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About

Theodoros Spinos is an emerging surgical researcher specializing in robotic and minimally invasive urology, with a particular focus on robot-assisted procedures for prostate, bladder, and renal pathologies. His most significant contribution to date is a prospective pilot study evaluating the avatera™ robotic system for radical prostatectomy, which has garnered 12 citations and positioned him as an early adopter and evaluator of novel surgical platforms. Spinos has played a central role in assessing the avatera system across multiple urological applications, including cadaveric IDEAL-D framework evaluations designed to rigorously appraise high-risk surgical devices before widespread clinical adoption. His research extends into advanced surgical planning, including three-dimensional interactive modeling for partial nephrectomy, and complex reconstructive techniques such as robotic-assisted ureterocalicostomy. He has also contributed a systematic review examining the role of omentum in robotic reconstructive urology and investigated strategies to minimize operative preparation and docking time for robotic-naïve surgical teams. Collectively, his work reflects a commitment to expanding the evidence base for emerging robotic technologies and improving surgical efficiency, making him a noteworthy voice in the rapidly evolving landscape of robotic urological surgery.