Minimally Invasive, Tissue-Preserving Breast Augmentation: Insights From a Large Case Series, Technique and Surgical...

Area of Science:

• Plastic Surgery
• Aesthetic Medicine
• Surgical Innovation

Background:

• Breast augmentation rates are limited by safety concerns, aesthetic fears, and anesthesia risks.
• Advances in breast anatomy understanding enable tissue-preserving volume enhancement techniques.
• This study introduces a novel minimally invasive breast augmentation (MI-BA) technique.

Purpose of the Study:

• To describe the initial US experience with an inframammary-based MI-BA.
• To detail the anatomical rationale, surgical technique, and learning curve.
• To report early outcomes, patient satisfaction, and practical insights for adoption.

Main Methods:

• Prospective multicenter analysis across 5 surgical centers over 6 months.
• 159 consecutive female patients underwent MI-BA with sixth-generation silicone implants.
• Data collected on demographics, implants, anesthesia, complications, recovery, and satisfaction.

Main Results:

• No early postoperative hematomas, sensory disturbances, or abnormal pain reported.
• 58% of procedures performed under local anesthesia with sedation.
• High surgeon (96%) and patient (94%) satisfaction reported.

Conclusions:

• MI-BA is a viable, tissue-preserving approach enabling local anesthesia and rapid recovery.
• The technique leverages implant-specific technologies to minimize soft-tissue trauma.
• Early outcomes are favorable; long-term follow-up is ongoing.