Herman Rod A, Storer Nicholas P, Gao Yong
Dow AgroSciences LLC, Indianapolis, Indiana 46268, USA.
Environ Health Perspect. 2006 Aug;114(8):1154-7. doi: 10.1289/ehp.8803.
The food-allergy risk assessment for transgenic proteins expressed in crops is currently based on a weight-of-evidence approach that holistically considers multiple lines of evidence. This approach recognizes that no single test or property is known to distinguish allergens from nonallergens. The stability of a protein to digestion, as predicted by an in vitro simulated gastric fluid assay, currently is used as one element in the risk assessment process. A review of the literature on the use of the simulated gastric fluid assay to predict the allergenic status of proteins suggests that more extensive kinetic studies with well-characterized reference proteins are required before the predictive value of this assay can be adequately judged.
目前,作物中表达的转基因蛋白的食物过敏风险评估基于一种证据权重法,该方法全面考虑多条证据。这种方法认识到,尚无单一测试或特性可用于区分过敏原和非过敏原。通过体外模拟胃液试验预测的蛋白质对消化的稳定性,目前被用作风险评估过程中的一个要素。一篇关于使用模拟胃液试验预测蛋白质致敏状态的文献综述表明,在能够充分判断该试验的预测价值之前,需要对特征明确的参考蛋白质进行更广泛的动力学研究。