My Mercury Was at 73%.
Here's Why Chelation Alone Couldn't Clear It.

I Had Confirmed Mercury Toxicity. Four Rounds of Chelation Barely Moved It.

My father had amalgam dental fillings when I was growing up. Amalgam offgasses mercury vapor continuously — children in close proximity absorb it. I had likely been living with chronic mercury toxicity for most of my life without knowing it. By the time I tested, mercury was at 73% on BioCheck tissue analysis. Cadmium at 64%. Overall intoxication rated at 85% — bad.

I did what the functional medicine world recommends. IV chelation with glutathione pushes. Plasma exchange therapy. 10-pass ozone. EDTA supplementation. Pectin binders. Blood donations. Some things helped temporarily. Mercury barely moved. I kept spending money on the same category of solution and getting the same partial result.

What none of these interventions addressed — what I didn't understand until three independent tests revealed it — is that chelation can only mobilise heavy metals. Your body has to complete the clearance. And completing that clearance requires a functional glutathione system. Mine had completely collapsed.

Three tests showed me exactly why. Each one from a different methodology, each one pointing at the same upstream deficiency.

Full Heavy Metals Panel — BioCheck Pro Tissue Analysis

Not just mercury. Six metals reading above 33% — the threshold at which BioCheck flags accumulation as requiring correction. Cadmium at 64%, silver at 57%, aluminium at 53%, bismuth at 49%, barium at 45%, lead at 41%. Every one of them depends on a functional glutathione system for cellular clearance.

Trace Elements & Minerals Panel — BioCheck Pro

Iodine at −63% despite months of heavy supplementation. This is not a dosing problem — it is a utilization problem. The deiodinase enzymes that convert and transport iodine require selenium and sulfur as cofactors. Selenium was at −44%. The sulfur pathway had collapsed entirely. I was supplementing iodine into a system that had no enzymatic infrastructure to use it. Selenium, molybdenum and zinc all flagged low for the same upstream reason.

The glutathione system wasn't depleted by accident. It was depleted because the single mineral that feeds its production pathway was running critically low — and had been for years. Fix that first, and everything else — including chelation — finally has the infrastructure it needs to work.

Then I Found Out My Genetics Were Stacking the Deck

A DNA panel explained why every supplement and intervention had produced partial results. I wasn't just deficient — I was genetically predisposed to this exact pattern of deficiency, and had been my entire life without knowing it.

My Genetic Variants — SNP Nutrigenomics Panel

8 variants identified

Significant variants: SOD2 (mitochondrial antioxidant enzyme), FUT2 (B12 conversion), and four separate VDR variants (Apa1, Fok1, Bsm1, Taq1) — meaning the vitamin D receptor itself is compromised at four independent points. No amount of D3 supplementation fixes a broken receptor. Four years of consistent sun exposure, vitamin D still at 18% on tissue testing. Now I understand why.

Moderate variants: MTHFR A1298C slows the methylation pathway — forcing the sulfation pathway to carry more of the Phase II detox load, accelerating sulfur depletion. COMT slows catecholamine and estrogen clearance, which explains the elevated HVA/VMA ratio on my OAT and the hormonal balance reading of 32% bad.

SOD2 FUT2 VDR ×4 MTHFR A1298C COMT NQO1 PON1

My Genetic Panel Report — SNP Nutrigenomics

Six significant variants — FUT2, SOD2, and all four VDR receptors — plus MTHFR, PON1 and others in the moderate column. Each one compounding the same upstream sulfur and detox burden.

Estimates suggest 40–60% of the population carries at least one of these variants — most without ever being tested. Most treating symptoms of a root cause they don't know exists.

The ebook covers every one of these variants in plain language — what each one does, how it compounds the deficiency, and how the protocol is modified for each. Chapter 7 is dedicated entirely to the genetics layer. We'll also tell you exactly where to obtain this same test, what to do with the results, and how to read your own panel against the protocol modifications outlined in the book.