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植物源免疫原和有效的传递策略。

Plant-made immunogens and effective delivery strategies.

机构信息

St George's University of London, UK.

出版信息

Expert Rev Vaccines. 2010 Aug;9(8):821-33. doi: 10.1586/erv.10.88.

Abstract

Plant systems for the production of recombinant immunogens have the potential to overcome obstacles currently impeding the delivery of vaccines to poorer, more remote populations by localizing production and reducing associated costs. The nature of the future plant-derived vaccine candidates will have an important impact on the extent to which universal access to vaccines can be achieved using these technologies. In this article, we examine approaches taken to design immunogens, expression systems and delivery strategies that are medically feasible and immunologically effective while retaining key benefits of a plant production platform. We identify three 'target areas' in which plant-made immunogens may offer particular advantages over conventional production systems.

摘要

植物系统生产重组免疫原有可能克服目前阻碍向较贫穷和较偏远地区提供疫苗的障碍,方法是实现生产本地化和降低相关成本。未来植物衍生疫苗候选物的性质将对利用这些技术实现普遍获得疫苗的程度产生重要影响。在本文中,我们研究了设计免疫原、表达系统和传递策略的方法,这些方法在保留植物生产平台的关键优势的同时,具有医学可行性和免疫有效性。我们确定了植物生产的免疫原可能在三个“目标领域”相对于传统生产系统具有特别优势。

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