Filip Ivanjac

Speaker Details
  • Lecture details

    T scan digital occlusion analysis in orthodontics - a pilot study

    Digital dentistry is a standard of modern practice. T scan III is the most accurate digital occlusion analyzer for purposes of implantology, prosthetics and orthodontics. Numerous occlusal analyzers have been used through history. One of them is articulating paper, which registers contacts as dots and shapes outlined on dental surfaces which don’t provide information about the intensity of the contacts. T scan III sophisticated sensors accurately obtain 2D and 3D images of dental contacts and assess intensity of the forces that develop during intercuspation. The aim of this pilot clinical study was to assess the occlusal parameters in patients with class II and III who are candidates for orthodontic therapy and to compare them with normal occlusion parameters (control group). In this way we wanted to help orthodonts to make better therapeutic decisions and more precise and effective plan of therapy. The obtained results showed that the bite load in malocclusions is more dominant on one side of the dental arch, in class III it was at the right side, while in class II it was in a higher percentage on the left side. The upper molars bear the highest force intensity, which was more equilibrated in normal occlusion, while it was unbalanced in class II and III. We came to conclusion that in class II and III it is necessary to balance the occlusion on the left and right side of the dental arch, as well as to correct the orientation of the forces affecting the dentition, while in the control group we proved that the occlusion was more balanced with regular force distribution during the intercuspation.

    Key words: occlusion analysis, Tscan, occlusal parameters

    References:
    1.Chowdhary R, et al. Clinical applications of the t-scan quantitative digital occlusal analysis technology asystematic review. Int J Comput Dent. 2023.
    2. Rubió‐Ferrer G, et al. Reference values and reliability of occlusal force distribution and occlusal time measured by the T‐Scan system in adults with healthy dentition. Journal of Prosthodontics. 2024

  • CV

    Filip Ivanjac DDS PhD

    He graduated at the School of Dental Medicine University of Belgrade in 2010. He completed academic specialist studies in implantology in 2011. He defended his PhD thesis in 2016. at the Clinic for Maxillofacial Surgery School of Dental Medicine University of Belgrade. He was research associate since 2011. He is scientific associate since 2021. He is the winner of the award for scientific research at biennial congress of maxillofacial rehabilitation ISMR, co-author of the textbook Maxillofacial surgery for medical students and ENT, plastic and reconstructive surgery residents. He is the author of over 40 papers at international congresses and journals, and an invited lecturer at 10 international congresses. He designed and organized the study Impact of the COVID 19 pandemic on dental practice in Serbia. He participates in bilateral cooperation. He has numerous certificates in the fields of implantology, dentistry, application of lasers in dentistry, aesthetic and antiaging medicine, new technologies in the field of regenerative medicine.

Speaker Details
  • Lecture details

    T scan digital occlusion analysis in orthodontics - a pilot study

    Digital dentistry is a standard of modern practice. T scan III is the most accurate digital occlusion analyzer for purposes of implantology, prosthetics and orthodontics. Numerous occlusal analyzers have been used through history. One of them is articulating paper, which registers contacts as dots and shapes outlined on dental surfaces which don’t provide information about the intensity of the contacts. T scan III sophisticated sensors accurately obtain 2D and 3D images of dental contacts and assess intensity of the forces that develop during intercuspation. The aim of this pilot clinical study was to assess the occlusal parameters in patients with class II and III who are candidates for orthodontic therapy and to compare them with normal occlusion parameters (control group). In this way we wanted to help orthodonts to make better therapeutic decisions and more precise and effective plan of therapy. The obtained results showed that the bite load in malocclusions is more dominant on one side of the dental arch, in class III it was at the right side, while in class II it was in a higher percentage on the left side. The upper molars bear the highest force intensity, which was more equilibrated in normal occlusion, while it was unbalanced in class II and III. We came to conclusion that in class II and III it is necessary to balance the occlusion on the left and right side of the dental arch, as well as to correct the orientation of the forces affecting the dentition, while in the control group we proved that the occlusion was more balanced with regular force distribution during the intercuspation.

    Key words: occlusion analysis, Tscan, occlusal parameters

    References:
    1.Chowdhary R, et al. Clinical applications of the t-scan quantitative digital occlusal analysis technology asystematic review. Int J Comput Dent. 2023.
    2. Rubió‐Ferrer G, et al. Reference values and reliability of occlusal force distribution and occlusal time measured by the T‐Scan system in adults with healthy dentition. Journal of Prosthodontics. 2024

  • CV

    Filip Ivanjac DDS PhD

    He graduated at the School of Dental Medicine University of Belgrade in 2010. He completed academic specialist studies in implantology in 2011. He defended his PhD thesis in 2016. at the Clinic for Maxillofacial Surgery School of Dental Medicine University of Belgrade. He was research associate since 2011. He is scientific associate since 2021. He is the winner of the award for scientific research at biennial congress of maxillofacial rehabilitation ISMR, co-author of the textbook Maxillofacial surgery for medical students and ENT, plastic and reconstructive surgery residents. He is the author of over 40 papers at international congresses and journals, and an invited lecturer at 10 international congresses. He designed and organized the study Impact of the COVID 19 pandemic on dental practice in Serbia. He participates in bilateral cooperation. He has numerous certificates in the fields of implantology, dentistry, application of lasers in dentistry, aesthetic and antiaging medicine, new technologies in the field of regenerative medicine.