The aim is to achieve the best possible aesthetic and functional result. This requires innovative and highly specialised surgical approaches. These include
Skin grafting
This involves transferring skin from a donor site to the affected area. Skin grafts are often used for superficial repairs but do not include the underlying tissue and do not offer as much functionality as other methods.
Local and regional flaps
Flap plasty is more complex and involves the transfer of living tissue, including skin, fat and sometimes muscle, from a nearby area to the reconstruction site. These flaps retain their original blood supply and promote healing and integration into the surrounding tissue.
Free flap reconstruction
Free flaps are used for more extensive reconstructions. In this technique, tissue (skin, muscle, bone or a combination of these) is transplanted from a removed part of the body.
The blood vessels of the tissue are reconnected to the vessels at the reconstruction site using microvascular surgical techniques. This enables the transfer of larger volumes of tissue and offers more options for adapting the shape and function of the area to be reconstructed.
Microvascular surgery
A cornerstone of complex reconstructions is microvascular surgery, in which tiny blood vessels are repaired or reconnected using a microscope to ensure the viability of the transferred tissue. This technique is particularly important for procedures with free flaps.
Bone reconstruction
For defects in the jaw or facial bones, surgeons can use bone grafts or customised implants.
Advances in 3D printing have made it possible to create patient-specific implants that match the contours of the patient's anatomy, improving functional and aesthetic outcomes.
Technology and innovations
Technological advances such as 3D imaging and 3D printing, virtual surgical planning (VSP) and computer-aided design (CAD) significantly improve the precision of reconstructions.
These tools allow for careful pre-operative planning, reducing surgery time and improving outcomes.