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The mineral salts used in AB Extra Bonecare+ have been specially formulated based on their ability to be absorbed, to maximise absorption and bone mineralisation. Being a source of highly absorbable minerals, AB Extra Bonecare+ is formulated to aid in the prevention of calcium deficiencies and assist in the prevention and treatment of osteoporosis. AB Extra Bonecare+ is beneficial to pre-, peri- and post-menopausal women due to increased calcium requirements.
Calcium
Calcium is essential for the development and maintenance of bone structure and strength, as well as playing a key role in numerous other bodily functions including blood clotting, nerve transmission, muscle stimulation and the metabolism of vitamin D. Insufficient calcium intake can reduce peak bone mass and enhance age-associated bone loss. Clinical studies have shown that calcium supplementation can reduce bone loss in post-menopausal women.
The three forms of calcium used in AB Extra Bonecare+ have been selected because of their high absorption and their unique roles. Bone calcium is included in the form of calcium phosphate. Calcium citrate is regarded by many orthomolecular-oriented physicians as the best form of supplemental calcium available, and is significantly better absorbed than the more standard calcium carbonate.
Magnesium
Essential for bone, protein and fatty acid formation, magnesium supplementation is important in the treatment and prevention of calcium deficiency. Adequate magnesium is critical for vitamin D to be converted to its active metabolite in order to assist with calcium absorption. Maximising calcium absorption is particularly important in older people as peri- and post-menopausal women and older men absorb only about 7% of the dietary calcium they consume.
Both the oxide and phosphate salts of magnesium are regarded as the most absorbable for healthy bones.
Zinc
Zinc is responsible for stimulating bone formation and inhibiting bone resorption. Elderly people are more prone to zinc deficiency, which may lead to impaired bone growth, resulting in osteoporosis. Zinc amino acid chelate is particularly effective at facilitating zinc absorption.
Manganese
Manganese is a trace element that naturally occurs in some foods and is an important co-factor in the biochemical reactions by which joint tissues are made. Manganese is necessary for bone mineralisation and for the synthesis of connective tissue in the form of cartilage and bone. Low manganese levels may lead to decreased bone density, and resultant bone fractures. Manganese is thererfore beneficial for the treatment of osteoporosis, having the ability to enhance bone growth and repair by stimulating bone building and suppressing bone resorption.
Vitamin C
Vitamin C reduces the risk of osteoporosis due to its role in the production of collagen, an important structural component of bones. When used consistently over time, vitamin C may increase bone density and mineralisation.
Vitamin D
Vitamin D stimulates the formation and growth of bones by activating bone development. It further maintains calcium absorption and slows resorption. Recent studies have shown that a significant number of older people are deficient in vitamin D, while supplementing with this vitamin represents an effective strategy for the prevention of osteoporosis. Research has also shown that sufferers of low back pain and osteoarthritis are more likely to have low serum levels of vitamin D, while vitamin supplementation may provide positive results.
Folic Acid
Low folic acid levels are generally associated with an increased risk of osteoporosis. Folic acid is also essential for the production and ongoing patency of red blood cells, as well as being important for the maintenance of a healthy nervous system.
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