Biochemistry of copper.
Copper, as a component of numerous cuproenzymes, plays a vital role in many physiologic functions in man and animals. From the stand-point of human health there are at least three functional areas of prime importance. Copper is involved in the development and maintenance of cardiovascular and skeletal integrity, central nervous system structure and function, and erythropoietic function including iron metabolism. Although there is no evidence for widespread copper deficiency in the human population, it does occur, owing to genetic defects and other precipitating factors. A clear understanding of the functions of copper and its mechanisms of action could prove highly beneficial in the solution of present and unforeseen problems in medicine.
Biochemistry of copper. Copper, as a component of numerous cuproenzymes, plays a vital role in many physiologic functions in man and animals. From the stand-point of human health there are at least three functional areas of prime importance. Copper is involved in the development and maintenance of cardiovascular and skeletal integrity, central nervous system structure and function, and erythropoietic function including iron metabolism. Although there is no evidence for widespread copper deficiency in the human population, it does occur, owing to genetic defects and other precipitating factors. A clear understanding of the functions of copper and its mechanisms of action could prove highly beneficial in the solution of present and unforeseen problems in medicine.