An Insight into the immunomodulatory effects of Probiotics in the prevention of Covid-19 disease

J. Das, S. Bordoloi, K. Pathak
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Abstract

The coronavirus pandemic hit the world with different variants of SARS-CoV-2; reliable therapeutics are needed every hour to control and minimize the infection. To date, the way to menace the chaos of post-Covid infection is not confined rationally. Researchers are still on their way to the progression of an efficient way to eradicate the disease. However, to prevent it from causing infection post-entry into the body, there have been a few strategies to maintain and boost the immune system. At the onset of infection when no antiviral therapeutics were available, convalescent plasma therapies as a proposed mechanism were adapted to treat the post-Covid infection. Researchers have formulated the administration of different types of vaccines based on attenuated or inactivated nucleic acids or subunits after approval from the FDA and still continue to find the best reliable vaccines for better enhancement in inducing immunogenicity of the immune system to fight against the disease. The covid-19 infection affects the gut and lung axis and there has been dysbiosis of microbiota which leads to cause secondary infections. To accomplish homeostasis of essential microbiota in the body, the administration of different strains of probiotic bacteria has been one way to induce immunogenicity and combat the disease.
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益生菌在预防Covid-19疾病中的免疫调节作用
冠状病毒大流行以不同的SARS-CoV-2变种袭击世界;每小时都需要可靠的治疗来控制和减少感染。迄今为止,应对后冠状病毒感染混乱局面的方式并未受到理性限制。研究人员仍在寻找根除这种疾病的有效方法。然而,为了防止它在进入人体后引起感染,有一些策略可以维持和增强免疫系统。在没有抗病毒治疗的情况下,在感染开始时,恢复期血浆治疗作为一种拟议的机制适用于治疗covid后感染。在FDA批准后,研究人员已经制定了基于减毒或灭活核酸或亚基的不同类型疫苗的管理方法,并仍在继续寻找最可靠的疫苗,以更好地增强免疫系统的免疫原性,以对抗疾病。covid-19感染影响肠道和肺轴,微生物群失调导致继发感染。为了实现体内必需微生物群的稳态,使用不同菌株的益生菌是诱导免疫原性和对抗疾病的一种方法。
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