[Progresses and perspectives in cybersurgery].
Aim of this paper is to describe the last progress of surgical robotics owing to the more precise and more reliable instrumentations The surgical robotic applications supported by these technological developments and by the new applications allowed by the outstanding contribution of Electronic Bioengineering Had the possibility to utilise more powerful Telecommunications Networks, essential tool for the data transmission, having an impact in several areas like Telemedicine, Diagnosis and Medical and Surgical Therapy of the patient. The data transmission in real time, that of course is not influenced by the distance, allows a new virtual contact (Map-Volume) and a Clinical three-dimensional Anatomical Space (3D) operative between the surgeon and the complex robotical system. Formed by the Monitor/Controller/Robot Surgeon/patients and distant neighbours. The use of Robotic Surgery, more and more involved in Telemedicine and in the complex system of teleassistance inside the Emergency Centres for all type of catastrophe, will be essential and decisive in the nearer future. In conclusion, many new scenarios with various applications have be opened us for Telerobotic Surgery. Innovations, applications, developments of new systems will involve a greater and greater number of technicians, Doctors, Bioengineers, Clinical Engineers, Informatic Staff in all Telemedicine sectors..
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Fulvio
F
Politecnico di Milano per la Telemedicina e la Telechirurgia Robotica e Consulente per la Commissione di Bioingegneria dell'Ordine degli Ingegneri di Milano. fulvio.falcone@fastwebnet.it
D004867:Equipment Design; D005544:Forecasting; D006801:Humans; D012371:Robotics / Q000295:instrumentation / Q000639:trends; D013514:Surgical Procedures, Operative / Q000379:methods*