Chelation therapy is believed to have excellent results in controlling and ridding the body of problems caused by heavy metals and harmful toxins. Heavy metals and toxins can accumulate in the human body and if left unattended for long periods of time, they can cause damage to various organs and systems. This type of therapy has been around and used for years to treat a variety of diseases and illnesses.
What is chelation therapy Treatment
Chelation is the process used for the removal of toxins and heavy metals from the body. It uses ethylene diamine tetraacetic acid amino acetic acid (EDTA) as the main chelating agent. This process was first used as a treatment against heavy metal poisoning in the 1900s and has since been used to treat a variety of disorders and diseases. The positive effects of EDTA in Heavy metal chelation are supported by studies, one of which was conducted by the National Academy of / National Science Research Council in the 1960s.
How Chelation Works
The chelating agent used in chelation therapy is known to attach to toxins and heavy metals that have accumulated in the body. Once the chelating agent itself is attached, a signal is sent to the immune system and the chelating agent is considered a “foreign body”. The immune system will then ensure that its enzymes attack the “foreign body”, destroying toxins and heavy metals in the process. Toxins and heavy metals are then removed from the body by the kidneys.
Types of chelation therapy
Chelation is classified into two types, oral chelation therapy and intravenous chelation therapy. Oral chelation therapy is administered orally. It mainly uses EDTA as a chelating agent and usually comes in tablet form. An intravenous chelator treatment, on the other hand, is administered by injection. EDTA is also the most commonly used chelating agent in this process. The chelating agent is administered into the bloodstream and is believed to produce better effects than oral chelation.
Controversy over chelation
Although chelation therapy has been used for years, there is still much controversy as to its effectiveness. The chelating agent used in this process is intended to bind not only to toxins and heavy metals, but also to important elements in the body such as calcium and proteins. Because of this connection, it is possible that these elements can also be removed from the body, leading to the absence of these minerals from the body. In the process, adverse health problems can occur.