Total laparoscopic radical hysterectomy with intraoperative sentinel node identification in patients with early invasive cervical cancer

To describe the feasibility and results of total laparoscopic radical hysterectomy with intraoperative sentinel lymph node identification in patients with early cervical cancer. Between March 2001 and October 2003, 12 patients with FIGO stage IA 2 ( n = 1) or IB 1 ( n = 11) cancer of the cervix underwent surgical treatment through the laparoscopic route. All patients underwent a laparoscopic sentinel node identification with preoperative lymphoscintigraphy (technetium-99 m colloid albumin injection around the tumor) and intraoperative lymphatic mapping with isosulfan blue dye and a laparoscopic gamma probe followed by systematic bilateral pelvic lymphadenectomy and laparoscopic type II ( n = 5) or type III ( n = 7) hysterectomy. A mean of 2.5 sentinel nodes per patient (range 1−4) was detected, with a mean of 2.33 nodes per patient by gamma probe and a mean of 2 per patient after blue injection (combined detection rate 100%). The most frequent localization of the nodes was the interiliac region. Histopathologic examination of sentinel nodes including cytokeratin immunohistochemical analysis did not show metastasis. Microscopic nodal metastases were not found. The mean number of resected pelvic nodes was 18.6 per patient (range 10–28). The operation was performed entirely by laparoscopy in all patients and no case of laparotomy conversion was recorded. The mean duration of operation was 271 min (range 235–300), with a mean blood loss of 445 mL (range 240–800), and a mean length of stay of 5.25 days (range 3−10). No major intraoperative complications occurred. After a median follow-up of 20 months (range 5–34), all patients are free of disease. This study shows the feasibility of the combination of laparoscopic intraoperative sentinel node mapping and laparoscopic radical surgery in the context of minimally invasive surgery for the management of patients with early cervical cancer.