Beating Cancer, Natural

Why are we losing the war on cancer? There's a question that was asked on the cover of Fortune magazine. Already more than 10 years ago. Well, the reasons are multiple, but they are not difficult to figure out. An aging population, a planet earth, completely polluted. And we keep doing the same thing again and again. Kirti poisoning. Burning. Right. And we hope that some way doing the same thing. We'll bring a different result. Right. So was I thought it was the definition of insanity. 2014, Fortune magazine was also asking if there was a way, a different way to win the war on cancer. And there were hinting that we could do it with molecules that would be less toxic and more selective. Interestingly.

That's exactly what was my late father, Dr. Achmea Chobanian aski was a PGD in molecular biology as a Pasteur Institute in Paris, was already working on backings the 70s and 80s.

His idea. There's daddy.

His idea was completely different.

Then the mainstream establishment at the time, although he was part of one officially since he was at the Pasteur Institute in Paris, he looked at cancer differently. There was one of the first scientists to look at the environment as a cause and as a solution to cancer. And when all the scientists at the time were looking at mutations as the cause for cancer, he had the idea that cancer would result from a destabilization of the DNA linked to environmental toxins.

So here on line A. You have a nice.

DNA and see DNA. And you see that there are two strands of DNA are nicely interwoven. You put it in contact with her carcinogen and you see some beginning of bigger loops, a little bit of counts here.

That's what my father called a beginning of destabilization of the DNA.

If you stop all contact with carcinogens, then the body is able to heal itself and go back to line. But we live in a world where we are bombarded by a lot of carcinogens all day long. So one day, one day goes to line C, whereas the two strains of the DNA become so.

Open source.

UPand yeah, that is the hydrogen bonds, which are supposed to keep them together. Blake. OK, mission. And Wednesday break.

That's where you cannot reverse. That's where I was a cancer up.

That's where the all moans of application are directly available to Zori application sites. And then you have an increased rate of duplication.

So he had the idea to look for molecules that would do exactly the opposite. That would be great. These open strands of the DNA