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逆境中的敏捷:按需提供疫苗。

Agility in adversity: Vaccines on Demand.

作者信息

De Groot Anne S, Moise Leonard, Olive David, Einck Leo, Martin William

机构信息

a EpiVax, Inc. , Providence , RI , USA.

b Institute for Immunology and Informatics , University of Rhode Island , Providence , RI , USA.

出版信息

Expert Rev Vaccines. 2016 Sep;15(9):1087-91. doi: 10.1080/14760584.2016.1205951. Epub 2016 Jul 18.

Abstract

Is the US ready for a biological attack using Ebola virus or Anthrax? Will vaccine developers be able to produce a Zika virus vaccine, before the epidemic spreads around the world? A recent report by The Blue Ribbon Study Panel on Biodefense argues that the US is not ready for these challenges, however, technologies and capabilities that could address these deficiencies are within reach. Vaccine technologies have advanced and readiness has improved in recent years, due to advances in sequencing technology and computational power making the 'vaccines on demand' concept a reality. Building a robust strategy to design effective biodefense vaccines from genome sequences harvested by real-time biosurveillance will benefit from technologies that are being brought to bear on the cancer cure 'moonshot'. When combined with flexible vaccine production platforms, vaccines on demand will relegate expensive and, in some cases, insufficiently effective vaccine stockpiles to the dust heap of history.

摘要

美国对使用埃博拉病毒或炭疽进行生物攻击做好准备了吗?疫苗研发人员能够在寨卡病毒疫情蔓延至全球之前研制出疫苗吗?蓝丝带生物防御研究小组最近发布的一份报告认为,美国尚未做好应对这些挑战的准备,不过,能够弥补这些不足的技术和能力是可以实现的。近年来,由于测序技术和计算能力的进步使“按需生产疫苗”的概念成为现实,疫苗技术取得了进展,准备工作也有所改善。利用实时生物监测收集的基因组序列设计有效的生物防御疫苗,制定一个强有力的战略将受益于应用于攻克癌症“登月计划”的技术。当与灵活的疫苗生产平台相结合时,按需生产的疫苗将把昂贵且在某些情况下效果不佳的疫苗储备扔进历史的垃圾堆。

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