Chelation therapy for heavy metal poisoning
The environment constantly exposes us, in various forms, to heavy metals. Today, it is not possible to exclude these substances from our context, but we must consider that this exposure may have contraindications. Some particularly dangerous situations can expose us to high quantities of heavy metals, requiring immediate medical intervention. The risk of acute heavy metal poisoning is mainly linked to environmental circumstances, often resulting from particular work contexts, while poisoning through food is rarer.
In general, metals such as lead, mercury, arsenic and cadmium, if accumulated in the body, can cause irreversible organic damage. Chelation therapy offers an effective solution to reduce toxicity levels and protect health.
24-01-2025
Which are heavy metals and why are they dangerous?
Heavy metals are natural elements that we meet daily. However, excessive or prolonged exposure, determined by unhealthy environmental situations, can cause serious health damage because, once these particles enter the body, they tend to accumulate in tissues without being eliminated, interfering with normal cellular functions. For example, lead causes neurological damage, especially in children, mercury can cause cognitive problems and kidney damage, exposure to large amounts of arsenic is associated with cardiovascular diseases and cancer, while cadmium can cause kidney damage and bone fragility.
How chelation therapy works
Chelation therapy uses special chemical agents that bond with metal ions present in the body to form stable complexes that can be filtered by the kidneys to be eliminated. Chelants, this is the name of the agents, can be administered both intravenously and orally, depending on the patient's needs and the characteristics of the intoxication.
The most common chelating agents are EDTA (Ethylenediaminetetraacetic Acid), DMSA (Dimercaptosuccinic Acid), and DMPS (2,3-Dimercapto-1-Propanesulfonic Acid), each with specific indications to be evaluated based on the individual case. Chelating agents are able to create bonds with ions of lead, mercury, arsenic, aluminum, cadmium and other potentially dangerous metals.
Uses of chelation therapy
In addition to being the reference therapy in cases of acute heavy metal poisoning, chelation therapy is now being studied in the treatment of cardiovascular and neurodegenerative diseases. Recent studies (for example, the TACT - Trial to Assess Chelation Therapy) have demonstrated the potential of using EDTA in removing calcium deposits in the arteries, showing improvements in patients with cardiovascular diseases. Chelation processes, by lowering exposure to heavy metals, seem to have positive effects also on the prevention and treatment of diseases such as Alzheimer's and Parkinson's.
Benefits and risks of chelation therapy
Chelation therapy is effective in eliminating metals from the body, preventing chronic damage to organs such as the brain, kidneys and heart. The lower amount of metals in the body improves cognitive symptoms and reduces oxidative stress, since the presence of metal ions promotes the formation of free radicals. However, like all medical treatments, chelation therapy is not without risks: chelating agents, in fact, do not only bind to potentially toxic metals but also to precious minerals such as calcium, zinc and magnesium. This is why it’s always necessary for the therapy to be performed professionally, following appropriate times and methods to ensure maximum safety of the treatment. In addition to this, adverse reactions may include, in particular, nausea and vomiting.
Studio Bonaccorso: specialists in chelation therapy
At Studio Bonaccorso, chelation therapy is performed with care and professionalism, ensuring maximum safety for patients. Our team uses advanced technologies and a personalized approach to effectively manage cases of heavy metal poisoning.
For more information or to book a consultation, browse our website or contact one of our offices in Milan or Rome.
Studio Bonaccorso is available
to answer all questions.
Studio Bonaccorso is available to answer all questions.
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Let's see, then, how the therapy works and when it can be used.
Uses and functions of chelation therapy
Chelation therapy is a medical treatment used to lower the amounts of metals in the body, particularly lead, mercury, arsenic and cadmium. Initially developed in the 1940s, this technique has proven to be essential in managing acute metal poisoning and, subsequently, in treating cardiovascular and neurodegenerative diseases.
Let's explore how it works and which are the risks and the benefits associated with the therapy.
Let's explore how it works and which are the risks and the benefits associated with the therapy.
Neural therapy for headaches and migraines: an innovative approach
Neural therapy is a medical treatment that, through the injection of highly diluted anesthetic substances such as procaine or lidocaine, modulates the activity of the autonomic nervous system to alleviate pain conditions. The goal is to restore the functional balance of the body, offering pain relief even in case of chronic and disabling conditions. Among the disorders that can be treated with neural therapy are chronic and recurrent forms of headaches and migraines.
Neural Therapy: an innovative approach to chronic pain treatment
Neural therapy is a medical treatment that, adopting a functionalist approach, alleviates chronic and acute pain by leveraging the ability of anesthetics such as procaine and lidocaine to trigger tissue regenerative processes. The therapy targets the short circuits that can occur in the nervous system's stimuli mechanisms to initiate cellular renewal that restabilizes the functionality of the apparatus and eliminates the dysfunction causing pain.
Let's see, then, how the therapy works and when it can be used.
Uses and functions of chelation therapy
Chelation therapy is a medical treatment used to lower the amounts of metals in the body, particularly lead, mercury, arsenic and cadmium. Initially developed in the 1940s, this technique has proven to be essential in managing acute metal poisoning and, subsequently, in treating cardiovascular and neurodegenerative diseases.
Let's explore how it works and which are the risks and the benefits associated with the therapy.
Let's explore how it works and which are the risks and the benefits associated with the therapy.
