2023InterConfOpen access

Results of stability determination of the dental implant «Implant.uz» using the RFA – method

Tatyana Mun, Nigmon Khabilov

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Abstract

Resonance Frequency Analysis (RFA) is a noninvasive intraoral method designed to assess bone-implant interface and may therefore provide clinical evidence of implant stability. To achieve osseointegration of dental implants, certain biological and biomechanical requirements must be met. One of the most important requirements is the absence of micro-movements during the stage of osseous cicatrization. In classic implant products, implants receive no functional load until bone and implant surface are closely jointed together, as this assures permanent implant stability throughout the stages that follow implant placement.This article discusses the RFA -method for determining the stability of a dental implant of the "Implant.uz" system at various times after dental implantation.

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Resonance Frequency Analysis (RFA) is a noninvasive intraoral method designed to assess bone-implant interface and may therefore provide clinical evidence of implant stability. To achieve osseointegration of dental implants, certain biological and biomechanical requirements must be met. One of the most important requirements is the absence of micro-movements during the stage of osseous cicatrization. In classic implant products, implants receive no functional load until bone and implant surface are closely jointed together, as this assures permanent implant stability throughout the stages that follow implant placement.This article discusses the RFA -method for determining the stability of a dental implant of the "Implant.uz" system at various times after dental implantation.

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Available abstract

Resonance Frequency Analysis (RFA) is a noninvasive intraoral method designed to assess bone-implant interface and may therefore provide clinical evidence of implant stability. To achieve osseointegration of dental implants, certain biological and biomechanical requirements must be met. One of the most important requirements is the absence of micro-movements during the stage of osseous cicatrization. In classic implant products, implants receive no functional load until bone and implant surface are closely jointed together, as this assures permanent implant stability throughout the stages that follow implant placement.This article discusses the RFA -method for determining the stability of a dental implant of the "Implant.uz" system at various times after dental implantation.

Key concepts: Resonance frequency analysis, Osseointegration, Implant, Dental implant, Dentistry, Medicine, Biomedical engineering, Surgery

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