Copper Bisglycinate

Copper, an essential trace mineral in the body, supports optimal health in a variety of body systems, from blood vessels and connective tissue structure to neurological function.*  

Thorne Copper Bisglycinate provides this essential trace mineral in a chelated form for optimal solubility and absorption into the blood stream.* 

Zinc, another trace mineral, competes with copper for absorption, and higher amounts of supplemental zinc can put a person at risk for copper deficiency. Individuals who take a zinc supplement can ensure proper mineral balance with Copper Bisglycinate. 

Benefits of Thorne Copper Bisglycinate

• Supports the health of bones and connective tissue* 
• Enhances the antioxidant enzyme superoxide dismutase to benefit immune function and red blood cell health* 
• Benefits blood vessel strength* 
• Supports neurological health and nerve function* 
• Supports optimal skin health* 
• Benefits cellular energy production* 

Features of Thorne Copper Bisglycinate

• Optimally absorbed form of copper
• Fully chelated for improved solubility and absorption
• Each capsule provides a dose of 2 mg copper
• Easy-to-take daily serving protocol 

Who can benefit from Thorne Copper Bisglycinate

• Those taking high amounts of zinc and looking for mineral balance
• Individuals who don’t consumer enough dietary sources of copper 

Tested for quality you can trust 

This product has been third-party tested and certified to verify what's in the package matches what's on the label and to confirm it contains no unsafe levels of contaminants, such as heavy metals, pesticides, and microorganisms. 

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Suggested Use:

Take 1 capsule one to three times daily or as recommended by your health-care practitioner.

Warnings:

ALLERGY WARNING

This product is contraindicated in an individual with a history of hypersensitivity to any of its ingredients.

PREGNANCY

If pregnant, consult your health-care practitioner before using this product.

INTERACTIONS

There are no known adverse interactions or contraindications at publication date.