针对乳糜泻患者的酶处理和未处理啤酒中麸质肽的特征和免疫原性

A. Decloedt, Hellen Watson, G. Gheysen, Anita Van Landschoot
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摘要

摘要:对文献中 24 种在发酵过程中经过脯氨酰内肽酶处理的啤酒(已宣布为无麸质啤酒)和 13 种未经处理的啤酒的肽组进行了表征,并对其进行了广泛的研究,以调查它们对乳糜泻患者的安全性。分析结果显示,经过处理的啤酒中含有 1996 种谷蛋白肽,而未经处理的啤酒中含有 1804 种谷蛋白肽。未经脯氨酰内肽酶处理的麦芽啤酒对乳糜泻患者有害。这些啤酒中的大部分肽与乳糜泻免疫原性基团完全匹配,另有 28% 的肽与免疫原性基团部分匹配。另一方面,在发酵过程中经过酶处理后,在处理过的啤酒中没有发现对乳糜泻有害的麸质肽。由于部分麸质肽与完整的乳糜泻免疫原性基团相匹配,在处理过的啤酒中仍有 11% 的潜在危险麸质肽被识别出来。ELISA 分析最多只能检测到其中 17% 的肽。质谱分析或最近开发的基于 G12/A1 单克隆抗体的横向流动免疫层析分析方法似乎对彻底揭示处理过的啤酒的潜在风险很有必要。文献中通过乳糜泻(CD)活动患者的血清抗体反应和体外免疫反应描述了处理过的啤酒的实际免疫反应,但这与谷蛋白肽中已知的(部分)CD免疫原性基团的存在无关。
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Characteristics and Immunogenicity of Gluten Peptides in Enzyme-Treated and -Untreated Beers for Celiac Patients
Abstract: The peptidomes from the literature of 24 prolyl-endopeptidase-treated beers during fermentation, declared gluten-free, and 13 untreated beers have been characterised and subjected to an extensive study to investigate their safety for celiac patients. The analysis contains 1996 gluten peptides, ascribed to the treated beers, and 1804 to the untreated beers. The prolyl-endopeptidase-untreated malt beers are hazardous for celiac patients. Peptides of most of these beers showed matches with complete celiac immunogenic motifs, and an additional 28% of the peptides have partial matches with complete immunogenic motifs. On the other hand, after the enzyme treatment during fermentation no celiac hazardous gluten peptides are identified in the treated beers. Due to partial matches with complete celiac immunogenic motifs, 11% potentially hazardous gluten peptides are still identified in the treated beers. Only a maximum of 17% of these peptides can be detected by ELISA analysis. A mass spectrometry analysis or the recently developed method based on G12/A1 monoclonal antibody lateral flow immunochromatographic assay seems necessary to thoroughly reveal the potential risk of the treated beers. The actual immune response of treated beer, described in the literature by the response of the serum antibodies of celiac disease (CD)-active patients and by in vitro immune response, could not be related to the presence of known (partial) CD-immunogenic motifs in the gluten peptides.
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