RE: The virus killer that takes on the nuclear threat of infection say @TMSreach23 Mar 2022 09:37
Vlad: Yeah, you're absolutely right. It took about three years, a little bit less than three years to actually go from a pure idea of creating a trap for a virus to something that actually works. So we we had to overcome enormous amount of difficulties because one thing is to claim something as an idea. And the other one the other thing is to reduce this claim, to reduce this idea, to practice. That's the foundation. That's the essence of something that is patentable. So we not only have to show how it works, but we show the idea. But we'll also have to demonstrate that this idea is practical so that it works. So it took almost three years. We demonstrated this in vitro for SARS-CoV-2, and we demonstrated that the approach is not sensitive to mutations, and it works for all variants of COVID 19 that we tried. And there is no theoretical reason why it wouldn't work for five or ten or 50 other variants of the same virus, simply because we design the trap as if it's a door through which the virus comes and goes inside the cell. And as long as the door remains the same, it doesn't matter if the virus is spread thin or short. Right? It's the same door through which the virus goes in, gets trapped and killed.
Vlad: So in a sense, it's a universal approach that can be used not only for COVID 19, but also for all kinds of different viruses, I'm afraid to say, for all viruses, because we don't know what's coming and what exists actually out there. But based on what we see, I would be able to say for most viruses, for most known viruses. So the next step, obviously, to show that what we created works in vivo and it means that we would have to demonstrate that, for example, with COVID 19 virus, that our approach works with the real infectious replicating virus that can potentially infect people and even kill people. Demonstrate that this approach works in vivo, and then we will probably try to partner with other companies or governments to push this into clinical trials for certain populations of patients. In parallel with that, in this way, developing, we are expanding this platform, trying to see if this platform can generate treatments for other types of viruses. And as we discovered recently, it can be adapted for attracting and trapping malignant cells or cancer cells. And that opens a totally new area of application of severe.
Sarah: Did you say governments then, Vlad? The development partner could include governments. That's the highest level of administration in the land. Is that what you said?