首页> 外文期刊>Science and Culture >CORONAVIRUS-2019 PANDEMIC, CURRENT METHODS OF DIAGNOSIS, TREATMENTS AND ENGINEERING OF THE SAFE AND EFFECTIVE MODERN VACCINES - AN OVERVIEW
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CORONAVIRUS-2019 PANDEMIC, CURRENT METHODS OF DIAGNOSIS, TREATMENTS AND ENGINEERING OF THE SAFE AND EFFECTIVE MODERN VACCINES - AN OVERVIEW

机译:Coronavirus-2019大流行,目前的诊断方法,安全有效的现代疫苗的诊断,治疗和工程 - 概述

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摘要

Following the Coronavirus-2019/SARS-COV-2 attack on the front-line of epithelial cells of alveoli, the neurons in the olfactory bulb, intestinal lining and endothelial lining of blood vessels after inhalation, all organs supported by the circulatory system are affected simultaneously. Dr. Avindra Nath at NINDS identified the swelling of olfactory bulb by MRI in the acute phase resulting in multi-system organ failure. We have access to a few drugs for viral elimination like specific monoclonal antibody made by Regeneron and Lilly, anti-inflammatory drug, corticosteroids, Dexamethasone and anti-viral drug Remdesivir. The blood-thinners, heparin, low molecular weight heparin fragments and anti-platelet medication saved many lives from micro- and macro-clots and pulmonary embolism. Best approach is to avoid viral exposure before the arrival of safe and effective new generations of vaccines. In this brief review, an attempt has been made to explain the mechanism of viral entry via the ACE2 receptor and the modes of multiple interventions for both diagnosis and therapy and in rare occasions, a lung transplantation. My lifetime investigations on the diagnosis of heart muscle damage, and the mechanism of arterial thrombosis and drug development in cardiovascular diseases assisted me in identifying one of the major aspects of the blood clots, thrombi and emboli in the COVID-19 patients.
机译:在冠状病毒-2019 / SARS-COV-2攻击对肺炎的前线上皮细胞的前线,吸入后嗅灯泡中的神经元,血管内皮衬里,循环系统支持的所有器官都受到影响同时。 Abindra Nath博士在Ninds确定了嗅球的肿胀,MRI在急性阶段,导致多系统器官失败。我们可以获得少量病毒消除的药物,例如由Regeneron和Lilly,抗炎药,皮质类固醇,地塞米松和抗病毒药物Remdesivir所制作的特定单克隆抗体。血液稀释剂,肝素,低分子量肝素片段和抗血小板药物从微型和宏观凝血和肺栓塞中挽救了许多生命。最佳方法是避免在安全和有效的新代疫苗的到来之前避免病毒暴露。在这篇简短的审查中,已经尝试通过ACE2受体来解释病毒进入的机制和诊断和治疗的多种干预措施和稀有场合,肺移植的方法。我对心肌损伤诊断的终身调查,以及心血管疾病中动脉血栓形成和药物发育的机制辅助我识别Covid-19患者中血栓,血栓和栓塞的主要方面之一。

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  • 来源
    《Science and Culture》 |2021年第2期|14-23|共10页
  • 作者

    MRINAL KANTI DEWANJEE;

  • 作者单位

    Retina Genetics and Repair Laboratory National Eye Institute National Institutes of Health Bethesda MD 20892;

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  • 正文语种 eng
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