基因型和饲养制度对有机蛋鸡血液参数、氧化和天然免疫状态的影响及其对生产性能的影响

C. Mugnai, A. Bosco, L. Moscati, L. Battistacci, C. Castellini
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引用次数: 18

摘要

本研究的目的是通过多功能方法(行为、补益不动、羽毛评分、身体抗氧化状态、血液参数、先天免疫和死亡率)比较有机生产和标准笼系统对纯种蛋鸡(安科纳)和商业品系(布朗海兰)的福利和生产性能的影响。试验是在农业部的农场进行的。该研究将17周龄的安科纳(Ancona)和布朗海兰(Brown Hy-Line)雌性鸡(n=200)分为2个均匀组,每组100只,分别分配到笼养或有机饲养系统中。母鸡的基因型在一定程度上受饲养制度的影响,这几乎取决于所有的变量。笼养母鸡的进食和休息活动较高,而有机母鸡的活动活动较高,尤其是安科纳鸡。社会关系表明,基因型和饲养制度对褐海兰母鸡的影响更大,尤其是笼养母鸡。褐海系的不动时间长短受基因型和饲养制度的影响。安科纳蛋鸡的羽毛状况表现出较大的饲养系统效应,基因型效应仅在有机组之间存在,其中安科纳蛋鸡的羽毛状况较好。在天然免疫状态方面,血清杀菌活性以有机蛋鸡最高,以安科纳蛋鸡为主。相反,溶菌酶在笼养母鸡中表现出更高的价值。有机安可纳组的触珠蛋白值较低,相同母鸡的活性氧含量增加约30%,但抗氧化能力最高。以有机饲养方式饲养的安科纳鸡,其红细胞、血红蛋白和红细胞值最高。有机鸡的淋巴细胞较高,从而降低了有机鸡的H/L比。正如预期的那样,有机鸟类的饲料效率和沉积率最差,但死亡率最低。综上所述,在这些信息的基础上,加上低死亡率,安科纳母鸡的福利状况较好,主要是在有机饲养时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of Genotype and Husbandry System on Blood Parameters, Oxidative and Native Immune Status: Welfare and Implications on Performance of Organic Laying Hens
The aim of the present work was to compare the effect of organic production vs standard cage system on welfare and performance of a pure breed (Ancona) vs a commercial strain (Brown Hy-Line) of laying hens through a multifunctional approach (behaviour, tonic immobility, feathers score, antioxidant status of the body, blood parameters, innate immunity and mortality). The trial was carried out in farm of the Dpt. of Applied Biology (University of Perugia), where 17-weeks-old females of Ancona breed (n=200) and Brown Hy-Line (n=200) were divided in 2 homogenous groups of 100 birds each and assigned to cage or organic rearing systems. The genotype of the hens affected in a degree which depends on rearing system almost all the variables. The feeding and resting activities were higher in caged whereas moving activities were higher in organic hens and especially in Ancona birds. Social relationships showed genotype and rearing system effects being higher in Brown Hy-Line hens particularly when reared in cage. The TI duration was affected by genotype and rearing system being the immobility time longer in Brown Hy-Line. The plumage condition showed a great rearing system effect and genotype effects was observed only between organic groups where Ancona hens showed the better feathers condition. Regarding native immune status serum bactericidal activity showed the highest values in organic hens and mainly in Ancona ones. On the contrary, lysozyme showed greater value in caged hens. The haptoglobin value was lower in organic Ancona group, the same hens showed about 30% greater reactive oxygen substances, but accompanied by highest the antioxidant power. Organic rearing system, mainly in the Ancona hens, induced the highest red blood cells, haemoglobin and hematocrite values. Lymphocytes were higher in Organic birds thus reducing the H/L ratio in Organic hens. As expected, organic birds showed the worst feed efficiency and percentage of deposition, but the lowest mortality rate. In conclusion, on the basis of all these information together with the low mortality rate, Ancona hens showed the better welfare status, mainly when they were organically reared.
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