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未来的疫苗与全球视角。

Future vaccines and a global perspective.

作者信息

Katz S L

机构信息

Division of Pediatric infectious Diseases, Duke University School of Medicine, Durham, NC 27710, USA.

出版信息

Lancet. 1997 Dec 13;350(9093):1767-70. doi: 10.1016/S0140-6736(97)05358-0.

Abstract

Advances in medical biotechnology mean that vaccines to prevent more than 75 infectious diseases are being or have been developed. Vaccination is unfortunately not reliant purely on biotechnology but also on politics and resources. Countries with the greatest demand for vaccines have the least ability to pay for or produce them. Health-care Infrastructure and diagnostic facilities also hamper immunisation projects in developing countries. Charitable organisations are relied on heavily to support such projects but the challenge to ensure all infants are immunised against the most common infections of childhood is still enormous. Difficulties that present themselves now should not prevent us looking into future possibilities such as immunisation during pregnancy and targeting of children for immunisation against sexually transmitted diseases. Other avenues for research are in administration of vaccines. A move to mucosal immunisation rather than use of the syringe and needle would be positive both economically and from the point of view of risk of needle contamination. Plant science may also provide a new vehicle for vaccines by engineering plants such as the banana tree to be naturally bioencapsulated vaccines. Prospects for control and eradication of infectious disease in the next century are certainly good.

摘要

医学生物技术的进步意味着预防75种以上传染病的疫苗正在研发或已经研发出来。不幸的是,疫苗接种不仅仅依赖于生物技术,还依赖于政治和资源。对疫苗需求最大的国家支付或生产疫苗的能力却最弱。卫生保健基础设施和诊断设施也阻碍了发展中国家的免疫项目。慈善组织在很大程度上依赖于支持此类项目,但要确保所有婴儿都接种针对儿童期最常见感染的疫苗,挑战仍然巨大。当前出现的困难不应阻止我们展望未来的可能性,比如孕期免疫以及针对儿童接种预防性传播疾病的疫苗。其他研究途径在于疫苗的给药方式。转向黏膜免疫而非使用注射器和针头,从经济角度以及避免针头污染风险的角度来看都是积极的。植物科学也可能通过对香蕉树等植物进行基因改造,使其成为天然生物包封疫苗,从而为疫苗提供一种新的载体。下个世纪控制和根除传染病的前景无疑是乐观的。

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