Remove What Is Destroying You From the Inside. Detoxify. Restore. Protect Your Heart and Brain.

Heavy metals and mineral deposits accumulate silently in your body over decades — damaging blood vessels, disrupting hormones, impairing brain function, and accelerating cardiovascular disease long before symptoms appear. Chelation IV therapy is one of medicine's most powerful and time-tested detoxification tools, used for over 70 years to bind and eliminate these toxic burdens from the body. At Forever Young BHRT in Oakland Park, FL, we deliver physician-supervised chelation protocols that go beyond detoxification — protecting your cardiovascular system, restoring cellular function, and supporting your long-term health and longevity.

Chelation therapy derives its name from the Greek word chele — meaning claw. It describes the process by which a chelating agent binds to heavy metals and excess mineral deposits in the bloodstream and tissues, forming stable complexes that are then safely eliminated through the kidneys and urine.
The most commonly used chelating agents in clinical medicine include:

    EDTA (Ethylene Diamine Tetraacetic Acid) — the gold standard for cardiovascular chelation and the most extensively studied chelating agent in medicine. EDTA binds lead, cadmium, mercury, arsenic, aluminum, and calcium deposits in arterial plaque
    DMPS (2,3-Dimercapto-1-propanesulfonic acid) — highly effective for mercury and arsenic removal, particularly useful in patients with documented mercury toxicity from dental amalgams or seafood exposure
    DMSA (Dimercaptosuccinic acid) — effective for lead, mercury, and arsenic; available in both oral and IV forms
    Calcium EDTA — specifically targets lead and cadmium with a high affinity; often used as an initial chelating agent in heavy metal detoxification protocols

Chelation therapy has been used in conventional medicine since the 1950s — initially for lead poisoning treatment and later extensively studied for cardiovascular applications. Today it is one of the most evidence-supported integrative medical interventions available, with the landmark TACT (Trial to Assess Chelation Therapy) study — a $30 million NIH-funded randomized controlled trial — demonstrating a significant reduction in cardiovascular events in post-heart attack patients who received EDTA chelation therapy.

Most people significantly underestimate their lifetime toxic metal exposure. In South Florida — with its historical industrial activity, aging infrastructure, high seafood consumption, and environmental exposures — heavy metal accumulation is a particularly relevant health concern.
Common sources of heavy metal exposure include:
Lead

    Pre-1978 lead paint in older buildings and homes
    Contaminated tap water from aging lead pipes and solder
    Imported ceramics, toys, and certain cosmetics
    Occupational exposure in construction, manufacturing, and military service
    Historical leaded gasoline exposure

Mercury

    High-mercury seafood: tuna, swordfish, shark, king mackerel, tilefish
    Dental amalgam fillings (approximately 50% elemental mercury)
    Occupational exposure in dental, medical, and laboratory settings
    Industrial emissions and coal-fired power plants
    Certain vaccines and pharmaceutical preservatives (thimerosal)

Cadmium

    Cigarette smoke — one of the most concentrated sources of cadmium exposure
    Phosphate fertilizers and contaminated agricultural soil
    Certain foods: shellfish, organ meats, leafy vegetables grown in contaminated soil
    Occupational exposure in battery manufacturing and welding

Arsenic

    Contaminated well water — particularly relevant in Florida's aquifer system
    Rice and rice-based products
    Poultry raised with arsenic-containing feed additives
    Pressure-treated wood (CCA) in older outdoor structures
    Certain herbicides and pesticides

Aluminum

    Cookware, foil, and food packaging
    Antacids and buffered aspirin
    Certain vaccines (adjuvant)
    Processed foods and baking powder
    Antiperspirant deodorants
    Municipal drinking water treatment

The cumulative health consequences of chronic heavy metal burden include:

    Endothelial damage and accelerated atherosclerosis
    Hypertension and increased cardiovascular event risk
    Neurological dysfunction, cognitive decline, and increased Alzheimer's risk
    Hormonal disruption — heavy metals interfere with estrogen, testosterone, thyroid, and adrenal hormone receptors
    Mitochondrial dysfunction and chronic fatigue
    Immune system dysregulation
    Kidney damage and impaired detoxification capacity
    Increased cancer risk through DNA damage and oxidative stress
    Peripheral neuropathy and chronic pain syndromes

Step 1 — IV Administration of the Chelating Agent
The chelating agent — most commonly disodium EDTA or calcium EDTA — is administered intravenously, diluted in a sterile saline or dextrose solution. The infusion is delivered slowly over 1.5 to 3 hours depending on the agent, dose, and individual patient factors.
Step 2 — Binding of Heavy Metals & Mineral Deposits
Once in the bloodstream, the chelating agent circulates throughout the body, binding to heavy metal ions and calcium deposits embedded in arterial walls, tissues, and organs. EDTA has a particularly high affinity for lead, cadmium, and calcium — the key components of arterial plaque and calcified deposits.
Step 3 — Formation of Stable Metal Complexes
The chelating agent forms tight, stable complexes with the bound metal ions — rendering them chemically inert and preventing them from exerting further biological damage.
Step 4 — Renal Elimination
The metal-chelate complexes are water-soluble and are filtered by the kidneys, passing safely into the urine for elimination from the body. This is why adequate kidney function and hydration are essential components of safe chelation therapy.
Step 5 — Systemic Restoration
As heavy metals and calcium deposits are progressively removed across a series of treatments, the downstream effects become apparent — improved arterial flexibility, reduced oxidative stress, enhanced mitochondrial function, restored hormonal signaling, and improved circulation throughout the body.

The most significant and well-documented application of chelation therapy — beyond acute heavy metal poisoning — is cardiovascular disease prevention and treatment. This is supported by the largest and most rigorous clinical trial ever conducted on chelation: 

The TACT Study (Trial to Assess Chelation Therapy)
Published in the Journal of the American Medical Association (JAMA) in 2013 and followed by TACT2, this landmark NIH-funded, double-blind, placebo-controlled trial enrolled 1,708 post-heart attack patients and demonstrated:

    A 26% reduction in the combined endpoint of cardiovascular events (heart attack, stroke, hospitalization for angina, coronary revascularization, and death) in patients receiving EDTA chelation
    A 39% reduction in cardiovascular events in the diabetic subgroup — one of the most striking results in cardiovascular medicine
    Significant reduction in all-cause mortality in the diabetic subgroup
    A favorable safety profile with no significant difference in serious adverse events between chelation and placebo groups

These findings — from an NIH-funded randomized controlled trial — established EDTA chelation as a legitimate and evidence-supported intervention for cardiovascular risk reduction, particularly in patients with diabetes and prior myocardial infarction.

How Chelation Protects the Cardiovascular System
Arterial Calcification Reduction EDTA binds and removes calcium deposits embedded in arterial plaque — improving arterial wall flexibility, reducing plaque burden, and restoring healthier blood flow dynamics.
Endothelial Function Restoration Heavy metals — particularly lead and cadmium — are directly toxic to vascular endothelial cells, impairing their ability to produce nitric oxide and regulate vascular tone. Removing these metals restores endothelial function and arterial responsiveness.
Oxidative Stress Reduction Heavy metals are powerful catalysts of oxidative stress, generating free radicals that oxidize LDL cholesterol (the key step in atherosclerotic plaque formation) and damage arterial walls. Chelation removes these catalysts, dramatically reducing vascular oxidative stress.
Blood Viscosity Improvement EDTA chelation has been shown to improve blood viscosity and red blood cell flexibility — enhancing microcirculation and oxygen delivery to tissues throughout the body.
Platelet Aggregation Reduction By removing calcium and heavy metals that promote platelet clumping, chelation therapy reduces the risk of abnormal blood clot formation — a key mechanism of heart attack and stroke.

At Forever Young BHRT, we use chelation therapy as part of individualized protocols to address a wide range of conditions:
Cardiovascular Disease & Prevention

    Atherosclerosis and arterial plaque reduction
    Coronary artery disease and angina management
    Post-heart attack cardiovascular risk reduction
    Peripheral artery disease (PAD) and claudication
    Hypertension associated with heavy metal burden
    Carotid artery disease and stroke risk reduction
    Prevention of cardiovascular disease in high-risk patients

Heavy Metal Toxicity & Detoxification

    Lead toxicity — occupational, environmental, or historical exposure
    Mercury toxicity — amalgam dental fillings, seafood, or occupational exposure
    Cadmium toxicity — smoking-related or occupational
    Arsenic toxicity — water or dietary exposure
    Aluminum accumulation
    Mixed heavy metal burden

Neurological & Cognitive Health

    Cognitive decline and memory impairment associated with heavy metal burden
    Brain fog and concentration difficulties
    Heavy metal-related neuropathy
    Alzheimer's disease risk reduction through metal burden reduction
    Parkinson's disease — emerging research on metal-related neurodegeneration
    Post-concussion recovery support

Metabolic & Hormonal Health

    Insulin resistance driven by heavy metal-induced mitochondrial dysfunction
    Thyroid dysfunction associated with heavy metal interference at receptor sites
    Testosterone and estrogen disruption from endocrine-disrupting metals
    Metabolic syndrome with suspected environmental toxin component
    Diabetic cardiovascular risk reduction (consistent with TACT trial findings)

Kidney & Liver Detoxification Support

    Reduction of heavy metal burden on renal tubular cells
    Support for liver detoxification pathways
    Improvement of overall detoxification organ function

Anti-Aging & Longevity

    Reduction of metal-catalyzed oxidative stress driving cellular aging
    Mitochondrial function restoration
    Systemic inflammation reduction
    Improved circulation and tissue oxygenation
    Enhanced hormonal signaling through removal of endocrine-disrupting metals
    Comprehensive biological age reduction protocol

At Forever Young BHRT, we tailor every chelation protocol to your specific heavy metal burden, cardiovascular risk profile, kidney function, and health goals:

Disodium EDTA Cardiovascular Protocol
The primary protocol for patients with cardiovascular disease, arterial calcification, or cardiovascular risk reduction goals. Disodium EDTA has the highest affinity for calcium deposits in arterial plaque and is the agent used in the landmark TACT clinical trial. Standard cardiovascular protocols involve 20–40 infusions, typically administered weekly or twice weekly, with a maintenance phase thereafter.

Maintenance & Prevention Protocol
For patients who have completed an initial chelation series and want to maintain their results through periodic ongoing infusions. Maintenance protocols typically involve monthly or quarterly infusions alongside nutritional support.

Because chelating agents bind not only toxic metals but also beneficial minerals — including zinc, copper, magnesium, and manganese — nutritional replenishment is an essential and non-negotiable component of every chelation protocol at Forever Young BHRT.
We provide comprehensive mineral and micronutrient support including:

    Zinc — critical for immune function, hormone production, and antioxidant enzyme activity
    Magnesium — essential for cardiovascular function, muscle health, and over 300 enzymatic reactions
    Copper — required for collagen synthesis, iron metabolism, and neurological function
    Manganese — cofactor for antioxidant superoxide dismutase (SOD)
    Selenium — essential for thyroid function, glutathione production, and antioxidant defense
    B-Complex Vitamins — for energy metabolism, neurological health, and methylation support
    Vitamin C — amplifies chelation's antioxidant effects and supports collagen synthesis during repair

Nutritional supplementation is scheduled between chelation sessions — not concurrent with infusions — to avoid interference with the chelating agent's binding activity.

How many chelation infusions will I need?
 This depends entirely on your heavy metal burden and clinical goals. Cardiovascular protocols typically involve 20–40 infusions administered weekly or twice weekly. Heavy metal detoxification protocols are designed around your specific metals and burden level — some patients achieve significant clearance in 10–15 sessions while others with higher burdens require longer courses. Post-protocol testing guides the endpoint.

How will I know if chelation is working? 
We measure your progress objectively through repeat urine provocation testing and blood metal panels, alongside clinical assessment of symptoms and cardiovascular markers. Many patients also notice subjective improvements — better energy, sharper cognition, improved circulation, and reduced blood pressure — during or after their infusion series.

Can I continue my medications during chelation therapy?
 In most cases, yes. We conduct a thorough medication review during your consultation. Chelation can affect the absorption and metabolism of certain medications, and timing adjustments may be recommended. We work collaboratively with your primary care physician or cardiologist throughout your protocol.

Does chelation therapy remove beneficial minerals as well as toxic metals? 
Yes — EDTA and other chelating agents bind beneficial minerals alongside toxic ones. This is precisely why comprehensive mineral monitoring and active nutritional replenishment between sessions is a mandatory and non-negotiable component of our protocols. Managed correctly, mineral depletion is not a significant clinical concern.

Is chelation therapy the same as a detox cleanse? 
No — chelation therapy is a pharmaceutical-grade medical intervention that physically binds and removes specific heavy metal ions from the bloodstream and tissues through a documented biochemical mechanism. It is categorically different from dietary cleanses or commercial detox supplements, which have no equivalent mechanism or clinical evidence for heavy metal removal.

Can chelation therapy help with Alzheimer's disease? 
Emerging research supports a significant association between heavy metal accumulation — particularly aluminum, lead, and mercury — and Alzheimer's disease pathology. While chelation is not an approved treatment for Alzheimer's, reducing the heavy metal burden that contributes to neuroinflammation and oxidative stress in the brain is a rational and evidence-informed component of a comprehensive cognitive health strategy.

Is chelation therapy covered by insurance? 
Chelation therapy is covered by standard health insurance for acute heavy metal poisoning. For cardiovascular indications and integrative protocols, coverage varies significantly by insurer. We are a private-pay clinic and many patients use HSA or FSA funds. Contact us for current pricing and protocol package options.

Heavy metals accumulate quietly over a lifetime — in your arteries, your brain, your hormonal glands, and your mitochondria — exerting a slow, relentless biological toll that conventional medicine rarely identifies and almost never addresses.
Chelation IV therapy gives you a proven, physician-supervised pathway to remove that burden — restoring the vascular integrity, hormonal clarity, cellular energy, and neurological function that toxic metal accumulation has been quietly eroding.

At Forever Young BHRT, we combine the science and safety of medically supervised chelation with the personalized, integrated care your long-term health deserves.

📍 4101 N Andrews Ave, Suite 302, Oakland Park, FL 33309 
📞 954-361-6067 📧 [email protected]