Personalized approach to the choice of orthopedic design depending on the predicted stability of implants

Abstract

C omprehensive studies of the process of osseointegration have significantly expanded the indications for the use of dental implants [1, 2]. The ability of bone tissue to remodel affects the intensity of osseointegration and determines the further stability of the dental implant and, consequently, the service life of the entire orthopedic structure [3-5]. The increase in the operating time of orthopedic structures on dental implants dictates the need to search for new objective methods for assessing the quality of their stability [3, 6]. However, the variety of implantable materials offered in the market requires clinicians to use high-quality methods for predicting the effective osseointegration of dental implants, taking into account a personalized approach to assessing as many risk factors of the patient as possible at each stage of orthopedic treatment. Among such methods, the frequency-resonance analysis (RFA) method has shown its effectiveness in clinical practice for implantation systems of various manufacturers [7, 8].According to the existing ideas about the principles and sequence of stages in dental implant treatment, it is important to assess the stability of the implants before starting orthopedic treatment [9, 10].