Integration of technologies into the practice of a trauma surgeon: from robotic surgical systems to 3D printing of implants

Abstract

At the present stage, the introduction of technological innovations into medical practice is extremely important because it allows to increase the effectiveness of both diagnostic procedures and the process of providing medical care to patients. At the same time, certain innovative technologies can radically change the landscape of medical procedures. Of particular interest in this context is the specialty of a trauma surgeon, where the innovations under consideration make it possible to improve patient treatment results, reduce complications, reduce recovery time and increase the experience of surgeons. Robotic surgery has become a significant breakthrough in modern medicine in general and in the practice of a trauma surgeon in particular. This technology allows surgeons to perform complex operations with high precision and minimal impact on surrounding tissues, which contributes to faster recovery of patients and reduces the risk of complications. Robotic systems ensure the precise execution of surgical movements, robots allow surgeons to perform movements in a wider range than is possible using human hands. In addition, through the use of these systems, the surgeon, through the use of three-dimensional cameras, receives a good visualization of the surgical field. Accordingly, the purpose of this work is to study the features of integrating modern technologies into the practice of a trauma surgeon.

Imprint

Daria M. Orlova, Roza R. Abdullaeva, Daria D. Kozlova, Daria M. Gubina, Alina R. Khafizova. Integration of technologies into the practice of a trauma surgeon: from robotic surgical systems to 3D printing of implants. Cardiometry; Issue 30; February 2024; p.103-108; DOI: 10.18137/cardiometry.2024.30.103108; Available from: https://www.cardiometry.net/issues/no30-february-2024/integration-technologies-into-practice