Chelation
Binding and removing toxic metals. Chelation therapy uses agents that grab heavy metals and escort them out of the body. When done properly, it can be transformative. Done incorrectly, it can redistribute metals and cause harm. Understanding protocols, timing, and support is essential.
Chelating Agents
DMSA
Oral chelator. Mercury, lead, arsenic. 3-4 hour half-life. FDA approved.
DMPS
Stronger for mercury. IV or oral. 8-hour half-life. Common in Europe.
ALA (Alpha Lipoic Acid)
Crosses blood-brain barrier. Mercury from brain. 3-hour half-life. Cutler protocol.
EDTA
Lead, calcium-based deposits. IV typically. Cardiovascular uses.
Chlorella
Natural binder. Gentler. GI tract binding. Supportive role.
Cilantro
Mobilizes metals. Must use with binder or can redistribute. Controversial solo.
Protocol Principles
Respect Half-Life
Dose round the clock per half-life. Prevents redistribution. Critical for ALA.
Start Low
Begin with low doses. Assess tolerance. Increase gradually. No rushing.
Round Structure
On for days, off for days. Allows kidney recovery. Cutler: 3 days on, 4+ off.
Mineral Replacement
Chelators grab good minerals too. Zinc, magnesium, copper. Replace away from doses.
Support Pathways
Liver, kidney, gut must handle excretion. Binders help. Stay hydrated.
Patience
Months to years of gentle chelation. Not a quick fix. Slow and steady wins.
Cautions & Contraindications
Amalgam Fillings
Remove before ALA chelation. ALA can pull mercury from fillings into body.
Redistribution
Improper dosing redistributes metals. Worse symptoms. Respect protocols.
Kidney Function
Kidneys excrete metals. Must have adequate function. Monitor labs.
IV Chelation Risks
Aggressive IV can cause mineral crashes. Cardiac effects. Must monitor.