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The Serological Survey for Human Cysticercosis Prevalence in Mbulu District, Tanzania 被引量:1
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作者 Beda J. Mwang’onde Gamba Nkwengulila Mwita Chacha 《Advances in Infectious Diseases》 2012年第3期62-66,共5页
Human cysticercosis, a zoonotic disease due to Taeniasolium, is of the highly debilitating and stigmatizing neglected tropical diseases due to epilepsy, ophthalmia and dermatological disorders in endemic developing co... Human cysticercosis, a zoonotic disease due to Taeniasolium, is of the highly debilitating and stigmatizing neglected tropical diseases due to epilepsy, ophthalmia and dermatological disorders in endemic developing countries. Tanzania is among the sub-Saharan African countries with an average prevalence of porcine cysticercosis 17.2% [1], which increases the risk of human cysticercosis infection. Studies on people with epilepsy in northern zone of Tanzania show a 16.2% [2] to be suffering from neurocysticercosis. While this was the case, there were no single report on the prevalence of human cysticercosis neither to regular hospital visitors, admissions, and nor general public that result to insufficient deployment of intervention strategies. Study was performed to assess the prevalence of human cysticercosis in general public in Mbulu district. The cephalic venous blood was collected from assorted community members. Serum was extracted and then subjected to Cysticercus IgG Western Blot Assay for human cysticercosis sero-screening. It was found that about 16.3% of the community members had antibodies signifying infection by human cysticercosis. This is the first ever study to assess the prevalence of human cysticercosis in the country and it has revealed the problem to be very high. This study can be valuable for deployment of appropriate intervention measures on human cysticercosis in the study area and extend to the entire country. 展开更多
关键词 HUMAN CYSTICERCOSIS taeniasolium Mbulu-Tanzania PREVALENCE
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猪带绦虫重组双歧杆菌(pGEX-TSO45W-4B)疫苗构建及鉴定 被引量:5
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作者 周必英 刘美辰 贺莉芳 《中华地方病学杂志》 CAS CSCD 北大核心 2014年第6期591-595,共5页
目的 构建和鉴定猪带绦虫重组双歧杆菌(Bb)(pGEX-TSO45W-4B)疫苗.方法 通过全基因合成猪带绦虫TSO45W-4B基因,预期该基因中的片段长度为351 bp.将该基因定向克隆到大肠埃希菌-Bb穿梭表达载体pGEX-1λT中,构建重组质粒pGEX-TSO45W-4B... 目的 构建和鉴定猪带绦虫重组双歧杆菌(Bb)(pGEX-TSO45W-4B)疫苗.方法 通过全基因合成猪带绦虫TSO45W-4B基因,预期该基因中的片段长度为351 bp.将该基因定向克隆到大肠埃希菌-Bb穿梭表达载体pGEX-1λT中,构建重组质粒pGEX-TSO45W-4B,电穿孔法将该质粒导入长双歧杆菌,构建猪带绦虫重组Bb(pGEX-TSO45W-4B)疫苗,通过酶切、PCR和测序进行鉴定,证实猪带绦虫重组Bb (pGEX-TSO45W-4B)疫苗中含有片段长度为351 bp的基因.结果 全基因合成351 bp的TSO45W-4B基因片段.酶切、PCR和测序鉴定证明猪带绦虫重组Bb (pGEX-TSO45W-4B)疫苗构建成功,均获得了351 bp基因片段.结论 成功构建了猪带绦虫重组Bb (pGEX-TSO45W-4B)疫苗,为该疫苗的表达及免疫原性研究奠定了基础. 展开更多
关键词 猪带绦虫 重组Bb (pGEX-TSO45W-4B)疫苗 构建 鉴定
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