Youtor
What Makes Zeolite Special
>> YOUR LINK HERE: ___ http://youtube.com/watch?v=yQ4i19T_wc8
Agnes Ostafin and John Frederick Templeman discuss the molecular properties of zeolites and why they're so effective at binding with and removing toxins: • John Fredrick Templeman (00:08): • The fact that we cannot help the body with what we are giving it as a supplement to be more efficient at removing things that are bad is ... that's simple. That's common sense. Everybody can understand that. Can you tell me a little bit, what are the things that get into our bodies that the zeolite would be able to pick it up and why can zeolite do that so effectively? • Agnes Ostafin (00:34): • I think one of the groups of things that zeolites are very good at taking away from your body are heavy metals. So we experience a lot of heavy metals in industrial areas and these are metals that are not naturally found in nature. It's just runoff or bad industrial practices that contaminate the earth. These things are not something that we maybe eat directly, but we eat them indirectly because a bird might eat a worm that has processed this, then an animal will eat the bird and then we'll eat the animal and then suddenly our bodies are filled with toxic. • Agnes Ostafin (01:13): • A common analogy or a recognizable analogy is tuna in sushi. Right? Tuna is the last largest fish in the food chain. If you eat too much tuna, you run the risk of mercury poisoning. It's not because the tuna itself has eaten the mercury, but it's eaten another fish which has eaten another fish, which is eaten something very small at the bottom of the ocean where the levels of mercury are high and it just builds up in this last fish that we like to eat. • John Fredrick Templeman (01:48): • But if I'm correct, mercury has a chemical quality to it that would be attracted to zeolite and be bonded with zeolite in such a way that it could not be removed from the zeolite. When the zeolite goes out of the body, the mercury goes out as well. Is that correct? • Agnes Ostafin (02:09): • That is correct. So zeolite is kind of like a sponge. It has little holes in it. These holes are very small. They're microscopic. You can't see them with your eyes. You need a special tool to be able to see them. What makes these holes very unique is that they have a attraction to things that are like heavy metals. Heavy metals tend to be positively charged. The zeolite holes are negatively charged, so there's a natural affinity. When these two things meet each other, the heavy metal will stick inside and will not come out. • John Fredrick Templeman (02:46): • Once it holds onto that toxic metal. It's going to be there, and then the body eliminates the zeolite. The zeolite does not remain in the body, but it goes on through, carrying everything that it has picked up is then excreted. • Agnes Ostafin (03:00): • That's correct. The zeolite is not a digestible substance by itself because it's a mineral. Your body's enzymes are designed by evolution to only work on things like proteins and sugars and stuff that is digestible. So the zeolite will ultimately come out of your body carrying with it all the toxins that would normally have had a chance to stay in your body and create havoc with your biochemistry.
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