Farsalinos was the first to identify the lack of smokers in China. His study is in pre-print so it’s not been covered yet - but I have a copy on my desktop.
Two separate studies have gone on to identify something similar occurring in Europe.
Thoughts are that nicotine bonds to the receptors used by the virus. Thus blocking it.
There is a growing body of experts who believe this one has legs.
View attachment 216282
Farsalinos was the first to identify the lack of smokers in China. His study is in pre-print so it’s not been covered yet - but I have a copy on my desktop.
Two separate studies have gone on to identify something similar occurring in Europe.
Thoughts are that nicotine bonds to the receptors used by the virus. Thus blocking it.
There is a growing body of experts who believe this one has legs.
View attachment 216282
It's a pre-print, and one that has attracted a fair bit of criticism. It's why I've not covered Farsalinos' yet either.Here is an abstract of a paper that points in a different direction https://www.researchgate.net/public..._Expression_of_ACE2_the_Receptor_of_2019-nCov
In current severe global emergency situation of 2019-nCov outbreak, it is imperative to identify vulnerable and susceptible groups for effective protection and care. Recently, studies found that 2019-nCov and SARS-nCov share the same receptor, ACE2. In this study, we analyzed four large-scale datasets of normal lung tissue to investigate the disparities related to race, age, gender and smoking status in ACE2 gene expression. No significant disparities in ACE2 gene expression were found between racial groups (Asian vs Caucasian), age groups (>60 vs <60) or gender groups (male vs female). However, we observed significantly higher ACE2 gene expression in smoker samples compared to non-smoker samples. This indicates the smokers may be more susceptible to 2019-nCov and thus smoking history should be considered in identifying susceptible population and standardizing treatment regimen.
Wouldn’t using nicotine patches be redundant anyway ... in that the nicotine goes straight into the blood stream bypassing the lungs? Maybe I’ve misunderstood, but I’d have thought the nicotine would need to enter the body through the lungs