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Background: Dermoid cyst accounts for 10-20 % of all ovarian tumors. Traditionally giant ovarian cysts have been removed through a midline laparotomy. Here we report a case of laparoscopy-assisted removal of a giant dermoid cyst in an adolescent girl. Case Presentation: A 17-year-old girl presented with a complaint of abdominal distension for 7 months. Abdominal examination revealed a well-defined tense cystic mass arising from the pelvis and extending up to the epigastric region. CT scan of abdomen and pelvis reported a mature teratoma of size 25.5x19.9x35cm of the right ovary. Laparoscopic excision of the cyst was performed following extracorporeal drainage of the cyst. Conclusion: Laparoscopy-assisted removal of a giant ovarian dermoid cyst is a feasible mode of treatment irrespective of its size provided malignancy has been ruled out. [ABSTRACT FROM AUTHOR]

Adequate drainage of venous blood is the most critical part of successful free tissue transfer. We report a case of anterolateral thigh flap used for covering open communited tibial fracture. The flap was salvaged with short term augmentation of venous drainage with external shunt. The drainage was continued for six days. It was confirmed that there is no more congestion after blocking the catheter and then the drainage was discontinued on seventh day. The flap was successfully salvaged. This method has potential applications in multiple situations for successful salvage of free tissue transfer.

Adequate drainage of venous blood is the most critical part of successful free tissue transfer. We report a case of anterolateral thigh flap used for covering open communited tibial fracture. The flap was salvaged with short term augmentation of venous drainage with external shunt. The drainage was continued for six days. It was confirmed that there is no more congestion after blocking the catheter and then the drainage was discontinued on seventh day. The flap was successfully salvaged. This method has potential applications in multiple situations for successful salvage of free tissue transfer. [ABSTRACT FROM AUTHOR]