Objective The aim was to determine the soft-to-hard tissue ratios in profile view in bimaxillary
orthognathic surgical corrections. Material and methods A systematic review of studies …

The aim was to systematically review the maxillary incisor exposure and upper lip position
changes with Le Fort I type osteotomies for advancement±impaction with rigid internal …

Both deep understanding and reliable prediction of postoperative soft tissue changes are
crucial for planning orthognathic surgery. Instead of estimating soft tissue responses by …

Background To evaluate the nasolabial soft tissue change three-dimensionally after
orthognathic surgery, using a structured light scanner. Methods Thirty-two malocclusion …

INTRODUCTION: Treatment of severe Class III malocclusion frequently requires a
combination of orthodontics and orthognathic surgical procedures. The aims of this …

PURPOSE: Orthognathic surgery has the objective of altering facial balance to achieve
esthetic results in patients who have severe disharmony of the jaws. The purpose was to …

Summary Background Le Fort I advancement induces soft tissue changes to the nasolabial
region. The correlation of sagittal skeletal movement to soft tissue alteration has been …

Purpose Although computer-aided craniofacial reconstructions allow for simulation of hard
tissue changes, the prediction of the final soft tissue facial changes remains a challenge …

Background To investigate the area and morphological changes around the soft tissue chin
after orthodontic incisor retraction. Methods Fifty-nine female adults with bimaxillary …

In this study, cone beam computed tomography (CBCT) and three dimensional (3D)
stereophotogrammetry are used to compare the 3D skeletal and soft tissue changes caused …