コロナウイルスのスパイクタンパク質にHIV断片があるという主張

This looks awfully complex, doesn't it? And if it does, that's good because every one of these red arrows shows HIV in the spike protein. This work comes from Luc Montagnier.

Dr. Montagnier is the premier virologist in Paris, France. Dr. Montagnier got the Nobel Prize for identifying HIV.

So if there's anybody on planet Earth who ought to be able to tell you that HIV exists in this spike protein, that's the man. And oh, look, where he used to be professor and chair at, that's been deleted from the Internet as well.

That's the same place that Zhang Li presented and now got wiped off the face of the Internet and off the face of the planet.

Dr. Montagnier identified eighteen RNA fragments that match HIV and SIV.

This is simian or monkey grade A immune deficiency virus.

If you look at it, remember I told you about PRRA?

That's four amino acids, and every amino acid requires three nucleotides. That's twelve, right? Twelve nucleotides.

Mutations occur one nucleotide at a time, not twelve.

Okay? That's an insert. If you think that's bad, look at the HIV insert.

Five hundred and ninety amino acids or one thousand seven hundred and seventy nucleotide bases that match HIV one.

Now, understanding that mutations occur one nucleotide at a time, scientifically, I'd like somebody to justify to me how that's possibly a mutation.

That doesn't happen.