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[Phosphonates and their importance for dental practice].

E Landeck, W Binus, K Lindenhayn

    Stomatologie Der DDR
    |September 1, 1979
    PubMed
    Summary
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    This study explores inorganic pyrophosphate's role in organism mineralization. Experiments with diphosphonates show potential for reducing dental caries and inhibiting plaque formation.

    Area of Science:

    • Biochemistry
    • Mineralization
    • Oral Biology

    Context:

    • Inorganic pyrophosphate is crucial for biological mineralization processes.
    • Diphosphonates are synthetic compounds that influence mineralization.
    • Dental caries and plaque are significant oral health concerns.

    Purpose:

    • To review the significance of inorganic pyrophosphate in organism mineralization.
    • To investigate the effects of diphosphonates on mineralization.
    • To assess the potential of diphosphonates in dental applications.

    Summary:

    • Literature review on inorganic pyrophosphate's role in biological mineralization.
    • Experimental investigation of synthetic diphosphonates' impact on mineralization.
    • Findings suggest diphosphonates may reduce dental caries and inhibit plaque.

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    Impact:

    • Potential applications in stomatology for caries reduction.
    • Diphosphonates may offer new strategies for plaque inhibition.
    • Contributes to understanding mineralization and its manipulation in oral health.