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    Phosphate, Calcium, and Fluoride Ion Release From Polyurethane Based Microcapsules Formulated in a Resin Based Dental Varnish 

    Elassal, Phillip (Creighton University, 2012-04-04)
    Tooth decay is a significant oral health challenge. Demineralization occurs in an acidic environment and can be further accentuated by the presence of acid producing cariogenic bacteria. As the pH decreases, the salivary ...
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    The Release of Calcium, Fluoride, and Phosphate Ions from Ion Permeable Microcapsules in a Rosin Varnish 

    Falbo, Michelle (Creighton University, 2012-04-04)
    The prevention of caries continues to remain a prominent concern among dental professionals. Although products such as toothpaste, mouthwash, and sealants have all targeted this process, the challenge against primary and ...
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    Encapsulation Of Calcium And Phosphate Ions In A Toothpaste Formulation 

    Cooper, Ryan (Creighton University, 2013-04-17)
    The purpose of many dental products, including toothpaste, is to promote remineralization on the surface of the tooth. In this study, aqueous calcium nitrate salt and potassium phosphate salt solutions were encapsulated ...
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    Available fluoride ion in solution and one minute fluoride release rate of a toothpaste formulation 

    Mueller, Elizabeth (Creighton University, 2014-04-10)
    Damaged enamel of an early carious lesion can be repaired through the body’s natural repair process known as remineralization. For remineralization to occur, bioavailable calcium, phosphate, and fluoride ions must be present ...
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    Bioactive capabilities explored in polyurethane microcapsules and the inclusion into dental sealants and cement pastes 

    Burbank, Brant D. (Creighton University, 2015-04-07)
    Objectives. Caries at the interface of dental materials and mineralized tooth structure continues to be a significant issue in oral healthcare. The objectives of this study were to demonstrate the effect that microencapsulated ...
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    Fluoride, Calcium, and Phosphate Ion Release From Ion Permeable Microcapsules Incorporated Into A Two-Part Orthodontic Adhesive System 

    Slater, Michael (Creighton University, 2014-04-10)
    This study examines the ion release rate from polyurethane based microcapsules formulated into orthodontic cement. The release of fluoride, calcium and phosphate ions promotes remineralization in the oral environment. Ion ...

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    AuthorBurbank, Brant D. (1)Cooper, Ryan (1)Elassal, Phillip (1)Falbo, Michelle (1)Mueller, Elizabeth (1)Slater, Michael (1)Subject
    Delayed-Action Preparations--chemistry (6)
    Tooth Remineralization--methods (5)Pit and Fissure Sealants (2)Resins, Synthetic (2)Toothpastes--pharmacology (2)Capsules--chemistry (1)Dental Bonding--methods (1)Dentifrices ǂx pharmacology. (1)Dentifrices--pharmacology (1)Fluorides--administration & dosage (1)... View MoreDate Issued2015 (1)2014 (2)2013 (1)2012 (2)

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