Volume correction for nasojugal groove with blepharoplasty

Facial fat atrophy, especially in the lower eyelid and nasojugal groove, leads to visible aging signs like dark circles and depressions. Prior research has shown that fat loss in these areas worsens with age. Established treatments include blepharoplasty, but these may not fully address volume loss. The nasojugal groove remains a challenge due to its shallow depth and complex anatomy. No prior work had resolved how to effectively correct this area beyond standard blepharoplasty. This gap motivated exploration of additional techniques. The author notes that traditional approaches may fall short in long-term correction. This paper's contribution is a novel grafting method to enhance blepharoplasty outcomes.

The study aimed to evaluate a technique combining blepharoplasty with fat grafting to improve nasojugal groove correction. The specific problem is the limited effectiveness of lower lid blepharoplasty alone. The motivation comes from clinical observations of persistent volume loss in treated patients. The author sought to address the anatomical constraints of the nasojugal groove. The goal is to provide a more permanent solution than standard procedures. The approach involves grafting fat into the orbicularis oculi muscle. This method is intended to lift and bolster the area beyond blepharoplasty alone. The study's focus is on refining surgical techniques for better aesthetic outcomes.

The author performed hundreds of lower lid blepharoplasty procedures with tear trough deformity correction. A key observation was the short distance between skin and orbital rim, less than 1 mm. This is attributed to a fascia layer on the orbicularis oculi muscle's undersurface. Fat grafting was introduced at the orbital rim and below the muscle. The grafts were placed at the level of the orbital oculi muscle. The surgical technique was illustrated with detailed descriptions. The procedure aimed to lift and support the nasojugal groove area. The method combined blepharoplasty with strategic fat placement.

The addition of fat grafting improved outcomes beyond standard blepharoplasty alone. The technique provided better and more permanent correction of the nasojugal groove. The fascia layer on the orbicularis oculi muscle was identified as a key anatomical feature. Graft placement at the orbital rim and below the muscle enhanced volume. The short distance between skin and orbital rim was confirmed in multiple cases. The results suggest that grafting at this specific location is effective. The procedure reduced the appearance of dark circles and depressions. The author's detailed illustrations support the described technique.

The study suggests that combining blepharoplasty with fat grafting improves nasojugal groove correction. The fascia layer on the orbicularis oculi muscle plays a role in the anatomy. Graft placement at the orbital rim and below the muscle enhances results. The technique offers a more permanent solution than blepharoplasty alone. The author's experience supports the effectiveness of this combined approach. The results may suggest a new standard for addressing volume loss in this area. The findings are based on hundreds of clinical cases. The conclusions are drawn from the observed outcomes and anatomical insights.