CBCT Imaging: Revolutionizing Cleft Care for Children
Pálvölgyi Laura
Rácz Károly Konzervatív Orvostudományi Tagozat
Dr. Reusz György
Semmelweis Egyetem Gyermekgyógyászati Klinika tanterem, Bókay u.
2024-11-20 13:45:00
Krónikus betegségek gyermekkori prevenciója
Dr. Szabó Attila
Dr. Nagy Krisztián
Dr. Kerémi Beáta
Dr. Huszár Tamás
Dr. Kiss András
Dr. Vástyán Attila
Dr. Hirschberg Andor
In conclusion, the thesis provided a comprehensive exploration of multiple facets of cleft lip and palate (CLP) treatment, with a primary focus on harnessing the advantages of CBCT imaging. The research encompassed a wide spectrum of treatment modalities, diagnostic methodologies, and surgical strategies, all centered on leveraging the capabilities of CBCT technology. Within this framework, the thesis yielded three key outcomes:
1. The significance of CBCT in the evaluation of the velopharyngeal closure in cleft patients
CBCT imaging serves as a rapid, non-invasive diagnostic tool for visualizing soft palate movements and detecting velopharyngeal closure. It allows pre- and post-operative assessment of soft palate elevation, aiding surgeons and speech therapists in decision-making.
2. The role of the 3D visualization, planning, and printing techniques in alveolar cleft repair
We developed a surgical treatment sequence for alveolar defect reconstruction in CLP. CBCT scans guided 3D software-based graft mold preparation for minimally invasive bone harvesting. 3D manufactured graft molds with fibrin glue allowed precise bone graft insertion. Patient follow-up showed less pain and faster recovery.
3. Novel technical innovation: realistic and patient-specific pediatric cleft phantoms
Dimicleft phantoms provide a viable alternative for assessing image quality and optimizing CBCT protocols in pediatric cleft patients. They yield clinically equivalent images and can improve radiological guidelines in future cleft-based studies.
