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首页> 外文期刊>Poultry Science >Spoilage microflora of broiler carcasses washed with electrolyzed oxidizing or chlorinated water using an inside-outside bird washer
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Spoilage microflora of broiler carcasses washed with electrolyzed oxidizing or chlorinated water using an inside-outside bird washer

机译:肉鸡体内的腐烂菌群用电解氧化或氯化水清洗,使用内外清洗机

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The effect of acidic, electrolyzed oxidizing (EO) water and chlorinated water on the spoilage microflora of processed broiler carcasses was examined. Carcasses were sprayed for 5 s at 80 psi with tap, chlorinated, or EO water in an inside-outside bird washer. Treated carcasses were then stored at 4 degrees C for 0, 3, 7, or 14 d, and the microbial flora of the carcasses was sampled using the whole-carcass rinse procedure. Populations of psychrotrophic bacteria and yeasts in the carcass rinsates were enumerated. Results indicated that immediately after spraying the carcasses, significantly fewer psychrotrophic bacteria were recovered from carcasses sprayed with chlorinated or EO water than from carcasses sprayed with tap water. Furthermore, significantly fewer yeasts were recovered from carcasses sprayed with EO water than from carcasses sprayed with tap or chlorinated water. The population of psychrotrophic bacteria and yeasts increased on all carcasses during refrigerated storage. However, after 14 d of storage, significantly fewer psychrotrophic bacteria and yeasts were recovered from carcasses sprayed with EO water than from carcasses sprayed with tap or chlorinated water, and significantly fewer microorganisms were recovered from carcasses sprayed with chlorinated water than from carcasses sprayed with tap water. Pseudomonas spp. and Candida spp. were the primary microbial isolates recovered from the broiler carcasses. Findings from the present study indicate that EO water can effectively be used in inside-outside bird washers to decrease the population of spoilage bacteria and yeasts on processed broiler carcasses.
机译:考察了酸性,电解氧化(EO)水和氯化水对加工后肉鸡尸体腐败菌群的影响。在自内而外的清洗机中,用自来水,氯化水或EO水以80 psi的压力将屠体喷雾5 s。然后将处理过的屠体在4摄氏度下保存0、3、7或14 d,并使用整个屠体冲洗程序对屠体的微生物菌群进行采样。 the体漂洗液中的精神营养菌和酵母菌计数。结果表明,在喷洒尸体后,从喷洒氯化水或EO水的尸体中回收的精神营养细菌数量明显少于喷洒自来水的尸体。此外,从喷洒EO水的尸体中回收的酵母比从自来水或氯化水喷出的尸体中回收的酵母要少得多。在冷藏期间,所有尸体的精神营养细菌和酵母菌数量均增加。但是,在储存14天后,喷洒EO水的尸体中回收的精神营养细菌和酵母菌的数量明显少于喷洒自来水或氯化水的尸体,从喷洒氯化水的尸体回收的微生物数量明显少于喷洒自来水的尸体水。假单胞菌和念珠菌属是从肉鸡尸体中回收的主要微生物分离物。从本研究中发现,EO水可以有效地用于禽类内外清洗机,以减少加工后的肉鸡尸体上腐败细菌和酵母菌的数量。

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