Surgery has marked a milestone in history, from its origins and for many centuries, this specialty a close relationship with the healing of wounded in combat case presented during the beginning of Open Surgery, with the so-called Trepanaciones Craniaas that were made in the 700 a.C. - 200 AD for the Paracas Culture in Peru; with the During the time the techniques that were complemented with the use were perfected of new instruments and the development of technology leading to a revolution in the various Surgical specialties   DOI 10.25176/RFMH.v19.n1.1800

La Cirugía ha marcado un hito en la historia, desde sus orígenes y durante muchos siglos, esta especialidad estaba en estrecha relación con la curación de heridos en combate, una gran evidencia se denota en el caso presentado durante los inicios de la Cirugía Abierta, con las intervenciones llamadas Trepanaciones Craneanas que fueron realizadas en los años 700 a.C. – 200 d.C. por la Cultura Paracas en el Perú; con el transcurso del tiempo se fueron perfeccionando diversas técnicas que se complementaron con el uso de nuevos instrumentos y el desarrollo de la tecnología dando lugar a una revolución en las diversas especialidades quirúrgicas.   DOI 10.25176/RFMH.v19.n1.1800

In the current situation of the large-scale spread of COVID-19, whereas contagion increases, the role of robots (designed with Teleoperation and Artificial Intelligence technology) in society becomes essential, because they need to be used in hospital settings, urban environment, and also using Telemedicine consultancy to have access to all communities in the world, in order to avoid the spread of the virus. In addition, multidisciplinary work could be promoted, among the engineering and health sciences in the American Continent and Worldwide, through research, development and innovation projects in Biomedical Engineering, with the proposal of being ready to face a global and national emergency like the current Pandemic caused by SARS-CoV-2.

In the current situation of the large-scale spread of COVID-19, whereas contagion increases, the role of robots (designed with Teleoperation and Artificial Intelligence technology) in society becomes essential, because they need to be used in hospital settings, urban environment, and also using Telemedicine consultancy to have access to all communities in the world, in order to avoid the spread of the virus. In addition, multidisciplinary work could be promoted, among the engineering and health sciences in the American Continent and Worldwide, through research, development and innovation projects in Biomedical Engineering, with the proposal of being ready to face a global and national emergency like the current Pandemic caused by SARS-CoV-2.

Surgical Engineering Society conducted a research, the First Review as the pioneers in LATAM, since year 2015, which develops the topic of the latest Medical Robotics technologies created in North América, Europe and Asia, which are imported to apply in the Healthcare System of Peru and Latin America. The robotic systems for surgery, rehabilitation and assistance are presented covering the description of control design and technical specifications. Besides, the patient management using robots is analyzed with diagnosis, prognosis and treatment tools. The process to evaluate the new inventions of robotic devices and bring to the market is introduced where three stages are shown as the following: innovation, regulatory affairs and biomedical application. Moreover, there is a high percentage of population with disability in Latin America, therefore, it is necessary that more biomedical sci...

Surgical Engineering Society realizó una investigación, la primera revisión como pioneros en LATAM, desde el año 2015, que desarrolla el tema de las últimas tecnologías de robótica médica creadas en América del Norte, Europa y Asia, que se importan para aplicarlas en el sistema de salud de Perú y América Latina Los sistemas robóticos para cirugía, rehabilitación y asistencia se presentan cubriendo la descripción del diseño del control y las especificaciones técnicas. Además, el manejo del paciente mediante robots se analiza con herramientas de diagnóstico, pronóstico y tratamiento. El proceso para evaluar los nuevos inventos de los dispositivos robóticos y llevarlo al mercado se introduce donde en las tres etapas que se muestran a continuación: innovación, asuntos regulatorios y aplicación biomédica. Además, hay un alto porcentaje de población con discapacidad ...