CMS, Inc. Announces First Cancer Patients Treated With Monaco(TM) Radiation Treatment Planning System
Published: Sep 02, 2008
ST. LOUIS, Aug. 29 /PRNewswire/ -- CMS, Inc., an Elekta Company and worldwide leader in radiation treatment planning and workflow management solutions, today announced that three sites have delivered clinical treatments utilizing Monaco(TM), its next-generation Intensity Modulated Radiotherapy (IMRT) treatment planning system. Allegheny General Hospital in Pittsburgh, Pennsylvania, Erasmus Medical Center in Rotterdam, Netherlands, and Froedtert Memorial Lutheran Hospital in Milwaukee, Wisconsin, have all begun producing treatment plans with the application.
Featuring biological modeling, constrained optimization, and Monte Carlo dose calculation algorithms, Monaco represents a fundamentally new approach to IMRT planning, including a unique and sophisticated set of tools to make the radiotherapy planning process easier, more straightforward and clinically reliable.
"The biologically-based Monaco IMRT treatment planning system produces clinically relevant plans, which are dosimetrically superior to plans from dose-based IMRT treatment planning systems, feature shorter plan delivery times, and can be easily verified with normal QA procedures," says Moyed Miften, Ph.D., DABR, and Allegheny General Hospital's Chief of Medical Physics. "The multi-criteria optimization and the sensitivity analysis tools in the Monaco system also help reduce the time needed to optimize IMRT plans."
While IMRT delivers significant improvements for radiation treatment, the technology presents challenges, including managing the time and resource intensive processes associated with planning. With Monaco, CMS offers new approaches that improve IMRT planning in the following ways:
-- Sensitivity Analysis tool that minimizes trial-and-error by guiding the decision making process
-- Smart Sequencing(TM), a constrained aperture optimization that produces efficient step-and-shoot segments
-- Biological models, voxel definition controls, and multi-criterial goals that provide more intuitive and direct control over the optimization process
Monaco was developed with the University of Tubingen in Germany. Markus Alber, Ph.D., and colleagues developed the Hyperion project, which is the engine behind the new Monaco system. CMS commercialized these innovative concepts and approaches from the Hyperion project to create the foundation for Monaco. The result is an advanced, clinically sophisticated IMRT planning system backed by the core research and capabilities of one of the world's leading research institutions.
CMS, Inc., an Elekta Company, is a worldwide market leader in radiation treatment planning and workflow management, combining innovative software applications and advanced technology tools to deliver comprehensive treatment planning and workflow management solutions that integrate seamlessly in any clinical environment. With a commitment to product excellence and a reputation for world-class service and support, CMS makes all members of the treatment team more effective in providing patient care.
CMS is part of the Elekta Group, providing oncologists, radiation therapists, neurosurgeons and many other medical specialists with state of the art tools to fight cancer and brain disorders.
With more than 2,500 employees globally, Elekta's corporate headquarters are located in Stockholm, Sweden and the company is listed on the Nordic Exchange under the ticker EKTAb. More information can be found at www.cmsrtp.com and www.elekta.com
CONTACT: Michelle Lee of Elekta, Inc., +1-770-670-2447,
Web site: http://www.cmsrtp.com/