Bone Mineral Density

   

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    Scientific Information on Bone Mineral Density

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    The Human Effect Matrix looks at human studies (excluding animal/petri-dish studies) to tell you what what supplements affect Bone Mineral Density
    GradeLevel of Evidence
    ARobust research conducted with repeated double blind clinical trials
    BMultiple studies where at least two are double-blind and placebo controlled
    CSingle double blind study or multiple cohort studies
    DUncontrolled or observational studies only
    Level of Evidence
    SupplementChange
    Magnitude of Effect Size
    Scientific ConsensusComments
    BDehydroepiandrosterone

    Most evidence suggests no increase in bone mineral density, but this may be due to short trials (6 months). Longer trials note a small but unreliable increase in bone mineral... show

    CCreatine

    Minor

    Limited evidence in favor of improvements in bone mineral density with creatine supplementation

    CVitamin C

    Minor

    The rate of bone mineral density loss over time in elder women appears to be reduced with dietary antioxidants, and as such applies to Vitamin C supplementation. The protective... show

    CConjugated Linoleic Acid

    No evidence to support a link between CLA and alterations in bone mineral density

    CWhey Protein

    Currently no demonstrated benefit to bone mineral density, although protein in general appears to have a protective effect

    CMagnesium

    Minor

    An increase in bone mineral density has been noted with magnesium supplementation

    CColeus Forskohlii

    Notable

    Definitely requires more evidence, but a DXA confirmed increase in bone mass in men over 12 weeks makes this notable (rather than an increase in bone mass in osteoporotic... show

    CHorny Goat Weed

    Minor

    The rate of bone loss over 2 years has been noted to be reduced with icariin supplementation, although not to a remarkable degree

    CHMB

    Studies that assess bone mineral density via DEXA, albeit short in duration and in athletes rather than populations at risk for osteoporosis, fail to find significant alterations... show

    CLeucic Acid

    No significant alterations in bone mineral density

    DYerba Mate

    An association has been noted with increased bone mineral density and Mate consumption; insufficient evidence to suggest a causative role

    DBlack Cohosh

    No significant influence on bone mineral density

    DFish Oil

    No significant influence on bone mineral density noted with fish oil supplementation

    References

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