Implantation Superficial

Surface implantation is a method of introducing an implant into the superficial layers of skin or soft tissue, without the need for deep penetration into the tissue. This allows you to minimize the risk of damage to surrounding tissues and reduce the likelihood of complications associated with deep implantation.

Superficial implantation can be used to correct various skin and soft tissue defects. For example, it can be used to correct wrinkles, increase lip volume, correct the shape of the nose and other cosmetic procedures.

When implanting superficially, special implants are used that have a shape and size that corresponds to the required corrective effect. Implants can be made of various materials such as silicone, polyurethane or biocompatible materials.

Before performing a superficial implantation procedure, it is necessary to conduct a detailed examination of the patient in order to determine the optimal method of carrying out the procedure and select a suitable implant. The procedure can be performed with or without local anesthesia, depending on the individual patient.

After the superficial implantation procedure, some complications may occur, such as inflammation, scarring or allergic reactions to the implant material. However, if the procedure is carried out correctly and all doctor’s recommendations are followed, these complications can be minimized.

In general, superficial implantation is an effective and safe method for correcting cosmetic defects. It allows you to get the desired results without deep penetration into the tissue and minimize the risk of complications.

**Superficial implantation**

Implantation is the replacement of a lost or damaged organ with a mechanical analogue that is similar in form, function and environmental conditions. Thanks to I., it is possible to eliminate tissue deficiency while maintaining the patient’s vital functions. Artificial organs are created in laboratory conditions in stages, starting with the production of reference biological material. This is the basis for work on creating prostheses for blood vessels, hearts, and biological tissues for transplantation. The most important advantage of synthetic analogues is the possibility of carrying them out, which improves the quality of human life for a long time. The advantage of I. over conventional transplantation is the possibility of gradually improving the functional state of the transplanted organ due to