OPTIMIZATION OF TOOTH MOVEMENT IN THE POST-EXTRACTION SPACE DURING ORTHODONTIC TREATMENT OF OCCLUSION ANOMALIES

In this thesis, the methods of ensuring the optimal location of teeth through the effective use of the postextraction space were studied. The importance of this method in determining the optimal force and directions for moving teeth, keeping teeth in a stable position in a new location, and improving the patient's tooth row and occlusion structure was analyzed. Research results show that individual planning and mechanical modifications can optimize tooth movement, which is an important factor in improving oral anatomy and aesthetics.