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The effect of the application of protein and cellulose preparations as iodine carriers on stability of thiamine in processed meats

机译:蛋白质和纤维素制品作为碘载体的应用对加工肉中硫胺素稳定性的影响

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Fortification of processed meat with iodised table salt was shown to increase thiamine losses, both during thermal processing and storage. Taking into consideration the fact, as well as the recommendation for reduction of consumption of table salt, alternative iodine carriers need to be searched for. Thus the aim of the study was to determine the effect of soy protein isolate (SPI) and wheat fibre (WF) as iodine salts’ (potassium iodide and iodate) carriers on thiamine stability in selected processed meats (steamed meatballs and burgers). The results were compared to the effect of iodised table salt. The highest thiamine losses were found in the presence of iodised table salt, both in the form of iodide and iodate. The application of iodised WF and SPI significantly limited thiamine losses in the course of steaming. It also made possible to reduce thiamine losses during storage in relation to iodised table salt. It was found that the application of WF and SPI as iodine carriers facilitates increased stability of thiamine in relation to table salt during processing and storage of the meat dishes.
机译:研究表明,在加热处理和储存期间,用碘食食盐强化加工肉会增加硫胺素的损失。考虑到事实以及减少食用食盐的建议,需要寻找替代的碘载体。因此,本研究的目的是确定大豆分离蛋白(SPI)和小麦纤维(WF)作为碘盐载体(碘化钾和碘酸盐)对选定加工肉类(蒸丸子和汉堡)中硫胺素稳定性的影响。将结果与碘食食盐的效果进行比较。在以碘化物和碘酸盐形式存在的碘化食盐存在下,硫胺素损失最高。碘化WF和SPI的应用大大限制了蒸煮过程中硫胺素的损失。与碘化食盐相比,还可以减少储存期间的硫胺素损失。已经发现,在肉菜的加工和储存过程中,WF和SPI作为碘载体的应用促进了硫胺素相对于食盐的增加的稳定性。

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