Prevalence And Public Health Importance Of Microorganisms Isolated From The Faeces Of West African Dwarf Goats In Dschang, Cameroon

K. Ngwa, M. Mpoame, D. B. Mbombo
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Abstract

A survey was carried out in Dschang from January to April 2003 to determine the faecal microbial flora of the West African dwarf goat (Capra reversa). Early morning faecal samples were collected from the animals into wide month sterile bottles. Care was taken to avoid environmental and urinary contamination of samples. The stool specimens were processed for the identification of bacteria, fungi and protozoa according to standard methods. Protozoa were quantified using the Mac-Master techniques, Escherichia coli was identified in all the 250 (100%) faecal samples examined. Other microorganisms and their rate of occurrence were: Eimeria spp. (76%), Candida albicans (51.2%), and species of Samonella (43.2%), Enterobacter (12.4%), Pseudomonas (10%), Proteus (8.8%), Mucor (33.6%), and Rhizopus (2%). These microorganisms can initiate infections in animals under stress conditions, and only Eimeria spp. is non-zoonotic. Human infection with this organism can cause infections like enteric fever, gastroenteritis, candidiasis, wound, urinary, respiratory and eye infections depending on the site of infection and the specific organism involved. Contamination of humans, animals, soil, crops and water systems is encouraged by traditional husbandry methods and runoff water from manure fields. Farmers in Dschang need to be educated on appropriate systems of animal husbandry in order to prevent public health risks. Keywords : Goats, faeces, microorganisms, public health Tropical Veterinarian Vol. 24 (3) 2006: pp. 52-57
喀麦隆Dschang地区西非矮山羊粪便中分离微生物的流行及公共卫生重要性
2003年1月至4月,对西非矮山羊(Capra reversa)粪便微生物区系进行了调查。清晨从动物身上收集粪便样本,装入宽月无菌瓶中。注意避免环境和尿液污染样品。对粪便标本按标准方法进行细菌、真菌和原生动物的鉴定。采用Mac-Master技术对原虫进行定量分析,250份粪便标本中均检出大肠杆菌(100%)。其他微生物及其发生率为艾美耳球虫(76%)、白色念珠菌(51.2%)、Samonella(43.2%)、Enterobacter(12.4%)、Pseudomonas(10%)、Proteus(8.8%)、Mucor(33.6%)和Rhizopus(2%)。这些微生物可以在应激条件下引起动物感染,只有艾美耳球虫属非人畜共患。人感染该菌可引起肠热、肠胃炎、念珠菌病、伤口、泌尿、呼吸道和眼睛感染等感染,这取决于感染部位和所涉及的特定菌体。传统的饲养方法和从粪肥场流出的水助长了对人类、动物、土壤、作物和水系统的污染。为了预防公共卫生风险,需要对dchang的农民进行适当的畜牧业系统教育。关键词:山羊,粪便,微生物,公共卫生热带兽医Vol. 24 (3) 2006: pp. 52-57
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