摘要

Objectives: This study is dedicated to constructing a precise visual diagnosis system for the generalized "facial over-filling syndrome". Through the integration and analysis of multi-dimensional data, it aims to achieve the rapid identification and classification of different symptoms. Meanwhile, personalized aesthetic restoration plans will be formulated to improve the patients' facial morphology and functions, provide standardized diagnostic and treatment norms for the medical aesthetics industry, and promote the healthy and sustainable development of the industry. Introduction: Facial filling techniques have gained wide popularity due to their effectiveness in improving facial contours. However, the "facial over-filling syndrome" caused by over-filling has become increasingly prominent. It manifests as facial swelling, stiff expressions, abnormal proportions of facial features, etc., which not only affect aesthetics but may also pose potential health risks. Due to the lack of unified diagnostic criteria and effective restoration plans, it has severely restricted the development of the medical aesthetics industry. Materials / method: Clinical cases of patients of different ages, genders, and regions are collected. High-frequency ultrasound and multi-angle photography are used to obtain facial data. Based on the diagnostic results, personalized restoration plans combining non-surgical methods and surgical methods (such as removal of filling materials and thread lift repair) are adopted, and the effects are evaluated through long-term follow-up. Results: The visual diagnosis system has been successfully constructed, with a diagnostic accuracy rate exceeding 90%. The personalized restoration plans have significantly improved the facial appearance of 90% of the patients, restored their functions well, and achieved a satisfaction rate of over 90%, with stable long-term effects. Conclusion: The diagnostic and restoration system established in this study is scientific and effective, providing a reliable basis for clinical practice in medical aesthetics and helping to standardize industry operations. In the future, the research scope will be expanded, and the diagnosis and treatment system will be optimized to improve the quality of medical aesthetics services.