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Chapter 6. Step Two, Part One<br />

Optimizing the Methylation Cycle<br />

Once you get the test results, you will most likely wish to move ahead with<br />

this program. However, before you begin to implement the suggestions<br />

in this chapter, I want to alert you to two things. First, it’s important<br />

to implement suggestions in the correct sequence. Second, since detoxification<br />

can be very stressful on the body, I always advise people to take sufficient time<br />

doing the Step One recommendations before they progress to Step Two. In addition,<br />

Step One supports can and should be continued as you move ahead with<br />

the program for as long as needed. For some, that will be for quite some time,<br />

even lifelong. For others, once the major detoxification has successfully restored<br />

function, a gradual step-down in supports, with your practitioner’s guidance,<br />

may be possible. However, although the goal of the detox portion of the program<br />

is to reduce the current toxic burden, please keep in mind that there is no way<br />

to permanently eliminate all future toxic environmental exposures. To maintain<br />

health, those with vulnerable genetics may need to support their methylation<br />

cycle and some of their organs lifelong.<br />

Understanding Detoxification<br />

In Step Two, you will restore methylation function and thus promote detoxification.<br />

Since improved methylation prompts the body to excrete accumulated<br />

virus, metals, and bacteria, it’s important to understand that the body’s natural<br />

process of detoxification differs from the kind of excretion that results from chelation<br />

therapy.<br />

To understand the distinction, picture a revolving door (the kind you might see<br />

in an office building or hotel.) In our bodies, toxins come in and go out, just as<br />

people come and go through the revolving doors. This is an ongoing process<br />

throughout our lives, which helps us survive in a toxin-filled world. However,<br />

for those with methylation cycle mutations, the revolving door does not work<br />

so well. Toxins come in, but they don’t go out easily. Instead, they accumulate.<br />

Autism: Pathways to Recovery<br />

117

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