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Silicone Breast Implants

Silicone Breast Implants

Silicone is a polymer with numerous applications in cosmetics and medical implants. It comes in liquid, gel, and solid forms that resemble rubber. Breast augmentation uses silicone breast implants. It can also be positioned above or below the muscle. In order to restore a breast mound following a mastectomy, they are also utilized. Implants are silicone sacs that are either filled with silicone gel or sterile salt water (saline).

Breast implants for breast surgery are the most well-known application of silicone. Medical implants placed beneath the breast muscle or tissue are called silicone breast implants. of the chest to either enlarge the breasts (breast augmentation) or aid with breast reconstruction following a mastectomy.

Saline-filled or silicone breast implants are both available. The silicone casing of both varieties of implants is present. Breast implants with an interior filling of silicone are known as silicone implants. They come in a variety of sizes, volumes, and textures and are highly well-liked.

Advantages of Silicone

Silicone is a compound made up of silicon, oxygen, and other components like carbon and hydrogen. The following are just a few of the benefits of silicone:

  1. It is stable at high temperature
  2. It is resistant to aging
  3. It is resistant to sunlight
  4. It is resistant to moisture
  5. It is resistant to extremes in temperature

Understanding Incisions

Before choosing the proper incision technique, the physician and patient must have extensive discussions.

  1. Under the breast, the first inframammary incision is performed.
  2. Next, there is transaxillary incision made right under the armpit.
  3. The periareolar incision is made around the nipple.

The type of implant, among other things, determines the sort of incision needed for the anatomy of a patient.

Every five to six years following implantation, doctors advise patients to get an MRI. The silent rupture, or silicone leakage from the implant into the tissue around the implant, is detected by the MRI. This advice also applies to gummy bear implants since an outer shell rupture can be seen on an MRI.

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