Closing a Tracheal Defect with an Omental Pedicled Gastric Flap; A Technical Note.

Due to an adenocarcinoma of the right upper lobe with infiltration of the main bronchus a 49-years-old female patient underwent an upper bilobectomy with sleeve resection. After two completed chemotherapy bouts and signs of sepsis another thoracotomy was inevitable.  As a complicating factor a supracarinal, necrotic and perforating lesion of the trachea appeared. The defect can be initially repaired with a suture and covered with azygos vein material. However surgical revision showed an enlargement of the tracheal necrosis. Then the lesion was occluded with a diaphragmatic pedicled flap. Nevertheless after the operation a tracheal insufficiency with massive ventilation leakage was observed. It was generated by the death of the diaphragmatic flap. As an ultimate therapeutic measure a transplantation of a pedicled omental gastric flap was performed, which in case of a failure of the conventional operative techniques, is an additional option in closing tracheal defects caused by infections. Especially in cases of massive infected thoracic cavity and tracheal necrosis omentum majus is, compared to muscle flaps, the better biological tissue to close and heal the tracheal defect. This case report firstly describes a successfully closure of a tracheal defect using the technique mentioned above.

Penetrating nail-gun injury of the heart managed by adenosine-induced asystole in the absence of a heart-lung machine.

During his work, an 18-year-old carpenter-in-training overbalanced and shot himself in the left median thorax with a nail gun. The patient was delivered to our thoracic surgery unit with a tentative diagnosis of penetrating lung trauma. An emergent computed tomogram showed a heart-penetrating nail injury. The patient was taken to the operating room, where he underwent emergency surgery that included sternotomy, pericardiotomy, extraction of the nail, and trauma treatment of the heart injury. The surgery was performed in a unit without a heart-lung machine. For that reason, asystole was chemically induced by the intravenous administration of adenosine. The surgery was successful, and the patient was discharged from the hospital on the 10th postoperative day. In cases of penetrating injuries of the heart, especially those with a foreign body retained in situ, we believe that the intravenous administration of adenosine is an elegant solution for the rapid provocation of asystole. In contrast to other methods, adenosine-induced asystole enables relatively safe myocardial manipulation in the absence of a cardiac surgical unit and a heart-lung machine.