Copper

Copper bracelets used to be a popular folk remedy for arthritis. This practice was deemed a fad and superstition but there may have been some validity to the treatment. Copper absorbed through the skin gets into the circulatory system very efficiently. The "patients" were getting an average of 13 milligrams of copper a month through the skin, or roughly the recommended daily intake of copper.1 Studies conducted in Australia have provided evidence that copper bracelets can reduce inflammation due to arthritis. Rheumatoid arthritis patients might be marginally deficient in copper and in one study, responded favorably to moderate dose supplementation. But the jury remains out on this because a study of children with juvenile chronic arthritis found that these children had higher than normal serum copper levels.2

Copper is an essential trace mineral that appears in high concentrations in brain and liver tissues. It is involved in a variety of enzyme reactions and is especially important to the function of lysyl oxidase and superoxide dismutase. Lysyl oxidase is responsible for the crosslinking of collagen and elastin. Superoxide dismutase (SOD) is the antioxidant in charge of breaking down the superoxide free radical.

Deficiencies can cause a variety of maladies. Since copper is necessary for the proper absorption and use of iron, deficiencies are common in iron-deficiency anemia. Deficiencies are likely to lead to ruptured blood vessels, osteoporosis, and bone and joint problems. Other problems associated with copper deficiency include brain impairment, increased lipid peroxidation, increased LDL and decreased HDL cholesterol, and hindered immune function.

Copper supplements have been considered as a preventive measure against heart disease. A 1987 report links copper deficiency to an increased risk of atherosclerosis, aortic aneurysm, and increased cholesterol. 3 One animal study found that copper deficiency might impair immunity and increase the risk for and prolong the duration of infections, but further research is needed to confirm those results.4 Possible deficiency may develop in those consuming vegetarian diets high in cereals, legumes, and vegetables containing numerous substances that alter absorption of trace minerals, including copper.


Available as:


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Miscellaneous information:


UNPROVED SPECULATED SYMPTOMS

LAB TESTS TO DETECT DEFICIENCY :


Optimal Levels

Minimum Dosage

Recommended Dietary Allowance (RDA):

No RDA has been established. Estimated safe intake given below. Copper is an emetic. A dose of 10 mg will cause nausea. A dose of 60 mg will cause vomiting.

Age

Estimated Safe Intake

0-6 months 0.5-0.7mg
6-12 months 0.7-1.0mg
1-3 years 1.0-1.5mg
4-6 years 1.5-2.0mg
7-10 years 2.0-2.5mg
11+ years 2.0-3.0mg

Don't take if you:

Consult your doctor if you:

Over age 55:

Pregnancy:

Breast feeding:

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OVERDOSE/TOXICITY

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ADVERSE REACTIONS OR SIDE EFFECTS

INTERACTION WITH OTHER SUBSTANCES

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COMBINED EFFECT

Cadimium Can interfere with copper absorportion and utilization
Fiber Can interfere with copper absorportion and utilization
Molybdenum Maintains appropriate ratio of copper to molydenu, in body. If you have excessive amounts of copper your molybdenum level drops. If you have molybdenum, your copper level drops.
Iron Decreases copper absorption
Phytates (cereals, vegetables) Can interfere with copper absorportion and utilization
Vitamin C Decreases absorption of copper. Large dose of Vitamin C must be to produce this effect.
Zinc Can interfere with copper absorportion and utilization
Eggs yolks and high sugar intake Inhibits copper absorption.1

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