Abstract
Background:
Capsular contracture is the most common complication following breast augmentation, leading to pain, distortion, and patient dissatisfaction. Incidence ranges from 2.8% to 20.4% within 5 to 10 years, yet its etiology remains poorly understood. Standard treatment involves capsulectomy with implant exchange and pocket conversion, but recurrence rates remain as high as 54%. This study evaluates a novel nonsurgical protocol for treating capsular contracture and preventing recurrence post-surgery.
Objectives:
To assess whether a multimodal, nonsurgical regimen consisting of low-level light therapy, over-the-counter anti-inflammatory (milk thistle), and breast exercises can effectively treat capsular contracture and serve as prophylaxis after surgical intervention for capsular contracture.
Methods:
A retrospective analysis included patients diagnosed with Baker grades II to IV capsular contracture between January 2016 and March 2023. Two cohorts were compared: (1) a nonsurgical group treated with low-level light therapy, breast exercises, and milk thistle and (2) a surgical group undergoing capsulectomy with re-augmentation followed by the same prophylactic regimen. A total of 212 patients were evaluated (126 nonsurgical and 86 surgical), with a minimum 3-month follow-up assessing Baker grade improvement.
Results:
Surgical treatment achieved an 89.5% success rate (77/86), outperforming nonsurgical treatment at 70.6% (89/126). Mean Baker grade reduction was greater in the surgical group (2.4 points, 3.59-1.23) versus the nonsurgical group (0.74 points, 2.58-1.84). Among success subgroups, mean Baker grade improvement was 2.4 points for surgical and 1.4 points for nonsurgical patients, while failure subgroups showed minimal improvement (+0.33 and +0.78 points, respectively). Sign test analysis confirmed significant Baker grade reductions in both groups (P < .0001).
Conclusion:
A multimodal, minimally invasive regimen incorporating low-level light therapy, milk thistle, and breast exercises offers a promising nonsurgical alternative for managing capsular contracture. In addition, its use as prophylaxis post-surgery may help reduce recurrence, improve patient outcomes, and shift treatment paradigms toward nonoperative strategies.
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