>>8004244
First of all, there is no such thing as HIV drugs.
The things that you call drugs are in reality biochemicals.
A biochemical is part of a biochemical pathway
I have included a simplified version of some common pathways
YES!, I really did mean SIMPLIFIED!
The mammalian organism is a very, very complex biochemical machine.
Now, the things called HIV drugs have certain effects in the body.
Since HIV is a virus, you can be sure that they somehow affect those viruses.
However, they could do a lot of things.
One thing that the biochemicals called drugs often do
Is they bind to things on the surface of a microorganism (virus or bacteria)
And disrupt its functioning.
They might destroy the shell
They might enter the shell and fuck with the biochemistry internally
They might just slow it down.
In any case, the fact that they can bind is determined by the structure of the shell surface
And that is determined by the genetic material of the microorganism
And since viruses and bacteria are indeed organisms
They have relatives
Close and far
And related species of virus can have similarities in their structure
And now we get to the crux of the matter
If two related species of virus (who could be distantly related) happen to both have a particular spike protein on their shell
Then the same drug (biochemical) can be used to affect both of them.
Names like HIV and Coronavirus are totally irrelevant.
We are talking about machines
They all work in similar ways
Biochemicals go in
They get processed,
The organism reproduces or dies
Biochemicals come out.
It really is that simple
See, complexity can be more simple than you thought!
Read the papers on 2019-nCoV
It's all explained there in a couple dozen papers
All open source
Simples!!!