...My computing innovation is Surgical Robots, essentially anything related to robots in the field of surgery. The Da Vinci Surgical System’s purpose and function is to allow cuts, sutures, and other procedures to be more precise than would be possible for a surgeon to do by hand to allow for a faster recovery time for the patient. My artifact illustrates the function of the Da Vinci Surgical System by giving examples of what it can do, as shown in the sutures example, and what fields of surgery it is a part of. 2b. I used Microsoft Word to develop my artifact. The first thing I did was find several pictures that would show the function of my innovation then I saved them on to my computer. Afterwards, I inserted all of them into my Word Document....
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...see how Robotic surgery disrupts the traditional human surgery process. Robotic surgery offers small incisions, instruments that bend further than the human wrist, and an enhanced view due to its magnified 3D high-definition. It is highly beneficial due to its reduced chance of bleeding and infection, fewer post-operative complications and a faster recovery. The only commercialized robot in robotic surgery is the Da Vinci surgical robot, which is a production of Intuitive Surgical. The medical domain has already accepted a lot of innovations, it is a domain that has greatly evolved, our health being one of the most important things in life, a lot of research is made around it, and the government is often part in its funding’s. The most revolutionary innovation in the health care center is robotic surgery, which now looks to disrupt the human procedure of surgery, and replace it with robotic surgery. Robotic surgery however still demands the help of surgeons, who are needed to control the da Vinci, the surgeons operate virtually behind a computer station where they can guide the various arms of the robot, and assist the surgery through a magnified 3D high-definition screen. Thus, surgeons have to be trained to use...
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...currently known as: Da Vinci; however, the Raven II is another system that is out there and is making an impact on robotic surgery research and studies. There are obvious differences between both systems and their capabilities, but we will investigate further. Additionally, there are a significant number of surgeries that are being performed by the da Vinci surgical robots in hospitals and in regards to research. The Raven II surgical robot is opening doors of opportunity for technological advancement purposes. All this is a driving effort to better improve healthcare services in relations to minimally invasive surgical procedures and to drive the advancement of this technology through industry collaboration. The da Vinci surgical system was originally developed in the former Stanford Research Institute under contract to the U.S. Army; however, the idea of introducing a product for commercial applications was the route taken by Intuitive Surgical in an effort to find different applications for minimally invasive surgical procedures. Every aspect of the da Vinci robotic system is proprietary which includes both the production and assembly of the hardware and software. This closed model approach has allowed Intuitive Surgical to monopolize the surgical robot system market. Results of the success they have had, as of May 2013 they were listed as number eight on the Forbes list for innovative companies. According to Intuitive Surgical, Inc. (2013), 2,585 da Vinci Systems were installed...
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...captures your eye, a robot roaming the halls of the hospital. However this is not the only robot that is in the hospital. The start of robot creations began ~270BC by an ancient Greek engineer, Ctesibus, who made organs and water clocks with movable figures. Since then there has been major breakthrough in robotics. Working in the hospital for the first time was a very interesting experience for me. As I was walking down the hallway I was suddenly shocked at what I saw. There was a robot roaming the hall. At first I had no idea what it was and what it was doing in the hospital. I later learned that this robot played a very essential role at the hospital. The robot transferred medication to and from the pharmacy. A lot of hospitals nowadays use robots like the one I had seen which looked like to be roaming the halls. The reason that hospitals use such robots is it makes the transportation of medication safer since there is no longer a need to have to worry about anyone steeling any medication. The robot can also collect a patients sample and deliver the patients sample to a doctor or the labs for work. These robots can automatically adjust to its environment by adding new parts of the hospital to its internal map. The robot is also able to overcome any obstacle that is put in its path by using inferred sensors and cameras to tell when a person is walking anywhere around it and can stop or divert around such an obstacle. One day these robots are going to be running...
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...Too Stay The use of surgical robots has increased greatly and is continuing to grow. Although these robots are already being used they have advantages as well as disadvantages. Surgical robots are only going to improve the outcomes for the patients, surgeons, and hospitals and will keep improving as time goes on, overcoming the disadvantages that are seen today. Many different types of robots are being used to carry out surgical procedures such as the Endowrist, AESOP, Zeus, PROBOT, ROBODOC, SOCRATES and the da Vinci being the most popular. Also there are many specific types of surgical procedures that are being carried out robotically such as urological, gynecological, cardiac, and general surgeries. “Shorter hospital stays, smaller incisions, less blood loss, quicker recovery, less painful, reduced rates of bacterial infections and blood transfusions, eliminating the surgeons hand tremors, more comfort and decrease in fatigue for the surgeon, 3D view, superior suturing skills, reverse fulcrum” are some of the advantages that affect the patient. Disadvantages involved with robot assisted surgery are “high cost, the large size of the robot, lack of compatible instruments and equipment, lengthy set up times, longer operative times, lack of haptic tactile feedback,” but are believed to disappear with more research and time. Surgical robots could be the most successful and most used technology in surgery in the future. “A surgical robot has been defined as a computer-controlled...
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...alter how we live in the 21st century. We've already seen how robots have changed the manufacturing of cars and other consumer goods by streamlining and speeding up the assembly line. We even have robotic lawn mowers and robotic pets. And robots have enabled us to see places that humans are not yet able to visit, such as other planets and the depths of the ocean. In the coming decades, we may see robots that have artificial intelligence. Some, like Honda's ASIMO (Fig 1) robot, will resemble the human form. They may eventually become self-aware and conscious, and be able to do anything that a human can. When we talk about robots doing the tasks of humans, we often talk about the future, but robotic surgery is already a reality. Doctors around the world are using sophisticated robots to perform surgical procedures on patients. While robotic surgery systems are still relatively uncommon, several hospitals around the world have bought robotic surgical systems. These systems have the potential to improve the safety and effectiveness of surgeries. But the systems also have some drawbacks. It's still a relatively young science and it's very expensive. Some hospitals may be holding back on adopting the technology. Robotic surgery is the use of robots in performing surgery. Three major advances aided by surgical robots have been remote surgery, minimally invasive surgery and unmanned surgery. 1.1 History In 1985 a robot, the PUMA 560, was used to place a needle for a brain biopsy...
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...Osborne………………………………12 7. Economic Questions & Considerations by Kim Payne………………………...18 8. Psychological Considerations & Sociological Effects by Rebecca Pistillo…….26 9. Implications for the Environment by Michael Plesnarski………………………33 10. Moral & Ethical Implications by Karen Quaderer…………………………… 39 11. Bibliography…………………………………………………………………….47 Abstract In this research paper our team will look at the use of Robotic Technology in the medical field, more specifically in the surgical field as well as discuss the issues and implications surrounding the topic. Our discussion will include topics ranging from the history and development of robots that can be found in surgical rooms, political concerns regarding the Food and Drug Administration and their requirements to approve use of these robots, the legal aspect of robotic technology on how to determine which party is held liable in case of accidents or malfunctions that can lead to injury and a legal case that shows the difficulty to prove fault against a manufacturer. Also discussed will be the economic ramifications on our society, psychological, sociological, cultural, moral and ethical impacts on human life, in particular the patients that undergo surgery involving a robotic surgical system, and the environmental impacts of robotics in surgery. It is our hope that through this research paper that we are able to explain to and educate our readers on the impacts of Robotic Surgery as this type of surgery...
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...surgery • Surgeon operates the machine to do the operation • Surgeon uses one or more technique to control the instrument • While operate the operation the Surgeon uses remote or directly the computer to manage those instrument AESOP Endoscope Positioner robotic system ༉ Computer Motion, Inc developed the AESOP Endoscope Positioner robotic system and in 1993 this became the first robot approved by the FDA for surgery. ༉ AESOP Endoscope Positioner is a voiceactivated robotic system for endoscopic surgery. ZEUS® Surgical System ༉ Computer Motion, Inc introduced the ZEUS® Surgical System in 1998. ༉ ZEUS® Surgical System consists of : ༉ Surgeon control console ༉ Three table mounted robotic arms Da Vinci Surgical system ༉ ༉ ༉ ༉ ༉ Intuitive Surgery, Inc. created the da Vinci Surgical system and approved in 1997 by FDA. July 2000 it become the first laparoscopic surgical robotic. The da Vinci system consists of: A Surgeon console A patient side cart Four robotic arms (the three arms of the da Vinci system holds the operation instruments and the fourth arm has a camera with two lenses which gives the Surgeon the 3-d image for the surgery.) Robotic surgeries performed include: • Colorectal • Gynecologic Oncology • Otolaryngology (ENT) • Thoracic • Urology • Urogynecology Robotic cardiothoracic surgery In year 2000 at NYU Medical Center Surgeons first used robotic cardiothoracic...
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...effects 29 Environmental Implications 33 Brooke White Ethics and Legal Issues 37 Conclusion 45 References 46 Intro to Robotic Surgery Robotic surgery is defined in the medical dictionary as "the performance of operative procedures with the assistance of robotic technology" ("Robotic," n.d.). Robotic surgery is an emerging technology that began its experimental phase in 1985 with the introduction of the PUMA 560 robotic arm. The first use of a robot for a surgical procedure was a neurosurgical biopsy, recorded in 1985. Following this successful surgery was the first laparoscopic surgery using the same kind of robot; the robotic arm. In 1987, a successful cholecystectomy was performed. In 1988, doctors decided to use the PUMA 560 robotic arm for a transurethral resection procedure. Finally, in 1990, the Automated Endoscopic System for Optimal Positioning (AESOP) became known as the first system to be approved by the Food and Drug Administration (FDA) (Samadi, 2015). Robotic surgery is a computer-controlled robot and it focuses on precision. It is a system that is used to enhance the surgeon's skills. Therefore, the science behind this technology is haptics; which is also known as touch. David B. Samadi, M.D. is the Chairman of Urology, Chief of Robotic Surgery at Lenox Hill Hospital, and a Professor of...
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...Leonardo da Vinci was one of the most influential persons in human history. Born in 1452, he demonstrated excellence in multiple disciplines. For that reason, he was often called the Renaissance man. He was painter, inventor, military engineer, architect, sculptor and this list goes on. Blessed with brilliant mind and unbelievable skills, he went on discovering major branches of science and nature. His works have influenced countless researchers and scientists all over the world and in many ways shaped a big part of human civilization today. In today’s world, he is most notable for his famous paintings Mona Lisa and The Last Supper. Mostly self-educated, his personal notes were full of innovations, theories and observations about numerous...
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...financials will be introduced, analyzed, and discussed throughout the paper to help describe the perspective of value that this company has to investors and consumers alike. An industry analysis will help explain the strengths, weaknesses, and challenges this company faces amidst policy changes and increasing competition. Line of Business and Overall Business Situation Intuitive Surgical, Inc. is a leader in minimally invasive robotic-assisted surgery and competes in the global market. This company has capitalized on the growing demand from surgeons and patients desiring minimally invasive procedures across many surgical disciplines. In January of 1999, the da Vinci System was launched and was the first robotic surgical system cleared by the FDA for general laparoscopic surgery. The FDA cleared the da Vinci system in following years for additional procedures such as thoracic, cardiac, urologic, and gynecological. The technology introduced by Intuitive Surgical is a combination of...
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...------------------------------------------------- Robot Assisted Surgery: The Evolution of the Surgeon and the Operating Room Abstract The art of surgery has evolved significantly from the times of shaman priests in ancient Egypt and bloodletting barbers of Medieval Europe. This evolution was assisted by the development of new tools that were created as the result of some advancement in technology. These new instruments permitted the surgeons of their day to unlock new possibilities and develop new techniques, each more sophisticated than the one before. Due to the sensitive nature of surgery, moral and ethical obligations were established early on and eventually formed the basis of “The Hippocratic Oath”, which is still relevant to the modern surgeon. We are now in a place in history where robots are being used to assist with surgical procedures that were once only conceivably done by human hands. This paper seeks to detail this evolution as well as describe current and future applications of robotics in the surgery and the ethical implications inherit with this technology. This report will also attempt to identify and discuss the complex legal, political, and cultural issues that have also evolved with this science. A review of the literature was undertaken using Medline. Articles describing the history and development of surgical robots were identified as were articles reporting data on applications. This most recent development in surgical advancement has infinite potential...
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...Robotic Surgery in Germany By: Christopher Redman MIS535 I will discuss how robots entered our lives, and this has historical roots after the play by the author Karel Capek, then those robots entered all aspects of our lives, and my topic is the medical field; the first robotic usage was performed in 1987, and there was many drawbacks to those first experiences such as restricted degrees of motion, decreased sense of touch, and .increased sensitivity to hand movement. The main issues that surrounds this procedures is safety measures and maintenance, as there is no grantee that the computer systems of robot is going to work in high safe. Other issues comes from the cost, since robotic surgery is more expensive than traditional, this will make it unavailable for public hospitals, and those who are poor may not be able to benefit from this technology, but this transfer from traditional methods in medicine must happen, as technology affected all aspects of our lives. Robot might sound as a very modern scientific invention, but it is not as the first time “robot” was introduced and coined was in 1921, in a play written by the Czech writer Karel Capek, and since then robots took a place in many aspects of our lives, they also take place in dangerous and highly precise tasks, such as aviation, and here we will discuss the medical usage of robots, starting from the history, to political and economic questions, also Psychological considerations and sociological...
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...Robotic technology. Robots and robotic tech will play a big role in our lives an how we live and function within the next 20 yrs. Over the next 20 yrs. we will have to adapt to the change, and the way every day task an functions will be done. Over the next 20 yrs. we could possibly see a society were robots replace certain jobs that are being done by humans right now for example with the proper technology metro busses could possibly be driven by pre-planned routes an robots. There are three topics I would like to discuss that I think would sustain both the positive and negative impacts of robots, and robotic tech. Robots will change, and have changed the way surgeries are, and will be performed. There are surgical robots already in use today for example (The Neuro Arm) it’s a non-ferrous robot that was used to remove a 21 year old patients brain tumor while she was being scanned with an MRI (Sofge, 2014). Within the future there will be a new robot introduced into the surgical field the “Da Vinci Xi”. The Da Vinci XI will be able to turn more surgeries into minimally invasive as opposed to large incisions (Sofge, 2014). There are two down sides to using robots in surgery, the first would be if the robot starts experiencing technical and or mechanical issues while performing an operation. And robots would cut the job force by eliminating the need for a lot of people in the operating room. Robots will essentially replace the need for a manual labor work force. Robots have started...
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...After viewing the Da Vinci Surgical system, I must admit it was a very interesting way of doing surgery. It is done by having the real surgeon working the console that controls the robot’s arms. As of now there is no way to program the equipment, but in time, I believe this will become a reality, with the age of technology advancing quickly; robots will be able to work alone without the aid of an actual person. At this time there is only one company that makes this robotic surgical system. They would like to make this procedure the standard for surgeries by encouraging surgeons and hospitals to adapt this technique. The cost to the hospital will be between $1 and $2.3 million depending on the model purchased. Plus, there is a service agreement that ranges from $100,000 to $170,000 per year. This alone will be a huge expense that the hospital has to endure and the patients will also feel the cost through the rising medical costs. There are some hospitals that have approved and have endorsed the robotic surgery are being better than conventional surgery, but there are not enough clinical trials proving this statement (M.D, 2013). To understand if the hospital facility should use robotic surgery, several things have to be considered. The first one being is the size of the community and how many hospitals there are. If there are less than 25 thousand and have only 1 to 2 hospitals, it would not be a viable solution to the community, if it was to occur and the need was minimal...
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