Heat and alcohol maybe the key: Here is the newest from the Washington Post, underwritten by a host of biochemists and medical n professionals:
"After about 20 seconds of contact, soap breaks apart the fragile, fatty membrane that holds the virus together. Disinfecting agents with at least 60 percent alcohol puncture and destroy the virus in a similar way.
[This simulation shows how to “flatten the curve”]
Extreme heat — near boiling — causes the proteins in the spikes to unravel and lose their shape, deactivating them. (A human fever is not hot enough to do this; it’s unclear what effect warm summer weather will have.)
{ since the vaccine is still a while away, ingestion of alcohol daily, and hot water immersion may work. The vampire bat, and the other transmitting bets harbor extremely high heat, therefore, the virus has adapted to it, and can not harm it.
They have lived together in this state and the human fever is way too cool for the virus to prevent viable resistance.It is not alive in the sense how life forms are described, so the effect may be overcoming of immunity , once it has passed into the human organism.
For a very long time the virus was conditioned to reside in the bat, and the biochemically forbidding high temperatures could be serve as auto immune enablers.The natural insulation. resulting in a kind of heat shield. may form a biochemical heat shield against this inanimate form of conditioned alien form.
That such inanimate parasite can live thousands of years within the vampire bat, should be telling on some level.
I did not concoct this in my lab. and wrote of it before having seem anything which implicated such a suggestion.}
{Here is a study which highlights this peculiarity}:
“…In recent years, viruses similar to those that cause serious disease in humans and other mammals have been detected in apparently healthy bats. These include filoviruses, paramyxoviruses, and coronaviruses that cause severe diseases such as Ebola virus disease, Marburg haemorrhagic fever and severe acute respiratory syndrome (SARS) in humans. The evolution of flight in bats seem to have selected for a unique set of antiviral immune responses that control virus propagation, while limiting self-damaging inflammatory responses. Here, we summarize our current understanding of antiviral immune responses in bats and discuss their ability to co-exist with emerging viruses that cause serious disease in other mammals. We highlight how this knowledge may help us to predict viral spillovers into new hosts and discuss future directions for the field…”
{ I will summarize , later, after I read the body of this very long study, but suffice to say, that at the minimum it highlights this challenge in immunology, that may find some acceptance further down the line.}
