To Study the State of Oral Mucosa Hygiene in Patients Using Orthopedic Dental Structures

Abstract

Relevance. Currently, a large assortment of base acrylic-free elastic polymers is offered for thermoinjective technology of various chemical character. The technology of injective formation of thermoplastic polymers is considered as a promising technology for achieving high aesthetic standards in modern dentistry. This technology is of great interest not only among specialists, but also among patients. A common feature of this group of materials is the absence of a residual monomer and, as a result, their bioinert to the body. Structures made from them are distinguished by their elasticity, lightness, comfort and high aesthetics. At the same time, the experience of specialists working with representatives of thermoplastic polymers has shown that they have serious technical disadvantages that lead to a decrease in the quality, durability and productivity of dental prostheses. These are the rapid loss of aesthetic characteristics of the denture due to the complexity and poor grinding of the processing, the fact that the prosthesis causes an acceleration of the growth of microorganisms that cause diseases of the oral mucosa, leading to dissatisfaction of patients with the altered appearance of the removable prosthesis. All this presents certain difficulties for the practical application of promising thermal injection technologies for the preparation of dental prostheses.