Docking del sistema HugoTM RAS en la prostatectomia radical robótica: revisión de la literatura y propuesta

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Authors: Víctor Enrique Corona-Montes, Juan Esteban Sánchez-Gilbert, Israel Salvador Domínguez-Sandoval, Anuar Daniel Berber-Deseusa, Rocío Natalia Gómez-López, Jesús Emmanuel Rosas-Nava
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Abstract

Introduction: the Hugo TM RAS (Robotic-Assisted Surgery) system, developed by Medtronic, has emerged as an alternative for robotic surgery, particularly in radical prostatectomy. This review aims to analyze the current evidence about his docking to the patient. Methods: a review of the literature was conducted using PubMed, Scopus, and Web of Science, including studies published up to August 2025. Priority was given to prospective, comparative studies and systematic reviews reporting outcomes of HugoTM RAS-assisted robotic radical prostatectomy. Results: nineteen studies were included. Hugo RAS demonstrated comparable results to the Da Vinci system in terms of operative time, blood loss, functional recovery, and positive surgical margins. Some differences were noted in docking time and the learning curve. Conclusion: HugoTM RAS represents a promising robotic platform for radical prostatectomy in México. We propose schema of docking. Current evidence suggests comparable performance to the established standard, with potential advantages in cost and modularity.

Fields of Study & Subjects

Prostate Cancer Diagnosis and Treatment Minimally Invasive Surgical Techniques Surgical Simulation and Training

Publication details

Journal / source
Revista Mexicana de Urología
Volume
85
Issue
6
Pages
1–7
Publication date
5 February 2026