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Episode 4: Spoiled Rotten<br />
Dr. Leigh Erin Connealy: The mercury is from <strong>the</strong> environmental<br />
production whe<strong>the</strong>r <strong>the</strong>y’re mining in South Africa or <strong>the</strong>y are burning<br />
coal in China. There is mercury, and like I had mentioned before, <strong>the</strong>re’s<br />
50 professions that deal with mercury. In some kind of process of <strong>the</strong>ir<br />
job <strong>the</strong>y’re dealing with mercury. So mercury is everywhere. Arsenic, I<br />
mean Discover Magazine had <strong>the</strong> front cover, <strong>the</strong> metals in your food. I<br />
mean <strong>the</strong>re is no—<strong>the</strong> EPA says <strong>the</strong>re’s no safe level of any heavy<br />
metal in—toxic heavy metal in your body. Okay. So when <strong>the</strong>y put<br />
norms <strong>the</strong>re, okay, first of all, how do I know what’s normal for you.<br />
Okay. what may be normal for you maybe be terribly destructive to me.<br />
Ty: Because we’re individuals.<br />
Dr. Leigh Erin Connealy: We’re individuals and so I might not be able<br />
to handle one little anything of mercury and you might be able to—oh, I<br />
can handle this. I can manage it. But <strong>the</strong> EPA says, <strong>the</strong> Environmental<br />
Protection Agency says <strong>the</strong>re’s no safe level of <strong>the</strong>se metals—arsenic,<br />
mercury, aluminum, in your body. And so we have to eat foods that help<br />
us detoxify.<br />
Ty: What do we do [Mike], what are you doing now to prevent<br />
<strong>cancer</strong> from a dietary perspective<br />
Mike Adams: You’re <strong>the</strong> first person to have asked me this on camera<br />
and a lot of <strong>the</strong> research I’m going to cite here has just been completed.<br />
I’ve done extensive research on what’s called a metals capturing<br />
capacity of different types of foods. I call it <strong>the</strong> MCC where I test using a<br />
syn<strong>the</strong>tic gastric acid digestion simulator that I built in <strong>the</strong> lab, I test<br />
foods versus contaminants. And I find out how much of <strong>the</strong> contaminant<br />
gets bound to <strong>the</strong> food. And <strong>the</strong>reby carried out of your digestive tract as<br />
insoluble fiber ra<strong>the</strong>r than being absorbed through your intestinal walls<br />
and going into your blood. This is a key concept to understand to<br />
answer your question. Processed foods have very low capturing<br />
capacity because <strong>the</strong> fibers are typically processed out of <strong>the</strong>m. They’re<br />
also structurally compromised through processing. They’re de-natured<br />
in o<strong>the</strong>r words.<br />
Ty: Which makes <strong>the</strong>m “un-food.”<br />
Mike Adams: Un-food—so if you eat, let’s say, processed, a process<br />
food meal or a beverage that is contaminated with, let’s say, 10 ppm of<br />
mercury you’re likely to absorb <strong>the</strong> vast majority of that mercury through<br />
your intestinal walls that goes in your blood or it could be radioactive<br />
cesium-137, mercury, cesium, lead, cadmium, you name it.<br />
The Quest for The Cures Page 95