A Comparative Study on Different Approaches of COVID-19 Vaccines

Md. Ashikur Rahman, Riaz Mahamud Chayon, A. Aziz, Fatema Tuj, Md. Aminul Johora Faria, Islam Md Rashedur, Rahman, M. Rahman, F. T. J. Faria, M. A. Islam, M. Rahman
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Abstract

Worldwide recorded 324 million human infected coronavirus patients and a mortality rate of over 5.53 million till now. In this situation coronavirus type-2 has suddenly arisen as a global problem. It impacts all humans directly via disease and death and indirectly by isolation creates a tremendous financial and psychological barrier. It remains the most feasible method so far but is untenable beyond a lengthy period. At this time vaccine development is the most helpful strategy for controlling emerging virus strains. Pfizer/BioNTech (Ribonucleic acid vaccine), Johnson and Johnson, Novavax (UK), AstraZeneca, Sinovac (China), Moderna (Ribonucleic acid), CanSinoBio, and Covishield (India) etc. are among the firms involved in the continuing vaccination program, which is taking place all over the world. This assessment covers all aspects of COVID-19 and concentrates on the following approaches. Besides AI systems, advanced drug delivery systems (nanotechnology) and a trained immunity vaccination method are being used to advance the COVID-19 vaccine development cycle. We give a glimpse of a comparative evaluation of global vaccination approaches, efficacy, adverse effects, worldwide reached vaccination, a general review of clinical trials coronavirus disease-2019 vaccines also vaccine effectiveness against novel coronavirus variants based on real-world data. Also, variants considered is the influence of disquieting variants and under of interest.
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新型冠状病毒疫苗不同接种方法的比较研究
截至目前,全球共有3.24亿人感染冠状病毒,死亡人数超过553万人。在这种情况下,2型冠状病毒突然成为一个全球性问题。它通过疾病和死亡直接影响所有人,通过隔离间接影响所有人,造成巨大的经济和心理障碍。这仍然是迄今为止最可行的方法,但在很长一段时间内是站不住脚的。此时,开发疫苗是控制新出现的病毒株的最有帮助的策略。辉瑞/BioNTech(核糖核酸疫苗)、强生公司、诺瓦瓦克斯(英国)、阿斯利康、科兴(中国)、Moderna(核糖核酸)、康西诺生物和科维盾(印度)等公司都参与了持续的疫苗接种计划,该计划正在全球范围内进行。本次评估涵盖COVID-19的所有方面,重点关注以下方法。除了人工智能系统外,正在使用先进的药物输送系统(纳米技术)和训练有素的免疫接种方法来推进COVID-19疫苗的开发周期。我们对全球疫苗接种方法、疗效、不良反应、全球已接种疫苗、冠状病毒病-2019疫苗临床试验的一般回顾以及基于现实世界数据的新型冠状病毒变异疫苗的有效性进行了比较评估。此外,考虑的变体是令人不安的变体和兴趣之下的影响。
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