Current possibilities of chelation therapy

EDTA Chelation Therapy

This study measured excretion of 11 minerals induced by EDTA chelation therapy in 25 adults (aluminum, cadmium, calcium, chromium, copper, iron, lead, magnesium, manganese, mercury, zinc). We administered 20 EDTA infusions (3 g, with magnesium and ascorbate) 1 to 2 weeks apart and measured 24-hr urinary excretions of minerals before treatment and after treatments 1, 10, and 20. A modest supplem...

Transfusion Iron Chelation Therapy

As a unique electron donor and acceptor, iron is an essential element in most biological systems. However, its chemical reactivity can result in iron potentially becoming a toxin when present in excessive quantities; accordingly, total body iron must be tightly regulated. As humans have no physiological mechanism for the elimination of excess iron, body iron is controlled mainly by the degree o...

Applications Of EDTA Chelation Therapy

Ethylenediamine tetraacetic acid, or EDTA, is a synthetic amino acid approved by the FDA for the removal of toxic metal ions such as lead. EDTA is used in isolation for heavy metal poisoning; however, the vast majority of practitioners who offer intravenous EDTA treatments utilize it as a part of a comprehensive therapy program for treating atherosclerosis and other chronic degenerative disease...

Benefits of EDTA Chelation Therapy

Chelation of toxic metals: current interests.

Chelation therapy has long been regarded as a suitable approach to the therapeutic and even prophylactic removal of potentially toxic metals from body tissues. And there have been apparent successes in some areas, but there are also needs for a better understanding of the underlying pharmacology and for the development of safer and more effective agents. There are currently three areas of inter...