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For the dentists - Biorepair toothpaste, does it work?

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http://www.amazon.co.uk/MED-0909-BioRepair-Total-Protection-Toothpaste/dp/B001S2R1WO/ref=pd_cp_d_2

Plenty of recommendations for this product, is it worth investing in?

Thanks guys.

Comments

  • brook2jack
    brook2jack Posts: 4,563 Forumite
    No.

    If you use a toothpaste containing fluoride and eat a sensible diet then everything else is a gimmick, other than the ones formulated for sensitive teeth.
  • murphydog999
    murphydog999 Posts: 1,602 Forumite
    Part of the Furniture 1,000 Posts Combo Breaker
    To the point, thanks. Are you saying then that enamel can't be repaired?
  • brook2jack
    brook2jack Posts: 4,563 Forumite
    Enamel is an inert substance, it can't regrow . Very early stages of decay, before a hole is formed, can remineralise ie become hard again. All this requires is a change in diet and fluoride, normally as a toothpaste. Other than that enamel cannot repair or regrow.

    So in other words these repair toothpastes will do no more than a fluoride toothpaste.
  • brook2jack
    brook2jack Posts: 4,563 Forumite
    Have just noticed biorepair doesn't contain fluoride. Evidence still says fluoride containing toothpaste major component in preventing decay.
  • Dear all,
    The process of de- and remineralization is governed by the
    degree of saturation of oral fluids (saliva and plaque) with

    respect to apatite minerals.
    Given an appropriate change in

    conditions, remineralization may become the predominant
    process, thus leading to lesion repair.


    To enhance lesion

    remineralization, increase of calcium or fluoride concentrations
    in the oral fluids would seem reasonable.
    For this purpose, fluorides have traditionally been used in
    various formulations, and the concomitant cariostatic
    mechanisms can be explained by an increased driving force
    for fluoridated apatites.


    The decline in dental caries experienced

    in most industrialized countries can be attributed
    largely to the widespread use of fluorides,


    and this preventive

    effect is mainly due to the formation of calcium fluoride-like
    precipitates hampering demineralization, whilst fluoride
    levels needed for remineralization are assumed to be higher

    than those to prevent lesion formation.

    Hydroxyapatite is considered one of the
    most biocompatible and bioactive materials, and has gained

    wide acceptance in medicine and dentistry in recent years. Several study (sciencedirect.com or ncbi.nlm.nih.gov/pubmed
    Keywords:
    Dentine, Enamel, hydroxyapatite, Biorepair)
    highlighted that hydroxyapatite toothpastes

    revealed similar remineralizing capacities with enamel and

    dentine lesions.
  • There's a PDF on the Biorepair website that says 'information for dentists'

    Not a light read for us laypeople but probably helpful/relevant for those who are more scientifically minded!
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