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In modern dental practice, adhesive fixation plays a key role in ensuring the durability and reliability of various restoration structures. Effective adhesion between tooth tissues and restoration materials is the key to successful treatment and prevention of complications.
This work is devoted to the study of factors affecting the quality of adhesive fixation and methods of its optimization. The study examines modern adhesive systems, their composition and mechanism of action, as well as the features of their use in various clinical situations.
Special attention is paid to the pretreatment of tooth tissues, including methods of conditioning enamel and dentin, as well as ways to increase their wettability and improve the penetration of adhesive agents. Factors affecting the polymerization of adhesive materials, such as light sources, exposure time and polymerization depth, are also analyzed.
The paper presents the results of research demonstrating the effectiveness of various methods of increasing adhesive fixation. In addition, promising directions for the development of adhesive technologies, including the use of bioactive materials and nanotechnology, are being considered.
The purpose of this work is a comprehensive study of the factors influencing the effectiveness of adhesive fixation in dental practice and the development of optimal methods to improve it. Achieving this goal will ensure the durability and reliability of restoration structures, as well as reduce the risk of complications associated with adhesion disorders.
The practical significance of the article lies in the fact that the results of the study can be useful for practicing dentists, as well as for specialists involved in the development and improvement of adhesive materials and technologies.
Keywords:adhesive fixation, restoration, tooth tissues, polymerization, nanotechnology, tooth enamel
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