So, Do Coronavirus NEED droplets to Infect?
I received the above text in an email newsletter talking about, what else? It was sent by the LA Times. The problem I have with this text is that it implies that coronaviruses need saliva to infect or remain infective. If that is the case, I have to disagree with the premise. If this were the case, you would stop the spread in days by having a dehumidifier going day and night--but wait, the air is dry in the winter and yet the spread is greatest at that time. Oh, they might tell you, covid spreads in Winter because people congregate indoors. Sounds plausible but why don't they then recommend dehumidification of indoor air?
I hope they don't because humidity decreases air density permitting the then heavier-than-air objects like viruses to sink to a lower level away from your face. That brings up an interesting observation, though. If I am right about the importance of air density in the spread of covid, it would contribute to an explanation for the high mortality in nursing homes where the residents are either sitting down or laying down. The temperature and humidity of the air determine its density and density determines how well the coronavirus remains afloat. But those variables can mean the virus can float high or float low. We may want the air to allow the virus to sink to the floor but what if all we do is make it dense enough to keep it floating where it could infect--not a standing person--but one lower to the ground like a typical nursing home resident.
Of course, as we've discussed, an elderly person has limited immunity and might even have limited ability to raise a fever, and these might be more important. Btw, ask you doctor what the highest body temperature is that can be tolerated safely; then, don't take antipyretics until you start to reach that danger point, inmho (I'm just a lowly generic biologist).
Media Notes:
Heather O'Rourke from ABC Eyewitness News Traffic gets the coronavirus apparel shoutout:
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