尼日利亚卡拉巴尔地区蔬菜受重要医学寄生虫和原生动物污染的评价

Imalele Edema Enogiomwan, Evbuomwan Owen Ikponmwosa, O. Chinyere, Akpan Blessing Christopher
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引用次数: 2

摘要

目的:蔬菜在种植、灌溉、储存、运输或加工消费过程中,通常会接触到寄生虫卵、幼虫或卵囊。食用未经清洗和烹调不当的生蔬菜被认为是传播肠道寄生虫的一个危险因素。本研究评估了克罗斯河州卡拉巴尔市选定市场蔬菜寄生虫污染情况,并确定了与蔬菜寄生虫污染相关的因素。研究地点和时间:样本:2018年9月至10月期间,尼日利亚克罗斯河州卡拉巴尔市的市场。Imalele等;贾布,23(9):10-16,2020;文章no.JABB。方法:采用预先测试的半结构化问卷收集与蔬菜寄生虫污染相关因素的数据。从卡拉巴尔的三个不同市场购买并处理了300个蔬菜样本,使用直接湿法安装和硫酸锌浮选技术检查寄生污染。结果:15.7%(47/300)的蔬菜至少检出一种寄生虫。检出的寄生虫种类和分期为圆线虫幼虫、毛毛虫和钩虫卵、溶组织内阿米巴和兰贾第鞭毛虫包囊。检出最多的是圆线虫幼虫(11.3%),其次是毛螺旋体(1.7%)和钩虫(1.7%)(P = 0.000)。在5种蔬菜中,水叶(40%)的寄生污染程度最高,其次是南瓜(21.7%)。蔬菜陈列前清洗和陈列方式与寄生虫污染显著相关(P = 0.000)。结论:预防污染对于减少食源性寄生虫感染非常重要,可通过改善农民、摊贩和消费者的个人卫生习惯、正确清洗蔬菜和改善卫生条件,特别是在这些蔬菜销售市场周围的卫生条件来实现。
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Evaluation of Vegetable Contamination with Medically Important Helminths and Protozoans in Calabar, Nigeria
Aims: Vegetables are usually exposed to parasitic ova, larvae or oocyst during cultivation, irrigation, storage, transportation or while processing for consumption. Consumption of raw, unwashed and improperly cooked vegetables is considered a risk factor for transmission of intestinal parasites. This study assessed the parasitic contamination of vegetables and also determined factors associated with parasitic contamination of vegetables in selected markets in Calabar, Cross River State. Place and Duration of Study: Sample: Markets within Calabar, Cross River State, Nigeria between September and October, 2018. Original Research Article Imalele et al.; JABB, 23(9): 10-16, 2020; Article no.JABB.63082 11 Methodology: A pre-tested semi-structured questionnaire was used for collecting data on factors associated with parasitic contamination of vegetables. 300 vegetable samples were purchased and processed from three different markets in Calabar for examination of parasitic contamination using direct wet mount and zinc sulphate floatation techniques. Results: 15.7% (47/300) of the vegetables sampled were positive for at least one parasite. The species and stages of parasites detected were larvae of Strongyloides, ova of Trichuris trichiura and Hookworm, and cysts of Entamoeba histolytica and Giardia lamblia. Larvae of Strongyloides (11.3%) were the most frequently detected followed by ova of T. trichiura (1.7%) and Hookworm (1.7%) (P = 0.000). Among the five vegetable types sampled, waterleaf (40%) had the highest level of parasitic contamination followed by pumpkin (21.7%). Washing vegetables before display and the means of display were significantly associated with parasitic contamination (P = 0.000). Conclusion: Prevention of contamination is important in reducing food-borne parasitic infections and can be achieved through improved personal hygiene practices of farmers, vendors and consumers, proper washing of vegetables and improved sanitary conditions especially around markets where these vegetables are sold.
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