Robotic surgery is revolutionizing the field of medicine, marking a turning point in surgical procedures. With its focus on precision and risk minimization , this advancement has significantly improved patient outcomes, impacting various areas of medicine, from diagnostics to postoperative care.
Applications of robotics in medicine: innovation and advances
Robotics has already found valuable applications in a number of medical specialties. One of the biggest advances is seen in the field of minimally invasive surgery , which uses robots to perform operations through small incisions. This has significantly reduced recovery times and the risks associated with traditional surgeries. Today, systems such as the Da Vinci surgical robot are widely used in urology, gynecology, and cardiothoracic surgery procedures.
The Da Vinci system, initially developed in 1995, was one of the first to establish itself in the market of robot-assisted surgery. Its most recent innovation, the Da Vinci SP ( Single-Port ) system , allows interventions to be performed through a single access point , minimizing the impact on the patient's body and promoting a faster and less painful recovery. This technology is especially useful in procedures that require extreme precision and limited access to the affected areas, such as some surgeries on pelvic or thoracic organs.
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Medical robots: key tools for diagnosis
Robots not only assist in surgery, but also play an important role in medical diagnosis . In endoscopy and laparoscopy, for example, they allow doctors to view the inside of the body in a less invasive and more precise way. Endoscopic techniques, which originated centuries ago with the invention of the Lichtleiter by Philipp Bozzini, have evolved over time to allow three-dimensional visualization and precise manipulation of instruments.
Today, medical robots that assist in advanced diagnostics incorporate high-definition cameras and sensors that facilitate real-time data collection. This is particularly useful in monitoring chronic diseases and controlling tumors in hard-to-reach organs. Additionally, robots can be integrated with artificial intelligence technologies , allowing large amounts of data to be analyzed to detect patterns and help doctors make more accurate diagnoses.
The synergy between new technologies and medicine is also reflected in the academic options that increasingly integrate elements of innovation into traditional teaching and it is no longer unusual for a professional, after completing an MBA Healthcare & Pharma, to also decide to specialize with a Master in Artificial Intelligence & Machine Learning for Business .