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About

Chinonyerem Okoro is a urologic surgeon and researcher whose work centers on advancing minimally invasive surgical techniques for kidney cancer and complex urinary tract reconstruction. Her most cited study, "Can Selective Arterial Clamping With Fluorescence Imaging Preserve Kidney Function During Robotic Partial Nephrectomy?" (74 citations), explores a novel approach to nephron-sparing surgery—using real-time fluorescence imaging to selectively clamp renal arteries, thereby reducing ischemic damage and preserving kidney function. This contribution addresses a critical challenge in robotic partial nephrectomy and has informed surgical protocols aimed at improving renal outcomes. Okoro has also investigated rare but significant complications, such as biopsy tract seeding in renal cell carcinoma, and contributed to the refinement of robotic ureteral reimplantation techniques. Her work reflects a commitment to enhancing precision and safety in urologic oncology and reconstructive surgery. With a growing citation footprint and a focus on translational innovation, Okoro is establishing herself as a thoughtful contributor to the evolution of robotic urologic surgery.