Urologic Robotic Surgery in Clinical Practice
Urologic Robotic Surgery in Clinical Practice
- ISBN13: 9781848002425
- Condition: NEW
- Notes: Brand New from Publisher. No Remainder Mark.
Robotics is one of the hottest topics in medicine today, with an international interest that is exponentially growing. The introduction of robotic technology into modern operating theatres has provoked a revolutionary change in the basic surgical approach, with many advantages over traditional open surgical treatment, including faster recovery and a significantly lower risk of surgical trauma. While the benefits of minimally invasive surgery are apparent, the expansion of laparoscopic surgery
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da Vinci Robotic Surgery | Total Hysterectomy | OBGYN Doctors
The OBGYN doctors at Women’s Specialists of Plano are helping women recover from hysterectomies and other gynecologic surgeries such as myomectomies and endometriosis, faster than ever before. Thanks to the da Vinci Robotic Surgical System, the scarring and long recovery periods of yesterday’s hysterectomies are over. The doctors at Women’s Specialists Plano, Daryl Greebon, MD, Murray Fox, MD, Jules Monier, MD, and Dennis Eisenberg, MD have expanded on their expertise in traditional surgery to offer their patients the benefits that technology and the da Vinci Surgical System provide including significantly less pain , less blood loss and need for transfusion, fewer complications, shorter hospital stay, quicker recovery and return to normal activities, small incisions for minimal scarring, and better outcomes and patient satisfaction, in most cases. If you are evaluating your options for hysterectomy or other gynecologic procedures and would like to learn more about the da Vinci Surgical System, please contact the Women’s Specialist of Plano at 972-379-2416 or visit our website www.obgynplano.com.
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Duty-split Approach in Robotic Surgery
Duty-split Approach in Robotic Surgery
Mini-invasive surgery deserves increasing attention to lower post-operative stays in hospitals and to lessen fall-off complications. This new book is devoted to surgical robotics, with a focus on technology and design issues of the remote-mode operation assistants. The investigation leads to define the technical characteristics of a CRHA, co-robotic handling appliance, to be purposely developed, to support the duty-split approach surgical planner.
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A Closer Look At The Benefits of Robotic Surgery
A Closer Look At The Benefits of Robotic Surgery
Quite simply, robotic surgery is the use of robots in performing surgical procedures. Today, doctors all over the world are starting to learn to use sophisticated robots to perform or aid in performing surgical procedures on patients because of better accuracy, miniaturization, and incisions. As a result, patients may benefit due to less pain, decreased blood loss and quicker healing time. The computer technology in robots can also facilitate doctors by allowing immediate research, necessary information gathering from its database, and video call to other doctors, if needed.
While robots have a natural advantage of better precision and data gathering, surgeons are still needed for their intelligence and ability to make complex decisions. Hence, surgeries cannot be done by a robot alone. There are three kinds of robotic surgery systems based on the robot’s level of involvement; telesurgical systems, supervisory controlled systems, and shared control systems. On one end of the spectrum, robots perform surgical procedures and techniques without any direct involvement from the surgeon. On the other end, it is the surgeon who performs most of the surgical procedure with the assistance of a robot either physically or through the robot’s computer system. Further, there are also three main steps that can be pointed out in a general robotic surgery intervention: data gathering and subsequent planning, intra-operative assistance, and post-operative patient control.
Data gathering and subsequent planning
Before the patient undergoes surgery, a series of tests will be performed. During this pre-operative phase, several medical imagery techniques such as MRI, Ultrasonics and scanners will be applied to the patient so that the robot may detect, locate and model the anatomical entities involved in the surgical procedure. At the same time, the robot will create a mechanical model in its computer system based on the gathered results from the medical tests. This will be used to describe and simulate the surgical procedure, as well as discuss potential problems that may occur during the intervention.
Intra-operative assistance
The results obtained and the mechanical model created in the previous phase will then be used as a guide during the operation itself. The surgeon, as a result, can calibrate his techniques and decisions in accordance with the robot’s data. The robotic system is able to provide interactive assistance, as well as constrain the movements of the surgeon to allow better and more efficient precision during the surgery. In addition, supplementary 3D visuals of organs from tele-operated robots would allow speedier operations.
Post-operative patient control
The use of a robotic system allows complete recording of previous surgical procedures including crucial moments, for future reference. More importantly, the healing time of a patient that underwent surgery is significantly decreased when done or aided by a robotic system. For instance, in 2007, a surgical team led by Dr. Pier Giulianotti performed a liver resection, removing 60% of a patient’s liver with the use of a fully automated robotic system. To the surprise of many, the patient left the hospital just two days after the operation, in very good condition. The patient also stated that due to the four puncture holes rather than a scar brought about by the surgery, he was able to heal quicker and with less pain. GP
About the Video: Heart surgeons are now using robots to help them perform surgeries such as coronary artery bypass operations. In this two-part interview with Dr. Johannes Bonatti, viewers can see the sophistication of these robots as they allow heart patients at the University of Maryland Medical Center to have bypass surgery without a traditionally large incision. This approach results in faster recovery and fewer complications for the patients. Specific topics covered in part one of this two-part interview include: Robotic surgery overview How robotic surgery works Surgeon’s view of robotic tool Patient benefits of robotic surgery Robot special features About the Expert: Dr. Johannes Bonatti is a cardiac surgeon at the University of Maryland Medical Center. He is also a professor of surgery at the University of Maryland School of Medicine. Related Links: Dr. Johannes Bonatti www.umm.edu Robotic Heart Surgery (Part 2) www.youtube.com The Maryland Heart Center www.umm.edu Feature Story: Health and Economic Benefits of Robotic Surgery www.umm.edu Video: The DaVinci System www.umm.edu Patient Success Story www.umm.edu Distributed by Tubemogul.
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Robotic Surgery by Dr. Marc Greenstein
Robotic Pyeloplasty for an obstructed kidney
UAMS offers patients a new alternative to conventional open surgical procedures with the da Vinci™ Robotic Surgery System. Select physicians at UAMS are now using the da Vinci Surgical System for a growing number of procedures. The da Vinci Surgical Systemprovides surgeons with an alternative to both traditional open surgery and conventional laparoscopy, putting a surgeons hands at the controls of a state-of-the-art robotic platform. The da Vinci System enables surgeons to perform even the most complex and delicate procedures through very small incisions with unmatched precision.
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