抗击大流行:冠状病毒病-2019疫苗生产、临床试验和全球伙伴关系

Pratima Malekar
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摘要

2020年3月,2019冠状病毒病(COVID-19)的出现迫使整个世界的维度不断变化,变异的出现给科学家和医生,甚至整个世界都提出了挑战。从使用氯喹(一种治疗COVID-19的抗疟疾药物)开始,进行了大量的临床研究,抗病毒药物乃至整个世界都因冠状病毒而遭受了严重破坏和死亡人数,这导致了针对不断变化的冠状病毒变体开发的各种疫苗平台的出现,在这次大流行中信使核糖核酸(mRNA)和纳米技术为疫苗开发增添了新的层面。疫苗可以诱导额外的细胞或体液免疫调节,包括细胞(辅助性t细胞)反应和生发中心反应,并形成相关的记忆细胞,从而提高其效率。由于迄今为止疫苗接种的益处超过了安全性问题,世界卫生组织(世卫组织)已批准了总共10种疫苗,用于紧急情况,包括3种印度疫苗(Covovax™、Covaxin®和Sputnik V)。本小型综述的第一部分重点介绍了疫苗生产和临床试验情况,第二部分讨论了全球伙伴关系的出现,以及所有人共同获得疫苗的公平性,以对抗流行病。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Combat Pandemic: Coronavirus Disease-2019 Vaccines Production, Clinical Trials and Global Partnerships
The advent of coronavirus disease-2019 (COVID-19), in March 2020, has forced the entire world into continuously changing dimensions, the emergence of variants has put forward a challenge to scientists and doctors, indeed the entire world to cope with it. A lot of clinical research was done, starting with the use of Chloroquine, an anti-malarial drug to treat COVID-19, antivirals and indeed entire world experienced havoc and a death toll due to the coronavirus which led to the emergence of various vaccine platforms developed against changing variants of coronavirus and in this pandemic messenger Ribonucleic acid (mRNA) and nanotechnology added new dimensions to vaccine development. Vaccines may induce additional cellular or humoral immune regulations, including The cell (helper T-cell) responses and germinal center responses, and form relevant memory cells, which in turn enhance their efficiency. As the benefit outweighs the safety issues with vaccination so far, the World Health Organization (WHO), has approved a total of ten vaccines, to use in emergencies, including 3 Indian vaccines (Covovax™, Covaxin® and Sputnik V). The first part, of this mini-review highlights vaccine production, and the clinical trials landscape, and the second part discusses the emergence of global partnerships, and the equity of vaccines to all, taken together, combating pandemics.
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