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New Tools for Syphilis Research

机译:梅毒研究的新工具

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摘要

Syphilis research has been severely limited by the necessity to propagate Treponema pallidum in vivo in rabbits. After decades of erroneous or irreproducible reports of cultivation of T.?pallidum , the recent very convincing report of its successful long-term in vitro propagation opens numerous opportunities for development of genetic tools for studying pathogenesis and protein function, antigenic variation, and surface exposure of antigens. ABSTRACT Syphilis research has been severely limited by the necessity to propagate Treponema pallidum in vivo in rabbits. After decades of erroneous or irreproducible reports of cultivation of T.?pallidum , the recent very convincing report of its successful long-term in vitro propagation opens numerous opportunities for development of genetic tools for studying pathogenesis and protein function, antigenic variation, and surface exposure of antigens. The possibility of more rapid isolation of new strains will expand our knowledge of this organism beyond the century-old Nichols strain.
机译:梅毒研究受到在兔体内体内传播梅毒螺旋体的严重限制。在数十年错误或不可复制的栽培金缕梅的报道之后,最近关于其成功长期体外繁殖的令人信服的报道为研究遗传学机制和蛋白质功能,抗原变异和表面暴露的遗传工具的开发提供了许多机会。抗原。摘要梅毒的研究受到在兔体内体内传播梅毒螺旋体的严重限制。在数十年错误或不可复制的栽培金缕梅报道之后,最近有关其长期体外成功繁殖的令人信服的报道为研究遗传学工具,发病机理和蛋白质功能,抗原变异和表面暴露的遗传工具的开发提供了许多机会。抗原。新菌株更快分离的可能性将使我们对这种生物的了解超出百年历史的尼科尔斯菌株。

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