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New Plant Expression Systems Drive Vaccine Innovation and Opportunity

机译:新的植物表达系统推动疫苗创新和机遇

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摘要

plant expression systems are emerging as fast and inexpensive methods for producing vaccines. Someday, plants may surpass mammalian and even many microbial systems in efficiency and cost-benefits for the manufacture recombinant proteins. This is particularly so for the rapid manufacture of truly large-scale (million- or even billion-dose) vaccine antigens. Whether grown as single cells or tissues in photosynthesis reactors, as whole plants in controlled laboratory situations, or cultivated in fieldsof transformed food-commodity plants (e.g., rice, potatoes, or tobacco), plants being adapted for recombinant protein manufacture offer high yields and relatively low investment costs. These systems can move quickly from identification of a candidate toexpression, testing, and manufacture.
机译:植物表达系统作为生产疫苗的快速而廉价的方法正在兴起。有一天,植物在生产重组蛋白方面的效率和成本效益可能会超过哺乳动物甚至许多微生物系统。对于快速生产真正的大规模(百万甚至十亿剂量)疫苗抗原而言,尤其如此。无论是在光合作用反应器中作为单细胞或组织生长,在受控实验室条件下作为整株植物生长,还是在转化的食品商品植物(例如大米,土豆或烟草)的田地中种植,适于重组蛋白生产的植物均可提供高产量和高品质。投资成本相对较低。这些系统可以从识别候选物到表达,测试和制造迅速地发展。

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