AutoresVictoria Mandillo-Alonso, Rocío Cascos-Sánchez, José-Luis Antonaya-Martín, Martín Laguna-Martos
Este estudio de investigación clínica evalúa el grosor de los tejidos blandos alrededor de implantes con un diseño específico de pilares y coronas atornilladas, utilizando la técnica BOPT (Biologically Oriented Preparation Technique). Los hallazgos sugieren que este enfoque de preparación biológicamente guiada puede incrementar significativamente el volumen del tejido blando en implantes con morfología convergente. Para el profesional de la odontología, esto implica una posible mejora en los resultados estéticos y la estabilidad de los tejidos perimplantarios, lo cual es fundamental para el éxito a largo plazo de las rehabilitaciones implantosoportadas, especialmente en la zona anterior o en casos donde la estética es prioritaria. La técnica permite optimizar el manejo de los tejidos blandos, contribuyendo a resultados más predecibles y satisfactorios para el paciente.
Background: Intraoral scanner evaluation (3Shape, TRIOS®) of soft tissue thickness around convergent collar implants and shoulderless abutments. Material and methods: Ambispective longitudinal analytical study with a sample size of 26 implants in 17 patients treated in a private dental clinic. Patients were divided into two groups: Prama Implants or group 1 (n=19) and Shelta implants combined with XA abutment or group 2 (n=7). Thickness changes after one- and two-year follow-up were analyzed. Results: In group 1 baseline mean thickness was 6.53 mm (±1.06) and follow-up mean thickness was 8.06 mm (±0.98), in group 2 initial mean thickness was 7.66 mm (±1.09) and follow-up mean thickness was of 8.42 mm (±1.03). Conclusions: Biologically guided crowns design seems to significantly increase the soft tissue volume around convergent morphology implants.
Mandillo-Alonso V, Cascos-Sánchez R, Antonaya-Martín J, Laguna-Martos M. Soft tissue thickness evaluation in screw-retained crowns by the biologically oriented preparation technique (BOPT). Journal of Clinical and Experimental Dentistry. 2021. doi:10.4317/jced.58952
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