在肉制品生产中减少(防止形成)潜在危险物质的工艺方法

I. Kaltovich, T. Savelyeva, A. Antipina
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引用次数: 0

摘要

本文介绍了有助于减少肉制品生产中潜在危险物质含量(预防形成)的技术方法的研究结果。确定了在产品制造过程中影响脂肪酸反式异构体减少(防止形成)的主要因素:使用脂肪组织含量低的原料和脂肪酸反式异构体最初含量低的植物油(如有必要),减少热处理的持续时间和温度,对所用脂肪进行改性。研究发现,在肉制品生产过程中,降低苯并芘含量的最有效方法是:选择木材的种类和成分,检查木材的含水率,控制氧气量,熔化区温度(产生烟雾阶段)和烟室温度,吸烟时间,选择烟室和合理结构的设备,过滤或冷却烟雾,从烟雾发生器和烟室之间的烟尘中清除烟雾等。确定了在肉制品生产过程中影响减少(防止形成)亚硝胺的主要因素:减少亚硝酸盐盐混合物的用量(须符合产品安全指标),降低产品热处理的温度和持续时间,制造保质期短的天然产品,使用抗坏血酸、抗坏血酸、烟酸、葡萄糖δ内酯(HDL)来抑制亚硝胺的形成,增加成品着色的强度和稳定性等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PROCESS METHODS FOR REDUCING (PREVENTING OF THE FORMATION) POTENTIALLY DANGEROUS SUBSTANCES IN THE PRODUCTION OF MEAT PRODUCTS
The article presents the results of research on technological methods that contribute to reducing the content (prevention of formation) of potentially dangerous substances in the production of meat products. The main factors affecting the reduction (prevention of formation) of trans-isomers of fatty acids in the manufacture of products are identified: the use of raw materials with a small content of adipose tissue and vegetable oils (if necessary) with an initially low content of trans-isomers of fatty acids, a decrease in the duration and temperature of heat treatment, modification of the used fats. It has been found that the most effective methods of reducing benzapirene content in the production of meat products are: selection of the type and composition of wood, checking the moisture content of wood, controlling the amount of oxygen, the temperature in the melting zone (at the stage of smoke generation) and the temperature of smoke in the smoking chamber, the duration of smoking, selecting the smoking chamber and equipment of rational construction, filtering or cooling smoke, cleaning smoke from soot between the smoke generator and the smoking chamber, etc. The main factors affecting the reduction (prevention of formation) of nitrosamines in the manufacture of meat products were identified: a decrease in the amount of nitrite salting mixture used (subject to product safety indicators), a decrease in the temperature and duration of heat treatment of products, the manufacture of natural products with short shelf life, the use of ascorbates, ascorbic acid, nicotinic acid, glucose delta lactone (HDL) to inhibit the formation of nitrosamines and to increase the intensity and stability of coloration of finished products, etc.
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