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Effects of extrusion, boiling, autoclaving, and microwave heating on lupine allergenicity

机译:挤压,煮沸,高压灭菌和微波加热对羽扇豆变应原性的影响

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摘要

Lupine flour has been reported as a causative agent of allergic reactions. However, the allergenicity of lupine after thermal processing is not well-known. For this purpose, the allergenic characteristics of lupine seeds after boiling (up to 60 min), autoclaving (121 degreesC, 1.18 atm, up to 20 min and 138 degreesC 2.56 atm, up to 30 min), microwave heating (30 min), and extrusion cooking were studied. The IgE-binding capacity was analyzed by IgE-immunoblotting and CAP inhibition using a serum pool from 23 patients with lupine-specific IgE. Skin testing was carried out in four patients. An important reduction in allergenicity after autoclaving at 138 degreesC for 20 min was observed. IgE antibodies from two individual sera recognized bands at 23 and 29 kDa in autoclaved samples at 138 00 for 20 min. Autoclaving for 30 min abolished the IgE binding to these two components. A previously undetected band at 70 kDa was recognized by an individual serum. Therefore, prolonged autoclaving might have an important effect on the allergenicity of lupine with the majority of patients lacking IgE reactivity to these processed samples.
机译:据报道羽扇豆粉是过敏反应的病因。然而,热处理后羽扇豆的致敏性尚不为人所知。为此,羽扇豆种子的煮沸(长达60分钟),高压灭菌(121摄氏度,1.18大气压,长达20分钟和138摄氏度2.56大气压,长达30分钟),微波加热(30分钟)的变应原特性,和挤压烹饪进行了研究。通过使用23名羽扇豆特异性IgE患者的血清库,通过IgE免疫印迹和CAP抑制分析了IgE结合能力。对四名患者进行了皮肤测试。在138℃高压灭菌20分钟后,观察到过敏原性的重要降低。来自两个单独血清的IgE抗体在138 00高压灭菌的样品中于23和29 kDa识别了20分钟的条带。高压灭菌30分钟消除了与这两个组件的IgE结合。单个血清识别出先前未检测到的70 kDa的条带。因此,长时间高压灭菌对羽扇豆的致敏性可能具有重要影响,因为大多数患者对这些加工样品缺乏IgE反应性。

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