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About

Caner Z. Dinlenc is a urological surgeon whose research has been instrumental in advancing robot-assisted laparoscopic techniques, particularly in the areas of reconstructive urology and oncological surgery. His most influential contributions center on robotic pyeloplasty — a minimally invasive approach to correcting ureteropelvic junction obstruction — with his landmark 2005 papers on robot-assisted laparoscopic dismembered pyeloplasty collectively amassing nearly 150 citations. These works demonstrated that robotic technology could democratize complex laparoscopic procedures previously limited to highly specialized centers, significantly broadening access to minimally invasive reconstruction. Dinlenc also pioneered important techniques in robotic radical prostatectomy, including a notable 2004 paper describing ureteral reimplantation during robot-assisted laparoscopic radical prostatectomy — a technically demanding maneuver reflecting his surgical versatility. His collaborative work within the New York urological community further underscores his role as a regional leader in robotic surgery's early adoption and dissemination. Additional research examining active surveillance and brachytherapy candidacy reflects his broader interest in optimizing prostate cancer treatment selection. Collectively, Dinlenc's career represents a formative contribution to the integration of robotic technology into modern urological practice during a critical period of surgical innovation.