Roshchin Evgeny Mikhailovich (Sdi Dent Clinic,
Candidate of Medical Sciences, Chief Physician. Orthopedic dentist, orthodontist
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Introduction. Virtual planning and navigation implantology are dynamically developing technologies that open up new opportunities in dental rehabilitation. Despite the obvious advantages of this approach, the literature lacks systematic data on its accuracy and clinical effectiveness. The purpose of the study is a comprehensive comparative assessment of modern computer planning and surgical navigation systems in implantology.
Methods. The analysis of 56 clinical cases was carried out using software complexes Nobel Clinician, Simplant, CoDiagnostiX for virtual planning and navigation systems X-Guide, Navident, DENACAM. The accuracy of implant placement was assessed according to computed tomography data. The intensity of postoperative pain was determined by a visual analog scale.
Results. The average deviation of the actual position of the implants from the planned one when using static navigation templates was 0.67±0.23 mm, dynamic systems - 0.32±0.09 mm (p<0.05). The angular deviation did not exceed 3.8° and 1.7°, respectively. The level of pain in the first 3 days after surgery was 65% lower compared to the standard procedure (p<0.01).
Conclusions. Virtual planning and navigation technologies ensure high implantation accuracy and reduce the invasiveness of the intervention. The results obtained justify the expediency of a wider clinical application of this approach, especially in anatomically complex cases.
Keywords:dental implantology, virtual planning, surgical templates, navigation systems, 3D visualization, digital dentistry.
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Citation link:
Roshchin E. M. VIRTUAL PLANNING AND NAVIGATION IMPLANTOLOGY: ACCURACY, EFFICIENCY, CLINICAL BENEFITS // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2024. -№11. -С. 239-244 DOI 10.37882/2223-2966.2024.11.30 |
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