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Molecular epidemiology of African trypanosomiasis: the contributions of David George Godfrey OBE to the biochemical characterization of trypanosomes

机译:非洲锥虫病的分子流行病学:David George Godfrey OBE对锥虫生物化学特性的贡献

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The accurate identification of the causative organisms of disease is fundamental to the study of epidemiology. Hence molecular tools are now widely used to detect and distinguish pathogens, and have greatly improved our understanding of epidemiology. David Godfrey pioneered the use of molecular markers in the epidemiology of African trypanosomiasis, thus enabling the light of reliable evidence to shine on this previously problematic and controversial subject area. From the early 1970’s David’s group employed first isoenzyme electrophoresis and subsequently DNAbased characterization methods to aid identification of trypanosomes collected from a range of endemic countries across Africa. These investigations had a major impact on our understanding of the zoonotic nature of human trypanosomiasis in Africa and of the genetic diversity of African trypanosomes.Key words: African trypanosomiasis / Trypanosoma brucei / Trypanosoma congolense / Trypanosoma vivax / isoenzyme electrophoresis / reservoir hosts / numerical taxonomy / clonality
机译:准确识别疾病的致病生物是流行病学研究的基础。因此,分子工具现在被广泛用于检测和区分病原体,并大大提高了我们对流行病学的理解。大卫·戈弗雷(David Godfrey)在非洲锥虫病的流行病学中率先使用了分子标记,从而使可靠的证据得以在这个先前存在问题和争议的主题领域上大放异彩。从1970年代初期开始,戴维(David)的小组首先采用了同工酶电泳,然后采用基于DNA的表征方法来帮助鉴定从非洲各地的一些流行国家收集的锥虫。这些调查对我们了解非洲人类锥虫病的人畜共患性质以及非洲锥虫的遗传多样性产生了重大影响。关键词:非洲锥虫病/布鲁氏锥虫/刚果锥虫/锥虫锥虫/同工酶电泳/储层宿主/数值分类/克隆性

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