In this video we discussed previously published hypothesis from early 2021 of how SARS-CoV-2 virus could indirectly lead to DNA damage of infected cells. How this proposed mechanism relate to vaccines is also discussed.
QUESTION:
Let me get this straight, the spike protein binds with the ACE-2 receptor. Then the host cell produces proteases which cleave the spike at the S1/S2 interface (furin cleavage site PRRA aa sequence) which shortens the spike and allows the viral membrane to fuse with the cell membrane.
Now, this modeling you are mentioning is stating that the RBD (receptor binding domain) can "steal" the proteins in the cytoplasm that need to travel to the nucleus and keep the cell's own mRNA from damaging the DNA.
So the spike protein has a dual function to dock to the ACE-2 receptor and also "steal" the proteins responsible for not allowing mRNA to damage the DNA.
Ivermectin has been claimed to block the virus from communicating with the nucleus by blocking a transport mechanism (Dr. Been explained this) so the virus can't replicate. I find this all mind-blowing as well.
ANSWER:
Not exactly. It is the virus RNA sequence itself that might be stealing these proteins. Spike in this context is out of the picture and did not mention RBD in this video, but you sure know spike proteins well!
Wow
There is something going on with the mRNA vaccines effecting healthy people and athletes far worse than the virus. It seems the efficiency of the delivery method of the vaccines is enhanced with healthy people whereas the old seem to take the vaccines without issue.
mRNA vaccines were designed to proliferate internal organs, and even cross the blood-brain barrier to treat Parkinson’s. I can’t think of one athlete who has struggled post virus (I’m sure there are some) and I’m aware of cyclist competing in the Tour of Italy with a mild cough and subsequently being surprised to learn they were positive for C19.
I have unfortunately heard of a large number of athletes and kids who have debilitating symptoms (or death) post vaccination. What is going on?