A source of readily available material is needed to repair tracheal stenoses when standard techniques cannot be utilized. Composite nasal septal autografts of the trachea were studied in 12 dogs at varying intervals up to 12 months. Results from gross, bronchoscopic, and histologic data have been reported and are encouraging. Two cases utilizing these grafts are presented, using the wedge technique to repair tracheal stenoses.
BailyBJCampFA: Current concepts in reconstruction of the cervical trachea. Amer J Surg35: 153–165, 1969.
3.
GrilloHC: Surgery of the trachea. Curr Probl Surg, July 1970, pp 1–59.
4.
KapurTR: Tracheal injury and reconstruction. Brit J Surg54: 689–694, 1967.
5.
EkestromSCarlensE: Teflon® prosthesis in tracheal defects in man. Acta Chir Scand245 (suppl): 71–75, 1959.
6.
CantrellJRFolseJR: The repair of circumferential defects of the trachea by direct anastomosis: Experimental evaluation. J Thorac Cardiovasc Surg43: 589–598, 1961.
7.
GrilloHC: The management of tracheal stenosis following assisted respiration. J Thorac Cardiovasc Surg57: 52–71, 1969.
8.
NaefAP: Extensive tracheal resection and tracheobronchial reconstruction. Ann Thorac Surg8: 391–401, 1969.
9.
ConsiglioV: Auricular cartilage auto-plasty in the experimental repair of the trachea. Panminerva Med11: 13–16, 1961.
10.
FarkasLGFarmerAWMcCainWG: Replacement of a tracheal defect in the dog by a performed composite graft. Plast Reconstr Surg50: 238–241, 1972.
11.
TaffelM: The repair of tracheal and bronchial defects with free fascia grafts. Surgery8: 56–63, 1940.