Background: Fibula free flap mandible reconstruction is the standard procedure after wide resection of the mandible. Establishment and maintenance of normal occlusion are important in mandible reconstruction both intraoperatively and after surgery. However, scar formation on the surgical site can cause severe fibrosis and atrophy of soft tissue in the head and neck region.Case presentationHere, we report a case of severe soft tissue atrophy that appeared along with scar formation after mandibular reconstruction through the fibular free flap procedure. This led to normal occlusion collapse after it was established, and the midline of the mandible became severely deviated to the affected side that was replaced with the fibula free flap, leading to facial asymmetry. We corrected the malocclusion with a secondary operation: a sagittal split ramus osteotomy on the unaffected side and a sliding osteotomy on the previous fibula graft. After a healing time of 3 months, implants were placed on the fibula graft for additional occlusal stability. Conclusion We report satisfactory results from the correction of malocclusion after fibula reconstruction using sliding fibula osteotomy and sagittal split ramus osteotomy. The midline of the mandible returned to its original position and the degree of facial asymmetry was reduced. The implants reduced difficulties that the patient experienced with masticatory function.

Background: Fibula free flap mandible reconstruction is the standard procedure after wide resection of the mandible. Establishment and maintenance of normal occlusion are important in mandible reconstruction both intraoperatively and after surgery. However, scar formation on the surgical site can cause severe fibrosis and atrophy of soft tissue in the head and neck region.Case presentationHere, we report a case of severe soft tissue atrophy that appeared along with scar formation after mandibular reconstruction through the fibular free flap procedure. This led to normal occlusion collapse after it was established, and the midline of the mandible became severely deviated to the affected side that was replaced with the fibula free flap, leading to facial asymmetry. We corrected the malocclusion with a secondary operation: a sagittal split ramus osteotomy on the unaffected side and a sliding osteotomy on the previous fibula graft. After a healing time of 3 months, implants were placed on the fibula graft for additional occlusal stability. Conclusion We report satisfactory results from the correction of malocclusion after fibula reconstruction using sliding fibula osteotomy and sagittal split ramus osteotomy. The midline of the mandible returned to its original position and the degree of facial asymmetry was reduced. The implants reduced difficulties that the patient experienced with masticatory function.

Although cytomegalovirus (CMV) infection of the gastrointestinal tract can occur in persons with normal immune function, it almost exclusively affects the immunocompromised host such as transplant recipients and AIDS patients, and it can cause significant clinical illness. CMV remains the single most important pathogen that affects solid organ transplant recipients. While CMV can affect any segment of the gastrointestinal tract, the colon is the most common site of infection, and this is followed by the upper gastrointestinal tract. However, CMV infection associated with simultaneous gastric and colonic ulcer is very rare and this has been reported in only one case, and a case of simultaneous gastric, duodenal and colonic ulcer associated with CMV infection has not yet been reported in Korea. We report here on a case of simultaneous gastric, duodenal and colonic ulcer associated with CMV infection that showed the characteristic histologic findings seen for CMV infection in renal transplant recipients.
Colon* ; Cytomegalovirus Infections* ; Cytomegalovirus* ; Gastrointestinal Tract ; Humans ; Immunocompromised Host ; Kidney Transplantation ; Korea ; Transplantation ; Transplants ; Ulcer* ; Upper Gastrointestinal Tract