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Understanding Facial Aging Through Facial Biomechanics: A Clinically Applicable Guide for Improved Outcomes
Lysander Freytag1, Michael G Alfertshofer2, Konstantin Frank2
1Department of Plastic Surgery, Community Hospital Havelhöhe, Berlin, Germany.
Facial Plastic Surgery Clinics of North America
|May 2, 2022
Summary
Achieving natural facial aesthetics with soft tissue fillers requires understanding anatomy and biomechanics. This review offers guidelines for safe, effective full-face rejuvenation by integrating age-related changes with biomechanical principles.
Area of Science:
- Dermatology
- Plastic Surgery
- Aesthetic Medicine
Background:
- Facial aging involves complex anatomic and biomechanical changes.
- Soft tissue fillers are commonly used for facial rejuvenation.
- Achieving natural results requires understanding underlying facial structures and aging processes.
Purpose of the Study:
- To review age-related facial changes and their biomechanical implications.
- To establish guidelines for safe and effective full-face filler treatments.
- To integrate current scientific advancements into aesthetic practice.
Main Methods:
- Narrative review of existing literature and author expertise.
- Analysis of facial aging effects on anatomy and biomechanics.
- Synthesis of information to formulate treatment principles.
Main Results:
- Facial aging impacts fat distribution, bone resorption, and skin elasticity.
- Biomechanical principles guide filler placement for optimal aesthetic outcomes.
- A three-principle approach is proposed for comprehensive facial rejuvenation.
Conclusions:
- Understanding facial anatomy and biomechanics is essential for successful filler treatments.
- Guidelines based on age-related changes and biomechanics enhance safety and efficacy.
- Aesthetic practitioners can achieve natural, symmetric results by applying these principles.
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