Bert W O'Malley1, Gregory S Weinstein. 1. Department of Otorhinolaryngology-Head and Neck Surgery, University of Pennsylvania, Philadelphia, PA 19104, USA. bert.omalley@uphs.upenn.edu
Abstract
PURPOSE: To develop a minimally invasive surgical technique to access the midline and anterior skull base using the optical and technical advantages of robotic surgical instrumentation. METHODS AND MATERIALS: Ten experimental procedures focusing on approaches to the nasopharynx, clivus, sphenoid, pituitary sella, and suprasellar regions were performed on one cadaver and one live mongrel dog. Both the cadaver and canine procedures were performed in an approved training facility using the da Vinci Surgical Robot. For the canine experiments, a transoral robotic surgery (TORS) approach was used, and for the cadaver a newly developed combined cervical-transoral robotic surgery (C-TORS) approach was investigated and compared with standard TORS. The ability to access and dissect tissues within the various areas of the midline and anterior skull base were evaluated, and techniques to enhance visualization and instrumentation were developed. RESULTS: Standard TORS approaches did not provide adequate access to the midline and anterior skull base; however, the newly developed C-TORS approach was successful in providing the surgical access to these regions of the skull base. CONCLUSION: Robotic surgery is an exciting minimally invasive approach to the skull base that warrants continued preclinical investigation and development.
PURPOSE: To develop a minimally invasive surgical technique to access the midline and anterior skull base using the optical and technical advantages of robotic surgical instrumentation. METHODS AND MATERIALS: Ten experimental procedures focusing on approaches to the nasopharynx, clivus, sphenoid, pituitary sella, and suprasellar regions were performed on one cadaver and one live mongrel dog. Both the cadaver and canine procedures were performed in an approved training facility using the da Vinci Surgical Robot. For the canine experiments, a transoral robotic surgery (TORS) approach was used, and for the cadaver a newly developed combined cervical-transoral robotic surgery (C-TORS) approach was investigated and compared with standard TORS. The ability to access and dissect tissues within the various areas of the midline and anterior skull base were evaluated, and techniques to enhance visualization and instrumentation were developed. RESULTS: Standard TORS approaches did not provide adequate access to the midline and anterior skull base; however, the newly developed C-TORS approach was successful in providing the surgical access to these regions of the skull base. CONCLUSION: Robotic surgery is an exciting minimally invasive approach to the skull base that warrants continued preclinical investigation and development.
Authors: F J J Fernandez-Nogueras; M J Katati; M A Arraez Sanchez; M Molina Martinez; M Sanchez Carrion Journal: Eur Arch Otorhinolaryngol Date: 2014-06 Impact factor: 2.503
Authors: Randall A Bly; David Su; Thomas S Lendvay; Diana Friedman; Blake Hannaford; Manuel Ferreira; Kris S Moe Journal: Otolaryngol Head Neck Surg Date: 2013-10-23 Impact factor: 3.497