Abstract

(1) Background: Sentinel lymph node staging (SLN) with indocyanine green (ICG) in cervical cancer is the standard of care in most national and international guidelines. However, the vast majority of relevant studies about the safety and feasibility of this method are conducted on minimally invasive surgery; (2) Methods: This study is a retrospective analysis of a retrospective collected database of 76 consecutive patients with cervical cancers, who were operated laparoscopically (50%), or laparotomy (50%). Sentinel nodes were defined as the ICG-positive pelvic nodes in the first and second echelons. False negative cases were defined as positive non-sentinel lymph nodes despite successful sentinel mapping or failed mapping bilaterally by per-patient assessment or unilaterally by pelvic sidewall assessment; (3) Results: Regardless of the approach (open or laparoscopic), the SLN technique achieved a total sensitivity, specificity, and negative predictive value (NPV) of 94.7%, 98.6%, and 94.7%, respectively in the entire sample. The bilateral detection rate was as high as 93.4% with identical results in both approaches. The sensitivity and NPV for SNL in open surgery was found to be similar to minimal access surgery; (4) Conclusions: ICG and SPY-PHI technique is a reliable tool to detect sentinel lymph nodes in cervical cancer during laparotomy.

Highlights

  • Lymph node metastatic spread is the most important prognostic factor in early-stage cervical cancer

  • This study aims primary to assess the feasibility of SLN with indocyanine green (ICG) in cervical cancer patients undergoing open radical hysterectomy with SLN and compare its detection rate to the laparoscopic approach

  • All mapped sentinel nodes were analysed with the ultra-staging concept

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Summary

Introduction

Lymph node metastatic spread is the most important prognostic factor in early-stage cervical cancer. The reported survival rates for patients with FIGO-stage I cervical cancer are between 80% and 98%. The five-year survival of these patients can drop significantly to 50% when the lymph nodes are involved [1]. The preoperative assessment of the lymph nodes involvement remains less accurate than pathologic evaluation of lymph nodes even when using PET-CT, which is the preferred imaging modality to assess for metastatic disease [3,4,5]. Sentinel lymph node staging (SLN) has proven accurate in identifying lymph node metastasis with a detection rate of 95% and sensitivity of 100% in up to stage IB1 cervical cancer [9] and is increasingly adopted

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