br br Many people who have used chelation therapy regularly feel that it helps them remain more energetic and immune to common illnesses, environmental toxins and stress. Studies show that chelation is scientifically proven to rid the body of excess or toxic metals, especially certain kinds like lead or mercury that can lead to poisoning. The U.S. Food and Drug Administration has approved the use of chelation therapy with EDTA for treating lead poisoning and continues to investigate its potential and safety as a new drug for reducing coronary heart disease symptoms. br br EDTA is a type of man-made synthetic amino acid. As an alternative, some practictioners also use another substance in EDTA’s place called DMPS (2,3-Dimercapto-1-propanesulfonic acid), which works similarly. EDTA chelation therapy works by binding salts to molecules in the blood once EDTA is administered into someone’s veins. After EDTA attaches to heavy metals, together they both move to the kidneys where they are eliminated from the body through urine. br br It’s possible that “chelating agents” like EDTA and DMPS can help detoxify the body of toxic elements that contribute to many types of chronic diseases. Chelating agents have specific bonds that form between organic molecules and metals. This gives them the ability to “bind” to metals that build up in the blood, major organs and blood vessels. br br Some chelating agents, including peptides like glutathione and metallothionein, have been well-researched and proven to transport and excrete toxins from the body, all without the need for expensive surgeries and risky medications. br br The biggest benefit of chelation therapy is controlling levels of various environmental metals. Metals, including lead, mercury, aluminum and arsenic, can cause short- and long-term health consequences since they impact functions of the central nervous, cardiovascular, immune and skeletal systems. When the body is out of homeostasis due to experiencing imbalances in minerals, malfunction and damage to vital organs can develop.