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Potential ways for gluten contamination of gluten-free grain and gluten-free foods: the buckwheat case

机译:面筋污染无麸质谷物和无麸质食物的潜在方式:荞麦案

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Buckwheat has been reported to be responsible for gluten contamination in manufactured gluten-free foods (mGFFs) although it is inherently gluten-free (GF). It could happen through buckwheat grains contacting gluten-containing (GC) grains and surfaces contacted by GC grains during pre-manufacturing practices. To simulate grain contact, whole and broken GC grains (wheat, rye, barley, and oat) were mixed into buckwheat grains at the ratio of 2.5-10.0%. Grains were agitated in vessels with inner surfaces covered with buckwheat grain. Gluten was not detected in buckwheat grains contacting whole GC grains at all mixing ratios. It was not detected in the case of broken GC grains at the mixing ratio of 2.5% and oat grains at all mixing ratios. Gluten concentration increased with the increasing mixing ratio and the natural gluten concentration of broken GC grains. To simulate surface contact, GC grains were first agitated in galvanised steel vessels and then buckwheat grains were agitated together under the same conditions. Gluten was detected on galvanised steel surfaces contacted by whole and broken GC grains. It was not detected in buckwheat grains contacting the surfaces contaminated by whole GC grains. Gluten was detected in buckwheat grain in the case of the broken GC grains except for oats. Gluten concentrations increased with increasing natural gluten concentration of GC grains. Contamination of mGFFs could be linked to potential contact with buckwheat grain. This contamination issue could be resolved through regulations mandating the proof of being GF for ingredients used in the production of mGFFs.
机译:据报道,荞麦是负责在制造的无麸质食物中的麸质污染(MGFF),尽管它本质上是无麸质(GF)。通过荞麦颗粒可以在预制作过程中接触含有GC颗粒接触的含筋(GC)晶粒和表面的表面。为了模拟谷物接触,将整个和破碎的GC颗粒(小麦,黑麦,大麦和燕麦)以2.5-10.0%的比例混合到荞麦颗粒中。在血管中搅拌晶粒,内表面覆盖着荞麦颗粒。在荞麦颗粒中未检测到荞麦颗粒,在所有混合比中接触整个GC颗粒。在所有混合比的混合比例的混合率和燕麦颗粒的混合比例下未检测到它。麸质浓度随着混合比率的增加和破碎的GC颗粒的天然麸质浓度而增加。为了模拟表面触点,首先在镀锌钢容器中搅拌GC晶粒,然后在相同条件下搅拌荞麦颗粒。在通过全部和破碎的GC晶粒接触的镀锌钢表面上检测到麸质。在荞麦颗粒中未检测到接触由整个GC颗粒污染的表面。除了燕麦之外,在破碎的GC颗粒的情况下,在荞麦籽粒中检测到麸质。随着GC颗粒的天然麸质浓度的增加,麸质浓度增加。 MGFF的污染可能与折叠粉颗粒的潜在接触有关。通过授权在生产MGFF生产中使用的成分的规定,可以通过规定解决这种污染问题。

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