Slaughter animals’ meat identification according to suitability for consumption using developed methods

N. Bogatko, T. Mazur, А. F. Bogatko
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Abstract

It is recommended for state veterinary inspectors simple, improved and new methods for identifying meat of slaughter animals according to suitability for consumption and compliance with its shelf life due to the detection of the peroxidase enzyme in the filtered meat-water extract; the use of an improved formol reaction at the facilities for meat production and turnover as a result of the substitution of suitable meat for human consumption with meat from sick animals, having reliability in tests of 99.8% and 96.4%, respectively. And also a new method of bacterioscopic assessment of the degree of bacterial contamination of the meat from slaughter animals by staining smears-prints according to Gram in Hooker’s modification was developed and recommended to establish the degree of freshness, which has a reliability of 99.5%. It was found that the largest percentage of meat was obtained from healthy animals with an improved method for detecting the peroxidase enzyme at meat production facilities − from 60.00 to 89.58%, at wholesale depots − from 61.54 to 81.82%; when sold in supermarkets − from 56.52 to 90.48%; in agriood markets − from 69.70 to 78.26%. However, the percentage of meat obtained from suspiciously sick animals at its production facilities ranged from 9.52 to 30.00%, at wholesale depots − from 13.63 to 26.92%; when sold in supermarkets − from 9.52 to 27.27%, in agrifood markets − from 8.70 to 21.21%; and meat obtained from sick animals, respectively, at production facilities and wholesale depots − from 4.76 to 10.00% and from 4.55 to 11.54%; in supermarkets and agrifood markets, respectively − from 4.76 to 17.39% and from 9.09 to 13.04%. It was found that the largest percentage of meat was obtained from healthy animals with an improved formol reaction method at meat production facilities − from 72.73 to 93.18%, at wholesale depots for storage − from 69.56 to 77.78%, when sold in supermarkets − from 67.39 to 78.26%, and in agrifood markets − from 75.00 to 78.57%. Although, the percentage of meat obtained from suspiciously sick animals at the facilities for its production ranged from 6.82 to 18.18%, at wholesale depots − from 16.67 to 26.09%; when sold in supermarkets ranged from 13.04 to 23.91%; in agrifood markets − from 15.28 to 20.00%; and meat obtained from seriously ill animals at at meat production facilities and wholesale depots, respectively, from 3.23 to 9.09% and from 4.35 to 8.33%; in supermarkets and agrifood markets, respectively − from 6.98 to 8.70% and from 4.76 to 7.69%.
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采用先进的方法对屠宰动物的肉进行适合食用的鉴定
由于过滤后的肉水提取物中检测到过氧化物酶,建议国家兽医检查员根据食用适宜性和符合保质期来鉴定屠宰动物肉的简单、改进和新的方法;在肉类生产和周转设施中使用改进的福尔莫尔反应,因为用病动物的肉代替了适合人类消费的肉,测试可靠性分别为99.8%和96.4%。提出了一种采用涂片指纹染色法对屠宰动物肉制品细菌污染程度进行细菌学评估的新方法,并推荐了一种可靠性为99.5%的新方法。研究发现,采用改进的过氧化物酶检测方法从健康动物身上获得的肉类比例最大,在肉类生产设施从60.00提高到89.58%,在批发仓库从61.54提高到81.82%;在超市销售时-从56.52%到90.48%;在农产品市场-从69.70%到78.26%。然而,在其生产设施中,从可疑患病动物身上获得的肉的百分比从9.52%到30.00%不等,在批发仓库中,从13.63%到26.92%不等;在超市销售——从9.52%到27.27%,在农产品市场销售——从8.70%到21.21%;从生产设施和批发仓库获得的病畜肉分别从4.76%到10.00%和从4.55%到11.54%;在超市和农产品市场,分别从4.76%到17.39%和从9.09到13.04%。结果发现,采用改进的福尔莫尔反应法从健康动物身上获得的肉类比例最大,在肉类生产设施从72.73提高到93.18%,在批发仓库从69.56提高到77.78%,在超市从67.39提高到78.26%,在农产品市场从75.00提高到78.57%。虽然,在生产设施中从可疑患病动物身上获得的肉的百分比从6.82%到18.18%不等,但在批发仓库中,从16.67%到26.09%不等;在超市销售时的比例介乎13.04至23.91%;在农产品市场-从15.28%到20.00%;从肉类生产设施和批发仓库获得的重病动物的肉类分别从3.23%到9.09%和4.35%到8.33%;在超市和农产品市场,分别从6.98到8.70%和从4.76到7.69%。
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