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抗击新冠疫情并探索基于热的简易解决方案。

Combating COVID-19 crisis and exploring heat-based simple solutions.

作者信息

Roy Indrani

机构信息

University College London, Gower Street, London, WC1E 6BS, UK.

出版信息

Phys Chem Earth (2002). 2023 Feb;129:103333. doi: 10.1016/j.pce.2022.103333. Epub 2022 Nov 30.

Abstract

Covid-19 pandemic affected whole of the world taking many lives and impacting the economy and mental health severely. Exit pathways via vaccination though ignited optimism initially but attenuated by the emergence of several new variants which are less sensitive to vaccines. Considering emergency situations, some urgent, simple heat-based solutions for the initial stages of the disease were also proposed at the beginning of pandemic and further elaborated here. Solutions were proposed based on science as follows: exploring results of statistical analyses on the global transmission of COVID-19; observed temperature-dependent behaviours of similar category viruses; temperature-based clinical trial experiments with similar category viruses; successful clinical trial experiments with heat-based intervention for COVID-19 patients; and finally, biological mechanism/response in human bodies to heat-based solution for COVID-19 from medical doctor's perspective. Solutions proposed are practically without side effects, can be even practised in own home and there is no vested interest involved.

摘要

新冠疫情影响了整个世界,夺走了许多生命,严重冲击了经济和心理健康。通过接种疫苗的退出途径虽然最初点燃了人们的乐观情绪,但由于几种对疫苗不太敏感的新变种的出现而有所减弱。考虑到紧急情况,在疫情初期也提出了一些针对该疾病初期阶段的紧急、简单的基于热的解决方案,并在此进一步阐述。基于科学提出的解决方案如下:探索关于新冠病毒全球传播的统计分析结果;观察类似病毒的温度依赖性行为;对类似病毒进行基于温度的临床试验;对新冠患者进行基于热干预的成功临床试验;最后,从医生的角度探讨人体对新冠病毒基于热的解决方案的生物机制/反应。所提出的解决方案实际上没有副作用,甚至可以在自己家中实施,并且不涉及既得利益。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c204/9708609/97fabea4a999/gr1_lrg.jpg

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