Multi-mineral supplement for improved bone density

Abstract

Compositions and methods are provided in which magnesium, copper, zinc, and strontium are provided to enhance osteogenesis, improve bone growth, and / or improve bone density. Magnesium, copper, zinc, and strontium are provided in a defined molar ratio providing synergistic effects that permit the use of small amounts of individual metal species, and without the need for supplemental calcium.

Description

Technical field [0001] The field of the present invention is mineral supplements that can be used to improve bone density and / or osteogenesis, particularly mineral supplements containing two or more minerals. Background technique [0002] As the population ages, medical diseases related to bone growth and development, such as osteoporosis, contribute more and more to the cost of medical care. Although some drug therapies have been developed to address this disease, these drug approaches may have disadvantages. For example, hormone replacement therapy can effectively prevent the occurrence of osteoporosis in menopausal women, but it can increase the risk of certain cancers. More targeted compounds (such as bisphosphonates that inhibit bone resorption) have been developed, but they have been associated with hip and thigh fractures. As a result, many researchers have sought simpler methods, such as supplementing minerals. [0003] So far, calcium supplementation is the most common ...

AI Technical Summary

Problems solved by technology

However, it is unclear whether such methods can provide sufficient control over the amount of metal provided to avoid the release of toxic and / or cytotoxic amounts

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