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Carl-Peter Cornelius

Publications and source records attributed to Carl-Peter Cornelius.

2 recordsLinked to original sources

Microsurgical reconstruction of noma-related facial defects with folded free flaps: an overview of 31 cases.

Noma is primarily affecting children in underprivileged countries and results in disfiguring facial defects, loss of mandibular movement, and subsequent social disintegration. Plastic surgery in West Africa traditionally uses pedicled flaps. In large, complex, or central facial defects, though, pedicled flaps are apt to be too small or have a significant donor site morbidity. Since 1999, we have been using free microvascular flaps in Nigeria. In 5 Interplast missions, 31 patients (age 5-45 years, median 20 years, female to male ratio 18:13) underwent 31 free flap procedures in Nigeria, 27 of them for primary treatment. The operative time ranged from 3.75-8.75 hours (mean 5.5 hours). An external distractor/fixator to maintain mouth opening was mounted in 13 cases. All anastomoses were done with loupe magnification. Three flaps failed completely, 1 partly, and 4 patients showed minor wound infections. No donor-site complications occurred. Free flaps can be a suitable and safe closure for complex noma defects even in underprivileged circumstances, if patient profile and own microsurgical routine allows it. Patient disfigurement can be less than in pedicled flaps regarding the donor sites.

Adolescent↗

Longitudinal cephalometric analysis after maxillary distraction osteogenesis.

The aim of this study was to analyze the long-term dentoskeletal changes in patients who received distraction osteogenesis of the maxilla. Seventeen patients aged 12 to 31 years underwent rigid external distraction osteogenesis for treatment of maxillary hypoplasia. Cephalograms were evaluated retrospectively regarding linear and angular measurements. Follow-up times ranged from 1 to 5 years. In two patients, there was no consolidation of the Le Fort I segment to the midface. After the 0- to 12-month period, the maxilla had a stable position in all patients. Nevertheless, there was further decrease of SNA and ANB and an increase of the facial concavity thereafter. Ongoing growth of the facial skeleton must be considered when distraction osteogenesis is chosen for the advancement of the maxilla in adolescents.

Adolescent↗