Alexander Turner

Leeds General Infirmary, Leeds Teaching Hospitals NHS Trust

Papers

Total Citations

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About

Alexander Turner is a leading figure in pediatric urology, with a focused expertise in robotic surgery and its application to complex congenital conditions. His major contributions center on refining surgical techniques and objectively measuring the learning curve for robotic procedures in children. Turner’s seminal work, "Robot Docking Time: Cumulative Summation Analysis of a Procedure-Independent Learning Curve in Pediatric Urology" (22 citations), introduced a novel, procedure-independent method to assess surgical proficiency, moving beyond traditional console-time metrics. This approach provides a more nuanced understanding of skill acquisition, directly impacting training protocols. He further advanced the field with "Robotic Pyeloplasty in Children: A 'Barbed' Shortcut" (16 citations), demonstrating the efficacy of barbed sutures (like V-Loc™) to streamline the gold-standard treatment for pelviureteric junction obstruction. By reducing operative steps without compromising outcomes, Turner’s work enhances efficiency and accessibility of minimally invasive surgery. His research not only improves surgical precision but also establishes evidence-based benchmarks for robotic training, making him a pivotal contributor to modern pediatric urology.