Wax Richard G
Pfizer Global Research, Groton, Connecticut.
Clin Microbiol Newsl. 2007 Jan 15;29(2):9-16. doi: 10.1016/j.clinmicnews.2006.12.004. Epub 2007 Jan 5.
The convergence of the microbial and human worlds provides us with everyday essentials for the survival of our species, and in turn, this interaction brings painful and tragic consequences from pathogens. Looking back, it can be seen that microbes have also changed our history. Were it not for a pathogen that halted an Assyrian military campaign, we might have no Judaism, Christianity, or Islam. Microbes were there to aid adversaries in bringing about the fall of the great Greek and Roman empires. George Washington's bold orders to inoculate the Colonial Army against smallpox (20 years prior to Jenner's discovery of vaccination) were one of the most significant actions in saving the American Revolution from an early and unsuccessful end. Without the yellow fever virus and its accomplice, those living in what was the Louisiana Territory might now have French as their native language. The potato blight caused by changed the histories of both Ireland and those countries (especially the United States) to which victims of the famine emigrated. At the outbreak of World War I, when England was separated from its European source of acetone (needed for the navy's supply of cordite), British citizens had to make do with less gin, but acetone was available thanks to the growth of in those fermentation vessels.
微生物世界与人类世界的交汇为我们的物种生存提供了日常必需品,而反过来,这种相互作用也带来了病原体造成的痛苦和悲剧后果。回顾过去,可以发现微生物也改变了我们的历史。若不是一种病原体阻止了亚述人的军事行动,我们可能就不会有犹太教、基督教或伊斯兰教。微生物曾助力对手致使伟大的希腊和罗马帝国覆灭。乔治·华盛顿大胆下令为殖民地军队接种天花疫苗(早于詹纳发现疫苗接种20年),这是将美国独立战争从早期的失败结局中拯救出来的最重要行动之一。若没有黄热病病毒及其“帮凶”,生活在原路易斯安那领地的人现在可能以法语为母语。由[病原体名称未给出]引发的马铃薯枯萎病改变了爱尔兰以及饥荒受害者移民前往的那些国家(尤其是美国)的历史。第一次世界大战爆发时,英国与欧洲的丙酮来源地隔绝(海军制造无烟炸药所需),英国公民不得不减少杜松子酒的饮用,但由于[微生物名称未给出]在那些发酵容器中生长,丙酮得以供应。