首页> 外文期刊>Innovative Food Science & Emerging Technologies >The impact of fast drying (QDS processReg.) and high pressure on food safety of NaCl-free processed dry fermented sausages.
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The impact of fast drying (QDS processReg.) and high pressure on food safety of NaCl-free processed dry fermented sausages.

机译:快速干燥(QDS processReg。)和高压对无NaCl加工干发酵香肠食品安全的影响。

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摘要

In the present study the food safety impact of the QDS processReg. combined with a high pressure treatment at 600 MPa was evaluated in NaCl-free processed acid (pH 4.8) and low-acid (pH 5.2) chorizo. A challenge test was performed where the raw meat batter was spiked with low levels of Listeria monocytogenes and Salmonella (<100 CFU/g) and chorizos were manufactured following either a traditional drying or a QDS processReg.. After drying, half of the sliced chorizo samples were pressurized (600 MPa, 5 min, 13 degrees C) and stored under refrigeration for 91 days. QDS processing proved to be adequate for the production of safe NaCl-free processed dry fermented sausages. Regarding pathogenic microorganisms elimination, it was as effective as traditional processing for acid chorizo and even safer for low-acid chorizo. The high pressure treatment assured absence of both pathogens in all samples during the whole storage time. Sausage reformulation to meet NaCl-free processing requirements modified the progress of pH and technological microbiota. Industrial relevance: The QDS processReg. was designed to reduce the manufacturing time of sliced dry-cured meat products. It allows a just in time workflow, requires less space and energy and facilitates the rapid elaboration of new products, implying fast adaptation to marketing promotions. Among them, dry fermented sausages with reduced sodium chloride content is currently one of the major subjects investigated on the meat sector. Reduction of NaCl and the use of replacers, however, could negatively affect food safety and quality, which must therefore be properly evaluated. To extend shelf-life and improve safety, especially in products which are reformulated, high pressure processing could be a useful technology. The development of safe NaCl-free sliced dry fermented sausages in a short period of time is relevant for industry to meet consumer demands for convenient and healthy ready-to-eat products
机译:在本研究中,QDS过程对食品安全的影响。在不含NaCl的加工酸(pH 4.8)和低酸(pH 5.2)香肠中评估了与600 MPa高压处理相结合的情况。进行挑战测试,在生肉糊中掺入低水平的单核细胞增生李斯特菌,沙门氏菌(<100 CFU / g),然后通过传统干燥或QDS方法制得香肠。Reg。干燥后,将一半切成薄片的香肠将样品加压(600 MPa,5分钟,13摄氏度),并在冰箱中保存91天。事实证明,QDS加工足以生产安全的无NaCl加工干发酵香肠。在消除病原微生物方面,它与酸香肠的传统加工方法一样有效,而对低酸香肠的安全性甚至更高。高压处理确保了在整个存储时间内所有样品中都没有两种病原体。满足无NaCl处理要求的香肠配方改变了pH值和技术菌群的进程。行业相关性:QDS流程旨在减少切成薄片的干腌肉制品的生产时间。它允许及时的工作流程,需要更少的空间和能源,并有助于快速开发新产品,这意味着可以快速适应市场推广。其中,氯化钠含量降低的干发酵香肠是目前肉类研究的主要主题之一。但是,减少氯化钠和使用代用品可能会对食品安全和质量产生负面影响,因此必须对其进行适当评估。为了延长货架寿命并提高安全性,特别是在重新配制的产品中,高压处理可能是有用的技术。在短时间内开发安全无NaCl的切片干发酵香肠对于满足消费者对方便健康的即食产品的需求至关重要

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