Las 432 Course Capstone Project [Remote/Robotic Surgeries]
LAS 432 Course Capstone Project
[REMOTE/ROBOTIC SURGERIES]
(LAS 432 - 61870)
Professor Melichar
August 19, 2013
Team E
Team Leader:
Jeffrey Manego - D01493135
Team Members:
Charles Granke - D03059579
Cheri Clavette - D03363456
Fannie Cameron - D03514004
TABLE OF CONTENTS
Description of the Technology 4 Minimally Invasion 4 Zeus System 5 Da Vinci Surgical System 6 Catheter-Based Robotic Intervention 7 The Magellan Robotic System 8
The History of Surgical Robots 10 Evolution 11
Political and Legal Influences 14 International Use 14 Costs 14 Training 15 Selection 16 Placement 16
Psychological Considerations and Sociological Effects 17 Psychological Considerations 17 Sociological Effects 19 Future Technology 20 The technology in its cultural context, media influence 21 Cultural Contents 23 Conclusion 24
Environmental Implications 24 Environment 24 Clinical 25 Human Anatomical 25 Patient 26 Provider 27 Surgical Room 28 Staff Training 28
Moral and Ethical Implications 29 Moral 29 Patient Reactions 29 Health Concerns 30 Surgeon Self-Improvement 30
Ethical 31 Ethical Dilemmas 31 Global Health 31 Training Concerns 31 Patient Concerns 32 Practice of Medicine Concerns 32
References 33
Description of the Technology
In today’s society the market for new inventions is based primarily on the demand for the product verses the cost to produce and uses the product. Robotic surgical equipment is costly to purchase, plus the cost of cross training the surgeons on the machine. This is one of the reasons robotics have been slow to enter the medical field and once created slow to be utilized over the current standard medical procedures. The most well-known surgical medical robots are Da Vinci and Zeus. Less well known are the catheter based robots; Sensei X systems, Magellan systems, and NIOBE magnetic navigation systems.
Minimally Invasion
The new robotic surgeries are
[REMOTE/ROBOTIC SURGERIES]
(LAS 432 - 61870)
Professor Melichar
August 19, 2013
Team E
Team Leader:
Jeffrey Manego - D01493135
Team Members:
Charles Granke - D03059579
Cheri Clavette - D03363456
Fannie Cameron - D03514004
TABLE OF CONTENTS
Description of the Technology 4 Minimally Invasion 4 Zeus System 5 Da Vinci Surgical System 6 Catheter-Based Robotic Intervention 7 The Magellan Robotic System 8
The History of Surgical Robots 10 Evolution 11
Political and Legal Influences 14 International Use 14 Costs 14 Training 15 Selection 16 Placement 16
Psychological Considerations and Sociological Effects 17 Psychological Considerations 17 Sociological Effects 19 Future Technology 20 The technology in its cultural context, media influence 21 Cultural Contents 23 Conclusion 24
Environmental Implications 24 Environment 24 Clinical 25 Human Anatomical 25 Patient 26 Provider 27 Surgical Room 28 Staff Training 28
Moral and Ethical Implications 29 Moral 29 Patient Reactions 29 Health Concerns 30 Surgeon Self-Improvement 30
Ethical 31 Ethical Dilemmas 31 Global Health 31 Training Concerns 31 Patient Concerns 32 Practice of Medicine Concerns 32
References 33
Description of the Technology
In today’s society the market for new inventions is based primarily on the demand for the product verses the cost to produce and uses the product. Robotic surgical equipment is costly to purchase, plus the cost of cross training the surgeons on the machine. This is one of the reasons robotics have been slow to enter the medical field and once created slow to be utilized over the current standard medical procedures. The most well-known surgical medical robots are Da Vinci and Zeus. Less well known are the catheter based robots; Sensei X systems, Magellan systems, and NIOBE magnetic navigation systems.
Minimally Invasion
The new robotic surgeries are
References: Mack, Micheal J. MD. (February 7, 2001). Minimally Invasive and Robotic Surgery. JAMA. 2001; 285(5):568-572 Selye, H. (1936). A syndrome produced by diverse nocuous agents, Nature, Vol.138, No. 4, Jul. 1936, 32-33. Selye, H Shreuder, H. W. R. & Verheijen, R. H. M., 2008, Robotic Surgery, BJOG: An International Journal of Obstetrics & Gynaecology, Vol. 116, Iss. 2, Pp., 198-213. Siu, K., Suh, I. H., Mukherjee, M., Oleynikov, D., & Stergiou, N. (2009). The impact of environmental noise on robot-assisted laparoscopic surgical performance. Talamini MA, Hanly EJ (2005) Technology in the operating suite. Journal of the American Trident Health Winston, M., & Edelbach, R. (2012). Society, ethics, and technology. (4th ed.). Boston: Wadsworth CENGAGE Learning.