This clinical study aims to evaluate the safety and effectiveness of advanced, minimally invasive techniques for breast augmentation and reconstruction. These methods, known as Mia Harmonization, Mia Scarless Lift, Mia Reconstruction, Joy Dot, and Maxtopexia + Mia, focus on preserving breast tissue, reducing recovery time, and improving aesthetic outcomes.
This post-marketing observational study evaluates the safety and efficacy of innovative, minimally invasive breast augmentation and reconstruction techniques: Mia Harmonization, Mia Scarless Lift, Mia Reconstruction, Joy Dot, and Maxtopexia + Mia. These techniques aim to enhance tissue preservation, minimize scarring, and promote quicker recovery compared to traditional methods. The study will enroll 60 participants undergoing these procedures at the Sulàyöm Innovation Campus in Costa Rica between January and December 2025. Participants will be followed for 36 months to monitor complication rates, tissue health, and satisfaction. Procedures utilize advanced devices like the Motiva Ergonomix2® Diamond®, Motiva Injector®, Motiva® Inflatable Balloon, and Motiva® Reusable Channel Separator, designed to optimize outcomes while preserving natural breast structures. Key assessments include: Safety Metrics: Monitoring adverse events, such as tissue necrosis, hematoma, or infection, through regular follow-ups. Efficacy Metrics: Evaluating tissue preservation during and after surgery using imaging and clinical assessments. Patient and Surgeon Satisfaction: Measuring perceptions of outcomes and procedure success using validated scales. The study will also conduct a temperature monitoring substudy using the Motiva® Zen transponder to assess its functionality in recording implant temperature. This optional component enhances understanding of implant safety. Results will provide crucial insights into the role of minimally invasive techniques in improving breast surgery outcomes, focusing on safety, tissue preservation, and patient satisfaction. These findings will inform future surgical practices and technological advancements.
Study Type
OBSERVATIONAL
Enrollment
60
Minimally invasive technique for breast augmentation, increasing volume while preserving natural tissue.
Minimally invasive breast lift for mild to moderate ptosis without visible scarring.
Reconstructive technique for restoring breast contour and volume after benign surgical interventions.
Establishment Labs
Coyol, Alajuela Province, Costa Rica
Number of Adverse Events Related to Tissue Preservation
The cumulative occurrence of adverse events, such as necrosis, hematoma, infection, or tissue damage, associated with the surgical procedures.
Time frame: 36 months post-surgery.
Rate of Intraoperative Tissue Integrity Preservation
Proportion (%) of surgical procedures in which intraoperative tissue integrity is maintained (no damage observed), and incidence rate (%) of tissue damage events during surgery, as assessed intraoperatively.
Time frame: Day of surgery.
Patient-Reported Satisfaction Score (5-Point Likert Scale)
Mean score and distribution of patient-reported satisfaction with breast appearance, natural feel, and symmetry, measured using a 5-point Likert scale.
Time frame: Baseline and follow-ups at 1, 3, 6, 12, 24, and 36 months post-surgery.
Surgeon-Reported Satisfaction Score (5-Point Likert Scale)
Mean score and distribution of surgeon-reported satisfaction with breast appearance, natural feel, and symmetry, measured using a 5-point Likert scale.
Time frame: Day of surgery.
Rate of Postoperative Complications
Incidence rate (%) of postoperative complications, including fibrosis, capsular contracture, and scarring, during the follow-up period.
Time frame: 36 months post-surgery.
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Advanced augmentation method using specialized tools to preserve tissue integrity and minimize trauma.
Breast lift combining traditional techniques with advanced minimally invasive methods for tissue preservation.