Balanced Restoration: Optimizing Midface Rejuvenation Using Hyaluronic Acid Fillers

Area of Science:

• Aesthetic Medicine
• Dermatology
• Facial Anatomy

Background:

• Current hyaluronic acid (HA) fillers for midface aging focus on deep fat compartments.
• Evolving filler technology necessitates a revised approach to midface volume restoration.

Purpose of the Study:

• To propose balanced restoration, a multilayered technique, as the contemporary standard for midface revolumization with HA fillers.
• To achieve natural-looking outcomes that maintain dynamic facial expression through an advanced anatomical understanding.

Main Methods:

• Differentiating between superficial and deep midface fat compartments based on anatomical and functional attributes.
• Selecting appropriate HA filler products with specific viscoelastic properties tailored to each fat layer.
• Implementing multilayered techniques for balanced restoration.

Main Results:

• The midface has distinct superficial and deep fat layers with different properties and functions.
• Superficial fat compartments require fillers with cohesive and dynamic properties for natural movement and expression.
• Deep fat compartments require fillers suited to their more static nature.

Conclusions:

• Balanced restoration, a multilayered approach, represents an advanced strategy for midface rejuvenation.
• Tailoring HA filler selection to superficial and deep fat layers ensures optimal aesthetic outcomes.
• This technique enhances facial contours while preserving natural facial dynamics and expression.