Endometriosis (Diagnosis)

Ziwig Endotest® ('Endotest') is marketed in several countries, including Switzerland, which was the first country to make it available in 2022. Since February 2025, several French clinical investigation sites have been offering Endotest, developed by Ziwig, under the innovation funding. Initially, this innovation funding enabled 2,500 patients to be included in a clinical trial (ENDOBEST: ID-RCB 2024-A02092-45). Since the end of December 2025, it has been expanded and now covers a further 22,500 patients whose are not included in the trial. This medical device is based on Next-Generation Sequencing combined with analytical algorithms and enables the identification of endometriosis from a saliva sample. This non-invasive test aims to improve patient care by reducing diagnostic delays and guiding treatment strategies. Despite the available data on its diagnostic performance, the impact of Endotest on patients' quality of life, their emotional experience, their coping strategies, and their care pathways remains insufficiently documented. Indeed, the Endotest result (positive or negative) can significantly influence these various aspects. This cohort study aims to assess the impact of Endotest on patients' quality of life, primarily using validated self-report questionnaires and clinical data from medical records. By including a large sample of patients, this study aims to provide robust and generalisable data that will be useful for clinicians and patients themselves.

This study examines whether the food supplement Doliral can improve quality of life and reduce pelvic pain in women with endometriosis, compared with placebo, over several weeks.

An observational, prospective, multicenter study conducted on patients of childbearing age undergoing laparoscopic surgery for early-stage benign or malignant gynecological disease. The study does not include changes to the standard care pathway.

The goal of this side-randomized, self-controlled trial, 1-site study is to explore the efficacy of Indocyanine Green Fluorescence (ICG) for Intraoperative Ureter Identification During Robot-Assisted Single-Site Surgery in Advanced-Stage Endometriosis. Researchers will perform temporary ureteral stent using indocyanine green fluorescence for intraoperative ureteral identification on either the left or right side of subjects who are undergoing a robotic assisted transumbilical resection of advanced endometriosis. Participants will be randomized to receive ICG-assisted ureteral identification on either the left or right side. Randomization will be conducted using a computer-generated block randomization method. The primary aim is to determine whether ICG-assisted ureter visualization can reduce operative time for endometriosis resection and ureterolysis, and minimize the risk of ureteral injury. Secondary objectives are to assess the feasibility and safety of temporary ureteral ICG stenting for intraoperative ureter identification in advanced endometriosis.