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豚鼠对饮用不同配方的牛奶和婴儿配方奶粉的过敏敏感性。

Anaphylactic sensitivity of guinea-pigs drinking different preparations of cows' milk and infant formulae.

作者信息

Anderson K J, McLaughlan P, Devey M E, Coombs R R

出版信息

Clin Exp Immunol. 1979 Mar;35(3):454-61.

Abstract

Guinea-pigs have been given various preparations of cows' milk or infant formulae to drink in an investigation of the capacity of these milk preparations to stimulate per os anaphylactic sensitivity. The treatment, presumably heat, used to concentrate the 'Evaporated' whole cows' milks (three brands were tested) almost abolished their sensitizing capacity to beta lactoglobulin. The brand presumed to be most heated as judged by the degree of caramelization had also lost most of its sensitizing capacity to casein. Injected parenterally, the 'Evaporated' milk adequately sensitized to anaphylaxis. An infant formula, which in its spray dried form was only moderately sensitizing to both beta lactoglobulin and casein, lost most of this sensitizing capacity when processed to a liquid concentrate state. The manufacturing process for the liquid concentrate involved greater and more prolonged heating than required for the spray-dried form. The relevance of these findings in the guinea-pig to cows' milk protein intolerance in the infant and possibly also to cot death is discussed.

摘要

在一项关于这些牛奶制品经口刺激过敏敏感性能力的研究中,给豚鼠喂食了各种牛乳制品或婴儿配方奶粉。用于浓缩“蒸发型”全脂牛奶(测试了三个品牌)的处理方法,推测是加热,几乎消除了它们对β-乳球蛋白的致敏能力。根据焦糖化程度判断,被认为加热程度最高的那个品牌对酪蛋白的致敏能力也丧失了大部分。经肠胃外注射时,“蒸发型”牛奶能充分使动物对过敏反应产生致敏作用。一种婴儿配方奶粉,其喷雾干燥形式对β-乳球蛋白和酪蛋白的致敏作用只是中等程度,但在加工成浓缩液状态时,这种致敏能力大部分丧失了。浓缩液的制造过程涉及比喷雾干燥形式所需的更大程度和更长时间的加热。文中讨论了豚鼠身上的这些发现与婴儿牛奶蛋白不耐受以及可能与婴儿猝死综合征的相关性。

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