A: It's complicated, but it's possible, in Cook you measure one.
Q: At Kook you measure, it's possible.
A: Measuring, measuring, possible.
Q: Possibly. So if it's possible then you could take Klein to measure how many radicals there are in his body as a result of air pollution, and compare it to someone who hasn't been exposed, right?
A: No, it's a momentary situation. You will measure a momentary situation, not that he has been living since 1948 and is breathing everything.
Q: What do you mean by a momentary situation? If I, if I were to measure Mr. Klein's radicals in 2015 when you wrote your opinion, then would I know how many radicals he has in 2015, as a result of what he breathes in the air in Haifa in 2015?
A: It may be. I can't tell you exactly because some, some are short-lived and some are long-lived. That would tell you something, but I'm not sure it says it all.
[....]
Q: And this is what you brought in Cook.
A: All this wisdom is in Cook.
Q: It's all in Cook. Everything you know about this that can be measured, is written in coke?
A: Not all, but some of them slept in Kook.
[....]
Q: Do you know someone who appears in your opinion whose article, whose research appears in your opinion that measures how many radicals there are in a person's body as a result of air pollution?
A: I don't remember if I told you, I can tell you that in Cook it says that in certain diseases they also measured the concentration of radicals and found, they found a clear association. Those who had diseases found a high concentration of radicals, and everything is written there.
Q: Okay. We'll see Cook soon.
A: Okay.
Q: Now Radical Formation Is it caused in the body after the pollutants penetrate the body?
A: Of course, they must first penetrate, dissolve, let's say in the nasal mucosa, and reach.
Q: You are an expert on the subject of the penetration of substances into the human body?