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Which da Vinci surgical system? Novel flexible, single-port versus current multiport, rigid-arm robotic surgical system
The da Vinci robotic surgical system has transformed how oropharyngeal head and neck surgery can be delivered. The existing da Vinci Si model has challenges: the dimensions of this are larger than would be ideal for head and neck surgery...The DEKA SmartXide CO2 Laser is cited in recent paper "Transoral robotic surgery using CO2 Laser in oropharyngeal squamous cell carcinoma: a clinical case series”
The UK government's new 10-year cancer strategy delivering plans to significantly improve cancer survival through earlier diagnosis and faster access to treatment means a commitment to rapidly expanding the use of robotic surgery across the NHS; the ability of devices...Robotic surgery in focus
Super Surgeons is a three-part series broadcast in the UK on Channel 4 this summer.The 5th EHNS Workshop on Head and Neck Robotic Surgery
This two-day workshop focuses on the state of the art in head and neck robotic surgery and related technologies, providing a broad overview of current applications, cutting-edge tools and innovations. Led by a panel of leading surgeons and oncologists, it...ENT In this issue...Robotics in Head and Neck Surgery
Robotic surgery is here to stay. Within the specialty of otolaryngology, robotics has made headway across all of the subspecialties, although some advances may still be at the pre-clinical stage. The clinical applications are most acutely evident in the practice of head and neck cancer surgery, specifically transoral robotic surgery (TORS).Robotics in rhinology – fantasy or the future?
Robotic surgery is advancing, but its use in rhinology lags due to spatial constraints and high costs. Innovations in flexible robots may bridge this gap in the future. We are in a new era, one of artificial intelligence and robotics....
The newest robot from da Vinci – what can it offer for hypopharyngeal cancer surgery?
The standard existing da Vinci surgical robot (the Si model) has been much maligned for not being optimally designed for transoral access and endoscopic manoeuvrability in head and neck surgery. This preclinical work from Holsinger and his team looks at...
Advances in surgical innovation for head and neck cancer
This article reviews current advances in surgical treatment of head and neck cancers such as sentinel node biopsy, stereolithic modelling, transoral robotic surgery and intra-operative imaging of tumour margins. Sentinel node biopsy has been found to be especially useful for...
Tactile Sensing and Displays: Haptic Feedback for Minimally Invasive Surgery and Robotics
This book has a catchy title and due to my interest in developing simulation systems for training in surgery I was delighted to be asked to review. However, I found it very hard going and the first few chapters are...
