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					Medical and surgical simulation:
Integrated Research Team (IRT), Medical Modeling & Simulation
Telemedicine and Advanced Technology Research Center (TATRC), MRMC, U.S. Army
http://www.tatrc.org

“On 16-18 February 2000, the Telemedicine and Advanced Technology Research Center
(TATRC) convened an Integrated Research Team (IRT) meeting for Medical Modeling and
Simulation (MM&S), co-hosted by the U.S. Army Medical Research and Materiel Command
(USAMRMC) and the U.S. Army Simulation, Training and Instrumentation Command
(USASTRICOM). Given the complexity of the issues, TATRC chose to use the IRT process as a
forum to build a series of technology road maps in this ever-burgeoning field. The conference
outline was designed to enable materiel developers, combat developers and other government
agencies to present their concepts about how modeling and simulation could - and should - be
developed to meet military needs. From the outset, the participants recognized that MM&S would
have a much wider application than the original intent to develop a training tool for medical
readiness. It is inevitable that MM&S will provide a basis for training and education across the
entire spectrum of future health care.”

Center for Advanced Technology in Surgery at Stanford (CATSS)
http://catss.stanford.edu

“The Center for Advanced Technology in Surgery at Stanford (CATSS) improves surgical
education and training by introducing new technology and methods to the curriculum utilizing
simulation, haptics, advanced computer graphics and distance learning.”

Surgical Planning Laboratory
Brigham and Women’s Hospital
http://splweb.bwh.harvard.edu:8000/

“The Surgical Planning Lab was created to bring the power of computers and the information
available in modern imaging technologies to the benefit a wider range of medical fields than
traditionally used them. The SPL provides a computer hardware infrastructure (powerful graphics
workstations connected to a high-speed network of high performance computer clusters and large
amounts of data storage), an extensive software environment (image processing and analysis
tools, graphics editing and display programs), an expert staff (computer scientists, physicians,
applications developers, imaging physicists, and other researchers), and an environment that
encourages diverse collaboration. Colleagues from within the hospital as well as from hospitals
and universities from throughout the world come to the SPL to advance the future of medicine.”

Center for Innovative Technology in Medicine (CIMIT)
http://www.cimit.org/core04.html

“The CIMIT Simulation Program is an advanced research program focusing on developing the
basic science required for realistic computer-based medical simulation. The CIMIT Program’s
principle activities involve measurement of tissue characteristics, integration of haptics into
simulation, and realistic representation of medical procedures for training, device prototyping, and
procedural development.”

Virtual Environments for Surgical Training and Augmentation (VESTA)
University of California
http://robotics.eecs.berkeley.edu/~tendick/vesta.html
“Two events are occurring that may lead to a significant change in the nature of surgical training.
First, increasing numbers of surgical procedures are performed using minimally invasive
techniques, in which trauma to external tissue is minimized. The skills of minimally invasive
surgery (MIS) present unique perceptual-motor relationships that make these skills very difficult to
master. Second, virtual environments with the capability to teach surgical skills are becoming
available. Training in virtual environments has many potential advantages. It is interactive, yet an
instructor's presence is not necessary, so students can practice in their free moments. Changes
can be made that demonstrate variations in anatomy or disease state. Simulated positions and
forces can be recorded to compare with established performance metrics for assessment and
credentialing. Students could also try different techniques and look at the tissues from
perspectives that would be impossible during a real operation.”

National Capital Area Medical Simulation Center
Uniformed Services University of the Health Sciences
http://simcen.usuhs.mil/

				
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posted:11/25/2011
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