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- surgical procedures, operative
- ovarian neoplasms
- granulosa cell tumor
- neoplasm recurrence, local
Granulosa cell tumors are diagnosed in stage I in 95% of cases, with a rate of recurrence as high as 10–64%.1
The most common management of granulosa cell tumor recurrence is surgical treatment, achieving no visible residual disease because the presence of tumor after surgery seems to be associated with diminished progression-free survival and overall survival.2
During the last two decades, due to the advances in laparoscopic instrumentation and techniques, the use of minimally invasive surgery in the management of ovarian cancer patients has been actively explored for the assessment of interval surgical cytoreduction, for secondary cytoreductive surgery, and even for tertiary cytoreductive surgery in very selected patients.
Concerning primary debulking minimally invasive surgery, most studies report an overlap of oncological outcomes compared with traditional surgery. The selection of patients is crucial to a successful outcome using minimally invasive surgery.
Complete cytoreduction documented in the literature ranges from 78.9–98.3% of cases. In the study of Gallota et al, 58 patients with ovarian cancer recurrence underwent secondary cytoreductive surgery by laparoscopy, with complete cytoreduction in 100% of cases. Eriksson et al compared minimally invasive surgery with the laparotomic approach in secondary cytoreductive surgery, and found the rate of complete debulking was 95% and 93%, respectively. For adequate selection of cases for laparoscopic cytoreduction, preoperative radiologic workup and intraoperative laparoscopic evaluation are crucial.3 4
This video (Video 1) demonstrates that laparoscopic tertiary cytoreductive surgery in ovarian cancer is feasible in cases with visible and located tumor recurrence. For superior hemi-abdomen access we use a 10 mm umbilical trocar and three accessory 5 mm trocars at both flanks. A diagnostic laparoscopy should be done for surgical planning and to assess cytoreduction feasibility. In this case an endoscopic liver retractor could be useful in order to improve recurrence exposure which is at liver segment 6 (Figure 1). Ultrasonic devices and bipolar forceps allow careful and hemostatic dissection of tumorous tissue around the liver. Finally, marking the recurrence site with metallic hemoclips is useful for patient surveillance.
A laparoscopic approach in well selected patients is feasible and can achieve complete cytoreduction. It also enables early patient recovery and the timely start of adjuvant treatment.
Contributors All authors have participated in the development of this video article.
Funding The authors have not declared a specific grant for this research from any funding agency in the public, commercial or not-for-profit sectors.
Competing interests None declared.
Patient consent for publication Not required.
Provenance and peer review Not commissioned; externally peer reviewed.
Data availability statement All data relevant to the study are included in the article or uploaded as supplementary information.
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