本进行维生素和矿物质分析。结果表明,饲粮处理对血清指标有显著影响。维生素A在活力鸟中显著升高(P < 0.05)。该数值从苦叶鸟的0.27iu到活叶鸟的0.37iu不等。苦叶处理的幼胚中维生素C含量较高(1.84iu),而活力细胞中维生素C含量显著降低(1.21iu)。水叶中维生素D含量显著(P < 0.05)增加(0.35 iu),维生素E含量显著(P < 0.05)增加(10.14iu),而维生素E含量显著降低(P < 0.05),分别为0.16 iu和4.83iu。在矿物质成分上,苦叶中Ca含量最高(14.24mg/dl),水叶中K (5.46 mmol/L)和Mg (2.78mg/dl)含量均显著增加。对照活细胞上的幼崽有较高的Na (132.75 mmol/L)和Fe (1.42g/dl)。因此,本研究使用的苦叶和水叶是雏鸡营养中某些维生素和矿物质的潜在来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bitterleaf (Venonia amygdalina) and Water leaf (Talinum triangulare) in Pullets Nutrition: Effects on Blood Vitamins and Minerals
The effect of bitter leaf (Venonia amygdalina) and water leaf (Talinum triangulare) extracts on blood vitamins and minerals composition of pullet birds were investigated. A total of 456 day-old Isa brown pullet chicks were allotted to four dietary treatments in six replicates in a completely randomized design experiment. Aqueous extracts of bitter leaf and water leaf were used as test dietary treatments for the birds. In treatment 1, a commercial multivitamin (vitalyte) was given in water (1g/L) to the birds to serve as the control. In treatments 2 and 3 aqueous extracts of bitter leaf and waterleaf were given at 100ml/L of water, while in treatment 4 mixed bitter leaf and water leaf aqueous extract (50% each in composition) was given. On the last day of the feeding trial, blood samples were collected from the birds for vitamins and minerals analysis. The observed results showed that dietary treatments significantly affected the blood serum parameters. Vitamin A was significantly higher (P < 0.05) in the vitalyte birds. The values ranged from 0.27iu in the bitter leaf birds to 0.37iu in the vitalyte. Vitamin C was more abundant (1.84iu) in the bitter leaf treated pullets and was significantly reduced (1.21iu) in the vitalyte. Vitamin D was significantly (P < 0.05) higher (0.35 iu) in the water leaf as well as vitamin E (10.14iu) while they were highly reduced considerably in the vitalyte administered birds, 0.16 and 4.83iu respectively. On mineral composition, while bitter leaf was the highest Ca (14.24mg/dl) source, K (5.46 mmol/L) and Mg (2.78mg/dl) were highly increased in the water leaf administered birds. Pullets on the control vitalyte had higher Na (132.75 mmol/L) and Fe (1.42g/dl). It can however be concluded that bitter leaf and water leaf as used in this study are potential sources of some vitamins and minerals in pullet chick nutrition.
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