CBCT Imaging: Revolutionizing Cleft Care for Children
Pálvölgyi Laura
KÁROLY RÁCZ CONSERVATIVE MEDICINE PROGRAM
Dr. Reusz György
Semmelweis Egyetem Gyermekgyógyászati Klinika tanterem, Bókay u.
2024-11-20 13:45:00
Prevention of Chronic Diseases in Childhood
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.
