Hsu Jennifer L
Division of Infectious Diseaes, Department of Internal Medicine, Sanford School of Medicine, University of South Dakota, Sioux Falls, USA.
S D Med. 2013;Spec no:33-7.
Modern vaccine history began in the late 18th century with the discovery of smallpox immunization by Edward Jenner. This pivotal step led to substantial progress in prevention of infectious diseases with inactivated vaccines for multiple infectious diseases, including typhoid, plague and cholera. Each advance produced significant decreases in infection-associated morbidity and mortality, thus shaping our modem cultures. As knowledge of microbiology and immunology grew through the 20th century, techniques were developed for cell culture of viruses. This allowed for rapid advances in prevention of polio, varicella, influenza and others. Finally, recent research has led to development of alternative vaccine strategies through use of vectored antigens, pathogen subunits (purified proteins or polysaccharides) or genetically engineered antigens. As the science of vaccinology continues to rapidly evolve, knowledge of the past creates added emphasis on the importance of developing safe and effective strategies for infectious disease prevention in the 21st century.
现代疫苗历史始于18世纪末,爱德华·詹纳发现了天花免疫法。这一关键步骤推动了多种传染病灭活疫苗在预防传染病方面取得重大进展,包括伤寒、鼠疫和霍乱。每一项进展都使与感染相关的发病率和死亡率大幅下降,从而塑造了我们的现代文化。随着20世纪微生物学和免疫学知识的增长,病毒细胞培养技术得到了发展。这使得在预防脊髓灰质炎、水痘、流感等疾病方面取得了迅速进展。最后,最近的研究通过使用载体抗原、病原体亚单位(纯化蛋白质或多糖)或基因工程抗原,导致了替代疫苗策略的发展。随着疫苗学科学的不断快速发展,对过去的了解更加凸显了在21世纪制定安全有效的传染病预防策略的重要性。