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Search / Trial NCT07144904

Assessing the Efficacy of Indocyanine Green for Ureter Identification During Robot-Assisted Surgery in Advanced-Stage Endometriosis

Launched by BAYLOR COLLEGE OF MEDICINE ·

Trial Information

Current as of November 09, 2025

Not yet recruiting

Keywords

Ureteral Stent Placement Indocyanine Green Endometriosis Robotic Surgery Ureteral Identification

ClinConnect Summary

This clinical trial is studying a special dye called Indocyanine Green (ICG) to help surgeons see the ureters—the tubes that carry urine from the kidneys to the bladder—more clearly during robot-assisted surgery for advanced endometriosis. Endometriosis is a condition where tissue similar to the lining inside the uterus grows outside it, which can cause pain and other problems. The study aims to find out if using ICG can make surgery quicker and safer by reducing the chance of accidentally injuring the ureters.

The trial is for women aged 65 to 74 who are having robotic surgery to treat advanced endometriosis. During surgery, a temporary small tube (called a stent) will be placed in one ureter, and ICG dye will be used to make that ureter glow under special lighting. This helps the surgeon identify it more easily. Each participant will have the dye used on either the left or right side, chosen randomly. The researchers will then compare how well the surgery goes with and without the dye. The study is not yet recruiting participants but will also check if using this dye and stent is safe and practical during surgery.

Gender

FEMALE

Eligibility criteria

About Baylor College Of Medicine

Baylor College of Medicine is a leading academic institution dedicated to advancing health through innovative research, education, and clinical care. Located in Houston, Texas, it is renowned for its commitment to excellence in medical education and translational research, fostering collaborations that bridge laboratory discoveries with clinical application. As a clinical trial sponsor, Baylor College of Medicine leverages its robust infrastructure, interdisciplinary expertise, and access to diverse patient populations to conduct cutting-edge clinical studies aimed at improving patient outcomes and enhancing therapeutic approaches across a wide range of medical conditions.

Locations

Patients applied

0 patients applied

Trial Officials

Xiaoming Guan, PhD, MD

Principal Investigator

Department Chair of Minimally Invasive Gynecologic Surgery

Timeline

First submit

Trial launched

Trial updated

Estimated completion

Not reported