以自然措施增强对COVID-19的先天免疫

B. Bale, A. Doneen, Thomas Hight, David J. Vigerust
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引用次数: 3

摘要

2019冠状病毒病(COVID-19)的优势在于它对人类来说是一种新型病毒。作为一种新近感染的病毒有一个显著的优势,因为感染者对病原体没有免疫力。对新病毒感染最有效的保护是古老的先天免疫系统。当病毒侵入我们的细胞时,细胞质中的受体识别外来入侵者并诱导先天免疫反应来阻止病毒的复制。强有力的反应至关重要,因为产生适应性免疫反应需要三到五天的时间。一线先天免疫反应往往强大到足以在发展为更严重的晚期感染之前消灭病毒,晚期感染依赖于获得性免疫来解决。最近的一项科学发现展示了一种自然、安全、易于使用的自我管理程序,可以增强我们的先天免疫力。非髓上皮细胞能够产生杀病毒物质次氯酸(HOCL)。生成HOCL的量取决于可用的细胞内氯化物的浓度。在体外,用盐水暴露感染冠状病毒的上皮细胞可显著减少病毒复制。在体内,与接受标准治疗的类似感染患者相比,由冠状病毒引起的上呼吸道感染(URI)患者的高渗盐水鼻冲洗和含漱(HSNIG)显著缩短了URI的持续时间和严重程度。HSNIG可以抑制新冠病毒的复制,减轻无症状期的传播,降低无症状或有症状病例发展为严重感染的风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancement of Innate Immunity to COVID-19 with Natural Measures
The strength of Corona virus disease 2019 (COVID-19) is the fact that it is a novel virus to humans. Being a neoteric virus yields a significant advantage as the person infected possess no immunity to the pathogen. The most significant protection against a new viral infection is the ancient innate immune system. When the virus invades our cells, receptors in the cytoplasm recognize the foreign intruder and induce innate immune responses to block replication of the virus. A robust response is critical as it takes three to five days to generate the beginnings of an adaptive immune response. The front line innate immune response is often powerful enough to eliminate the virus before the development of more severe late-phase infection, which relies on acquired immunity for resolution. A recent scientific discovery demonstrates a natural, safe, and accessible self-administered procedure that enhances our innate immunity. Non-myeloid epithelial cells are capable of producing the viricidal substance hypochlorous acid (HOCL). The amount of HOCL generated is dependent on the concentration of intracellular chloride that is available. In vitro, saline exposure of epithelial cells infected with coronavirus significantly reduced viral replication. In vivo, hypertonic saline nasal irrigation and gargle (HSNIG) in patients who had upper respiratory infections (URI) caused by coronavirus significantly reduced the duration and severity of the URI compared to similarly infected patients treated with the standard of care. HSNIG can suppress viral replication of COVID-19 mitigating the spread during the asymptomatic phase and reducing the risk of an asymptomatic or symptomatic case progressing to a severe infection.
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