农场用水可能是真菌感染的来源

M. Stojanov, Z. J. Prodanov-Radulovic, M. Pusic, M. Jakšić, M. Zivkov-Balos, R. Ratajac
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引用次数: 0

摘要

饮用水的质量取决于水源,也取决于向最终用户供水的配水系统的质量。此外,农场建筑物中用于给动物浇水的水受到污染的可能性取决于农场的卫生条件。塞尔维亚农场水的微生物质量一直不是动物饲养者关注的主要问题之一,尽管根据《食品安全法》,水被视为食品。动物的饲料安全(包括微生物分析)是养殖户关心的重要问题,因此控制水的安全也很重要,以免成为动物健康问题的原因。水质的变化不仅从卫生流行病学的角度来看是重要的,而且不同微生物,特别是真菌的存在可以引起味道和气味的变化,因为水的感官特性。根据法律规定,饮用水的质量要求与供动物使用的水的质量要求没有区别。由于上述原因,本研究的主题是农场动物饮用水样的微生物控制。这项工作的目的是检查哪些真菌可能存在于水中以及它们的数量。总共检测了35个来自猪和家禽农场的水样本。采用直接播种和过滤的方法。测定了不同类型霉菌(曲霉、青霉、霉霉、毛霉、根霉和Can - dida等)的存在。结果表明,对家畜饮水进行微生物控制是必要的,这意味着对霉菌的存在进行分析。
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Farm water as a possible source of fungal infections
The quality of drinking water depends on the water sources, but also on the quality of the water distribution system which supplies the water on to the final user. In addition, the possibility of contamination of water used for watering animals in the farm buildings depends on the hygienic conditions on farms. Microbiological quality of water on farms in Serbia has not been one of the main focuses of animal breeders, although according to the Food Safety Law water is considered as food. As feed safety for the animals, which includes microbiological analyses, is an important concern of breeder farmers, it is also important to control the water safety in order not to become a cause of the animal health problems. Change of the water quality is not important only from the sanitary epidemiological point of view, but the presence of different microorganisms, especially fungi, can cause changes in taste and smell, as organoleptic properties of water. According to legal regulations, there is no difference between the quality requirements for drinking water relative to the water supply intended for animals. For the aforementioned reasons, the subject of this study is microbiological control of water samples from the drinkers for animals at farms. The aim of the work is to examine which fungi are possibly present in the water and what their number is. In total, 35 samples of water from pig and poultry farms were tested. The method of direct seeding and filtration was used. The presence of different types of mold (Aspergillus sp., Penicillium sp., Alternaria sp., Mucor sp. and Rhizopus sp., and Can­ dida sp.) was determined. The results indicate the necessity of microbiological control of water for watering of farm animals, which implies the analysis for the presence of molds.
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