Abbas Ibrahim, Baghdadi Hanadi B, Rizk Mohamed Abdo, El-Alfy El-Sayed, Elmishmishy Bassem, Gwida Mayada
Parasitology Department, Faculty of Veterinary Medicine, Mansoura University, Mansoura 35516, Egypt.
Biology Department, College of Science, Imam Abdulrahman Bin Faisal University, Dammam 31113, Saudi Arabia.
Animals (Basel). 2023 Jan 31;13(3):496. doi: 10.3390/ani13030496.
Since the last survey on gastrointestinal (GIT) parasites infecting dogs in Dakahlia governorate, Egypt, was published 40 years ago, the present study detected various GIT parasites in feces of 78 stray dogs in this governorate. Twenty-one dogs (35.9%) had eggs/oocysts of eight different parasites including (19.2%), (2.6%), hookworms (1.3%), species (5.1%), (2.6%), (5.1%), (2.6%), and -like oocysts (1.3%). These results were combined in various meta-analyses with findings of all published surveys on GIT parasites of dogs in Egypt to underline the potential parasitic zoonoses from dogs in the country. Feces and/or gastrointestinal tracts of 19,807 dogs from various Egyptian governorates, but particularly Cairo, have been microscopically tested in 182 datasets published between 1938 and 2022, revealed during our systematic database search. , interestingly, displayed a twofold higher pooled prevalence (24.7%) when compared to the published global pooled prevalence for , indicating that dogs represent a major risk for toxocariasis in humans from Egypt. (25.4%) as well as various species (17.1%) also displayed high pooled prevalences. On the contrary, lower pooled prevalence was estimated for the most important zoonotic taeniid "" (2.4%) as well as for hookworms (1.8%) in comparison to what has been published from other countries in the region. Relatively high prevalences were estimated for three protozoa detected in dogs and are common to infect children in Egypt; (5.5%), (7.4%), and (9.8%). In general, the pooled prevalence estimated for various parasites detected in dogs from Egypt has decreased in the recent years, sometimes by as much as one-fifth, but this great decline is statistically insignificant, which should alert the veterinary and public health authorities to continue their efforts for controlling these parasites in a "One Health" approach.
自从40年前发表了关于埃及达卡利亚省感染犬类的胃肠道(GIT)寄生虫的上次调查以来,本研究在该省78只流浪狗的粪便中检测到了各种GIT寄生虫。21只狗(35.9%)携带了八种不同寄生虫的虫卵/卵囊,包括蛔虫(19.2%)、鞭虫(2.6%)、钩虫(1.3%)、类圆线虫属物种(5.1%)、隐孢子虫(2.6%)、贾第虫(5.1%)、等孢球虫(2.6%)和类环孢子虫卵囊(1.3%)。这些结果与埃及所有已发表的关于犬类GIT寄生虫调查的结果进行了各种荟萃分析,以强调该国犬类潜在的寄生虫人畜共患病。在我们系统的数据库搜索中发现,1938年至2022年期间发表的182个数据集中,对来自埃及不同省份(特别是开罗)的19807只狗的粪便和/或胃肠道进行了显微镜检测。有趣的是,与已发表的全球蛔虫合并患病率相比,埃及蛔虫的合并患病率高出两倍(24.7%),这表明狗是埃及人类患弓蛔虫病的主要风险因素。细粒棘球绦虫(25.4%)以及各种绦虫物种(17.1%)也显示出较高的合并患病率。相反,与该地区其他国家已发表的结果相比,最重要的人畜共患带绦虫“细粒棘球绦虫”(2.4%)以及钩虫(1.8%)的合并患病率估计较低。在狗身上检测到的三种原生动物在埃及感染儿童很常见,其患病率估计相对较高;微小隐孢子虫(5.5%)、蓝氏贾第鞭毛虫(7.4%)和结肠小袋纤毛虫(9.8%)。总体而言,近年来在埃及狗身上检测到的各种寄生虫的合并患病率有所下降,有时高达五分之一,但这种大幅下降在统计学上并不显著,这应该提醒兽医和公共卫生当局继续以“同一健康”方法努力控制这些寄生虫。