Research Article
The Use of Raman Fluorescence Technology to Evaluate the Effectiveness of Remineralization of Solid Tooth Tissue
Prikule DV, Alexandrov MT*, Kukushkin VI, Pashkov EP, Achmedov AN and Namiot ED
Scientific and Clinical Center for the Rehabilitation of Women’s Health, Russia
Alexandrov MT, Scientific and Clinical Center for the Rehabilitation of Women’s Health, Russia.
Received Date: March 04, 2019; Published Date: March 28, 2019
Abstract
Tooth enamel is the most mineralized tissue of the body. Composition - 96 wt. % inorganic matter and 4 wt. % of organic matter and water. Inorganic the substance mainly consists of calcium phosphate associated with hydroxyapatite, the chemical formula of which is [Ca10 (PO4) 6 (OH) 2]. The presence of hydroxyapatite is confirmed by the presence of its spectral bands in the hard tissues of the tooth [1]. It is believed that Raman spectroscopy allows you to objectively evaluate spectral bands associated with specific chemical structures of tooth hard tissues [2,3]. So currently this technology can be considered preferable in the study of remineralization of teeth [4-10]. The purpose of our study is to determine the effectiveness of the Raman-fluorescent method of diagnosing the remineralization of hard tooth tissues using demineralizing pastes, gel, suspension and rinse aid.
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Prikule DV, Alexandrov MT, Kukushkin VI, Pashkov EP, Achmedov AN, Namiot ED. The Use of Raman Fluorescence Technology to Evaluate the Effectiveness of Remineralization of Solid Tooth Tissue. On J Dent & Oral Health. 2(1): 2019. OJDOH.MS.ID.000526.