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Animal models to detect allergenicity to foods and genetically modified products: workshop summary.

机译:用于检测对食品和转基因产品的致敏性的动物模型:研讨会摘要。

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摘要

Respiratory allergy and allergy to foods continue to be important health issues. There is evidence to indicate that the incidence of food allergy around the world is on the rise. Current estimates indicate that approximately 5% of young children and 1-2% of adults suffer from true food allergy (Kagan 2003). Although a large number of in vivo and in vitro tests exist for the clinical diagnosis of allergy in humans, we lack validated animal models of allergenicity. This deficiency creates serious problems for regulatory agencies and industries that must define the potential allergenicity of foods before marketing. The emergence of several biotechnologically derived foods and industrial proteins, as well as their potential to sensitize genetically predisposed populations to develop allergy, has prompted health officials and regulatory agencies around the world to seek approaches and methodologies to screen novel proteins for allergenicity.
机译:呼吸道过敏和对食物的过敏仍然是重要的健康问题。有证据表明,全世界食物过敏的发生率正在上升。目前的估计表明,大约5%的幼儿和1-2%的成年人患有真正的食物过敏(Kagan 2003)。尽管存在大量的体内和体外测试可用于对人类过敏的临床诊断,但我们仍缺乏经过验证的过敏原动物模型。这种缺陷给监管机构和行业带来了严重的问题,必须在销售前确定食品的潜在致敏性。几种生物技术衍生的食品和工业蛋白质的出现,以及它们使易受遗传感染的人群致敏的潜力,促使世界各地的卫生官员和监管机构寻求寻找方法和方法来筛查新型蛋白质的致敏性。

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