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首页> 外文期刊>Food Control >Two-step washing with commercial vegetable washing solutions, and electrolyzed oxidizing microbubbles water to decontaminate sweet basil and Thai mint: A case study
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Two-step washing with commercial vegetable washing solutions, and electrolyzed oxidizing microbubbles water to decontaminate sweet basil and Thai mint: A case study

机译:用商业蔬菜洗涤解决方案进行两步洗涤,电解氧化微泡水水以净化甜罗勒和泰国薄荷:一个案例研究

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摘要

A study was conducted on pre-washing vegetables with four different kinds of surfactant in the washing solution, followed by an acidic electrolyzed oxidizing microbubbles water (AEO-MB) to compare their efficacy on the decontamination of E. coil and S. Typhimurium on sweet basil and Thai mint. Three commercial surfactants (0.1% v/v) and Tween 80* were applied in pre -washing with a constant rate of shaking at 60 rpm for 3 min, then washed with 40 mg/L of AEO, oxidation reduction potential (ORP) 1130-1180 mV and pH 2.8-3.1, under the continuous generation of MB for 5 min. All surfactants showed no antimicrobial activity but greater decontamination (99.0-99.9%) was observed when two-step washing was applied. Wash water with AEO indicated the absence of microorganisms thus helping to prevent cross -contamination. Our study revealed that pre -washing helped to improve the washing efficacy and to enhance the food safety of sweet basil and Thai mint and the treatment may be suitable for application with household or commercial ready -to -eat produce.
机译:在洗涤溶液中用四种不同种类的表面活性剂进行预洗蔬菜进行研究,然后是酸性电解氧化微泡水(AEO-MB),以比较它们对甜味卵体卷曲的净化的疗效。甜味罗勒和泰国薄荷。用60rpm的恒定速度施加3分钟,用恒定速度施加三种商业表面活性剂(0.1%v / v)和吐温80 *,然后用40mg / L的AEO洗涤,氧化还原电位(ORP)1130 -1180 MV和pH 2.8-3.1,在连续生成MB下5分钟。所有表面活性剂没有显示出抗微生物活性,但当施加两步洗涤时,观察到更大的去污(99.0-99.9%)。用AEO洗涤水表明没有微生物,因此有助于防止杂质。我们的研究表明,预洗手有助于提高洗涤效能,并提高甜罗勒和泰国薄荷的食品安全,治疗可能适用于家用或商业准备的应用-Ateate。

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