Over the past several years, plastic surgeons have been using a biological mesh that serves as an internal bra to hold the breast shape and maintain its “perky” appearance long term. However, some experts say that due to its flat or two-dimensional shape, its contouring effects on a curved surface such as the breast could be limited.
To rectify the inherent problem of flat-surfaced biological mesh, one company has released a three-dimensional scaffold called GalaShape. Unlike its earlier design, this new breast lift technique has a curved surface with a rim that closely resembles a bra cup, which can be easily wrapped around the breast and fixed to the tissue.
According to the company website, GalaShape is a biological mesh made of poly-4-hydroxybutyrate that triggers minimal inflammatory response. Thus, once positioned beneath the breast it triggers the body to create more collagen or scar tissue, which will hold the new contour of the breast.
It takes between 12-18 months before the biological mesh is completely absorbed by the body, leaving just the internal scar tissue to support the perky appearance of the breast long term.
The use of biological mesh, or any type of scaffolding or internal bra, is sometimes referred to as scarless breast lift technique because it only entails one incision that fades into the background—i.e., precisely at the border of the areola.
Despite the invisible scar, leading Los Angeles plastic surgeon Dr. Tarick Smiley says that scarless breast lift only works in patients with mild to moderate sag, which means that the areolar complex has not drooped way below the breast fold.
Should the areolar complex sag below the breast crease, Dr. Smiley says the traditional breast lift remains the best approach. This involves incisions around the areola, which then go down the midline and across the base of the breast, resulting in an inverted-T scar.
The traditional breast lift relies on soft tissue rearrangement to improve breast projection and shape. When done properly, most surgeons would agree that the use of additional materials like biological mesh is unnecessary.