Vaccine through Centuries. Major Cornerstone of Global Health

R. Haider
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Abstract

Vaccine have a history that started late in the 18th century. From the late 19th century, Vaccine could be developed in the laboratory, However, In the 20th century it became possible to develop vaccine based on Immunologic makers In the 21st century molecular biology permits vaccine development that was not possible before. In the history of science is the impact of vaccines on human longevity and health over 300 years elapsed since the first vaccine was discovered. In short article it is not possible to do justice to a subject that encompases immunology, molecular biology, and public health, but several more extensive sources are available to the interested reader 1-5 rather than attempting a chronological narrative, In current articles that describe novel technologies, it is often said that they will enable " rational" development of vaccines. The opposite of rational is irrational, but presumably the writer mean to contrast rational with "empiric" However, in fact vaccine development has been based on rational choices ever since the mid 20th century, when the immunology advanced to the point of distinguishing protection mediated by antibody and that mediated by lymphocytes, and when passage in cell culture permitted the selection of attenuated mutants, After the point successful vaccine have been " rationally" developed by protection studies in animal, by inference from immune response shown to protect against repeated natural infection (the so called mechanistic correlates of protection) 6 and from the use of passive administration of antibodies against specific antigens to show that those antigens should be included in vaccines.
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几百年来的疫苗。全球卫生的主要基石
疫苗的历史始于18世纪末。从19世纪末开始,疫苗可以在实验室中开发,然而,在20世纪,基于免疫制造商开发疫苗成为可能。在21世纪,分子生物学使疫苗开发成为可能,这在以前是不可能的。在科学史上,自从第一种疫苗被发现以来,疫苗对人类寿命和健康的影响已经过去了300多年。在一篇简短的文章中,不可能公正地对待一个包含免疫学、分子生物学和公共卫生的主题,但对于感兴趣的读者来说,有几个更广泛的来源,而不是试图按时间顺序叙述。在当前描述新技术的文章中,经常说它们将使疫苗的“合理”发展成为可能。理性的对立面是非理性,但作者大概是想将理性与“经验”进行对比。然而,事实上,自20世纪中期以来,当免疫学发展到区分抗体介导的保护和淋巴细胞介导的保护的程度时,当细胞培养中的传代允许选择减毒突变体时,疫苗的开发一直基于理性选择。通过在动物身上进行的保护性研究,从免疫反应中得出的结论(所谓的保护性机制相关关系),以及从被动使用针对特定抗原的抗体中得出的结论(表明这些抗原应包括在疫苗中),"合理地"研制出成功的疫苗。
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