Abstract
We report the anesthetic management of a patient scheduled for tumor resection with a giant ovarian tumor containing 83 l of fluid. A 59-year-old woman [height 154 cm; weight 146 kg (ideal: 52 kg)] with a giant ovarian tumor was scheduled for tumor resection. Her preoperative abdominal circumference was 194 cm, which made supine positioning difficult. The thoracoabdominal computed tomography revealed a right giant cystic ovarian tumor with an estimated mass of 100 kg. Evidence of malignant tumor was not observed. In the operation room, she was intubated using a video laryngoscope (Airway Scope®, Hoya, Tokyo, Japan) in a semirecumbent position under conscious sedation. Following general anesthesia, the tumor fluid was gradually aspirated at a rate of 500 ml/min, and during this procedure, spontaneous respiration was preserved with pressure support ventilation. After the fluid was drained, the tumor was resected in a supine position. There were no major perioperative complications in hemodynamic and respiratory status, such as supine hypotensive syndrome or re-expansion pulmonary edema. Her weight decreased to 50 kg postoperatively. Maintenance of spontaneous respiration and slow aspiration of the tumor fluid prevented respiratory and hemodynamic failure and resulted in safe anesthesia management during giant ovarian tumor resection.
Highlights
Patients with giant ovarian tumors are considered at greater risk of perioperative complications and require meticulous anesthetic management
We present the anesthetic management without major complications of a patient with a giant ovarian tumor with a fluid volume of 83 l
The tumor was cystic with no evidence of malignancy on tumor markers and thoracoabdominal CT, which allowed us to proceed with fluid aspiration as our initial step in tumor removal
Summary
Patients with giant ovarian tumors are considered at greater risk of perioperative complications and require meticulous anesthetic management. A rapid decrease in thoracic pressure after removal of giant ovarian tumors can cause hemodynamic collapse and reexpansion pulmonary edema. If the ovarian tumor is benign and cystic, it has been previously reported that maintaining spontaneous respiration and slow aspiration of the cystic tumor fluid before surgical resection were effective to prevent such complications (Miyawaki et al 2000; Nishiyama & Hanaoka 1997).
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