Clinical Research Directory

Exploring Optimal Photographic Parameters for Standardized Facial Aesthetics Analysis

The main objective of this research is to identify the focal length that allows the most accurate and reproducible 2D assessment of facial aesthetics, without introducing significant distortion. Ultimately, this will enable the establishment of a standardized photography protocol for maxillofacial and aesthetic surgery, facilitating harmonized pre- and post-operative assessments and improving communication between healthcare providers and patients.

Assessment of the Accuracy of Patient Specific Plates for Correction of Maxillary Cant in Facial Asymmetry

The goal of this clinical trial is to learn how accurate patient-specific plates (PSPs) are for correcting a tilted upper jaw (maxillary cant) in people with facial asymmetry. The main questions it aims to answer are: * How closely does the actual surgery match the virtual surgical plan? * How satisfied are participants with how they look after surgery? Researchers will compare the surgery results using PSPs to the original 3D virtual plan to see how well they match. Participants will: * Have a CT scan and 3D virtual surgery planning * Get custom-made plates designed to fit their upper jaw * Undergo surgery to correct the tilt of the upper jaw * Be followed for up to 6 months to check healing and results

The Facial Muscular Activity: A Paradigm for Understanding Facial Asymmetry

Facial asymmetry, the degree to which the two sides of the face differ in size, shape, or the arrangement of features, is a near-universal human characteristic. The intricate network of facial muscles plays a crucial role in both the static structure and the dynamic expressions of the face. The continuous pull and action of facial muscles can influence the development and positioning of underlying soft tissues and even, over extended periods, potentially impact skeletal structures.