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Soybean β-conglycinin Induces Intestinal Immune Responses in Chicks

机译:大豆β-甘氨酸诱导小鸡中的肠道免疫反应

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β-conglycinin from soybean has been recognized as one of the major feed allergens. This study investigated the effects of β-conglycinin-induced allergic sensitization on chicks’ small intestines. A total of 40 7-day-old (100 g) chicks were divided into four groups as control, β-conglycinin 1 h, β-conglycinin 6 h, and β-conglycinin 12 h. All treatment groups were administered 60 mg of β-conglycinin/chick and small intestine samples were collected. β-conglycinin-induced allergic sensitization marginally damages the epithelium lining of the duodenum villi and, in addition, significantly increases the accumulation of mast cells in the lamina propria and crypt of the duodenum. Moreover, the TNF-α level significantly increased in all β-conglycinin groups. IL-8 and IL-2 were significantly downregulated in the 1 h group; however, there were increases for the 6 h and 12 h groups. These results suggest that β-conglycinin may lead to an inflammatory response in the chicks’ small intestines.
机译:来自大豆的β-甘氨酸已被认为是主要饲料过敏原之一。本研究研究了β-甘氨酸诱导的过敏性敏化对小鸡小肠的影响。将共40个7天(100克)雏鸡分为四组,作为对照,β-甘氨酸1 h,β-甘氨酸6 h,β-甘氨酸12h。所有治疗组均施用60mgβ-甘氨酸蛋白/雏鸡和小肠样品。 β-甘氨酸诱导的过敏性敏化略微损害十二指肠绒毛的上皮衬里,并且此外,显着提高了Limoxinum中粘液细胞的积累和十二指肠。此外,在所有β-甘氨酸蛋白基团中,TNF-α水平显着增加。 IL-8和IL-2在1小时内显着下调;然而,6小时和12小时群体增加。这些结果表明,β-甘氨酸可能导致小鸡小肠中的炎症反应。

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