Аннотация:
Robotic surgery is a future method of minimal invasive surgery. Robot-assisted radical prostatectomy (RARP) is a common method of surgical treatment of prostate cancer. Due to significant differences of the surgical technique of RARP compared to open or laparoscopic radical prostatectomy (LRP) new methods of training are needed. At the moment there are many opinions how to train physicians best. Which model is the most effective one remains nowadays controversial. OBJECTIVE: Analyze currently available data of training methods of RARP. Determine the most effective training model and evaluate its advantages and disadvantages. Establish a standardized plan and criteria for proper training and certification of the entire surgical team. MATERIAL AND METHODS: Literature review based on PubMed database, Web of Science and Scopus by keywords: robot-assisted radical prostatectomy, training of robot-assisted prostatectomy, training in robot-assisted operations, a learning curve of robot-assiste
Ключевые слова:
a learning curve of robot-assisted prostatectomy; robot-assisted radical prostatectomy; training in robot-assisted operations; training of robot-assisted prostatectomy; virtual reality simulators (VR-simulators) in surgery
computer simulation; devices; education; educational model; human; learning curve; male; minimally invasive surgery; patient care; procedures; prostate tumor; prostatectomy; robotic surgical procedure; standards; virtual reality; Computer Simulation; Education; Humans; Learning Curve; Male; Minimally Invasive Surgical Procedures; Models, Educational; Patient Care Team; Prostatectomy; Prostatic Neoplasms; Robotic Surgical Procedures; Virtual Reality
Рапопорт Л. М. Леонид Моисеевич 1956-
Безруков Е. А. Евгений Алексеевич 1975-
Цариченко Д. Г. Дмитрий Георгиевич 1969-
Мартиросян Г. А.
Суханов Р. Б. Роман Борисович 1976-
Крупинов Г. Е. Герман Евгеньевич 1970-
Слусаренcо Р. И.
Морозов А. О. Андрей Олегович 1989-
Авакян С. К. Сасун Камоевич 1995-
Саргсян Н. А.
Rapoport L. M. Leonid Moiseevich 1956-
Bezrukov E. A. Evgenij Alekseevich 1975-
Tsarichenko D. G. Dmitrij Georgievich 1969-
Martirosyan G. A.
Sukhanov R. B. Roman Borisovich 1976-
Krupinov G. E. German Evgenyevich 1970-
Slusarenco R. I.
Morozov A. O. Andrej Olegovich 1989-
Avakyan S. K. Sasun Kamoevich 1995-
Sargsyan N. A.
Methods for training of robot-assisted radical prostatectomy [Metody obucheniia robot-assistirovannoĭ radikal'noĭ prostatéktomii]
Текст визуальный непосредственный
Хирургия. Журнал им. Н.И. Пирогова
Издательство Медиа Сфера
Вып. 1 С. 89-94
2019
Обзор
a learning curve of robot-assisted prostatectomy robot-assisted radical prostatectomy training in robot-assisted operations training of robot-assisted prostatectomy virtual reality simulators (VR-simulators) in surgery
computer simulation devices education educational model human learning curve male minimally invasive surgery patient care procedures prostate tumor prostatectomy robotic surgical procedure standards virtual reality Computer Simulation Education Humans Learning Curve Male Minimally Invasive Surgical Procedures Models, Educational Patient Care Team Prostatectomy Prostatic Neoplasms Robotic Surgical Procedures Virtual Reality
Robotic surgery is a future method of minimal invasive surgery. Robot-assisted radical prostatectomy (RARP) is a common method of surgical treatment of prostate cancer. Due to significant differences of the surgical technique of RARP compared to open or laparoscopic radical prostatectomy (LRP) new methods of training are needed. At the moment there are many opinions how to train physicians best. Which model is the most effective one remains nowadays controversial. OBJECTIVE: Analyze currently available data of training methods of RARP. Determine the most effective training model and evaluate its advantages and disadvantages. Establish a standardized plan and criteria for proper training and certification of the entire surgical team. MATERIAL AND METHODS: Literature review based on PubMed database, Web of Science and Scopus by keywords: robot-assisted radical prostatectomy, training of robot-assisted prostatectomy, training in robot-assisted operations, a learning curve of robot-assiste