Capital Budgets for Radiation Therapy Equipment Up with Adoption of State-of-the-Art Radiation Treatment Techniques.Business Editors/Health/Medical Writers DES PLAINES, Ill.--(BUSINESS WIRE)--March 10, 2004 According to a recent study published by IMV IMV abbr. intermittent mandatory ventilation IMV intermittent mandatory ventilation. Medical Information Division, radiation oncology sites are rapidly adopting new therapeutic techniques and the related equipment and consumables that facilitate them. "IMV's fifth census of radiation oncology facilities in the US shows that intensity modulated radiotherapy (IMRT IMRT Intensity-modulated radiation therapy Radiation oncology A format for delivering high-dose RT to regions–eg, nasopharynx, that are surrounded by radiation-sensitive areas; in IMRT, a broad radiation field is divided into hundreds of small pencil beams, ) is now provided by 38% of the sites, up from 4% in 1998," observed Lorna Young, Senior Director, Market Research at IMV. "We monitor the adoption rates of other techniques including inverse planning, 3D treatment planning, conformal radiotherapy, intraoperative radiation therapy intraoperative radiation therapy Radiation oncology RT directly in a tumor during surgery. See Radiation oncology. (IORT IORT Intraoperative Radiotherapy (oncology) ), stereotactic radiosurgery and prostate seed therapy." In addition to their adoption of clinical techniques, sites are increasing usage of electronic networks to send and receive digital images, such as CT and MRI CT and MRI Two high technology methods of creating images of internal organs. Computerized axial tomography (CT or CAT) uses x rays, while magnetic resonance imaging (MRI) uses magnet fields and radio-frequency signals. Both construct images using a computer. , used in treatment planning. While in 1998 24% of the radiation oncology sites used electronic networks, 62% of the sites now use networks for sharing images used in treatment planning, surpassing the use of x-ray film. Concurrent with this continued innovation, capital budgets for radiation therapy equipment are increasing, with the average 2004 capital equipment budget estimated at $980,000, up 34% from 2003 budgets. Moreover, sites having budgets of $1.5 million or more have increased from 9% in 1996 to 18% of sites with 2004 budgets. The 2003 edition of the Radiation Oncology Census Database profiles 1,642 sites, comprising over 80% of the 2,009 identified facilities performing external beam radiation therapy in the U.S. The database can be licensed by qualified subscribers and includes site-specific information such as equipment utilization by manufacturer, radioactive agent utilization by type, prostate seed utilization by supplier and planned purchases. Equipment types covered include linear accelerators, simulators, treatment planning systems, record and verify / information management systems, remote afterloader brachytherapy and dedicated radiosurgery. Applications of the database include market analysis, target marketing and lead generation. IMV's 2003 Radiation Oncology Market Summary Report is available with the database license or separately. It provides a comprehensive analysis of the radiation oncology market, and compares nationwide trends with the four prior census surveys that IMV has conducted since 1996, including vendor market share trends by technology type. For more information about the Radiation Oncology Census Database and Market Summary Report, visit IMV's website at www.imvlimited.com or call 847-297-1404 to speak with a representative. IMV Medical Information Division, Inc. is a marketing research and consulting firm founded in 1977 specializing in medical imaging and other advanced healthcare technology markets. IMV's proprietary marketing consulting services, in combination with its census databases of 80% of all U.S. imaging sites with selected modalities, provide vendors valuable assistance in strategic planning, customer satisfaction, product development and sales initiatives. Current census databases include interventional angiography, radiographic radiographic (rā´dēōgraf´ik), adj relating to the process of radiography, the finished product, or its use. fluoroscopy fluoroscopy /flu·o·ros·co·py/ (fldbobr-ros´kah-pe) examination by means of the fluoroscope. fluo·ros·co·py n. Examination by means of a fluoroscope. Also called radioscopy. , cardiac catheterization, CT, MRI 1. (application) MRI - Magnetic Resonance Imaging. 2. MRI - Measurement Requirements and Interface. , nuclear medicine, echocardiography Echocardiography Definition Echocardiography is a diagnostic test that uses ultrasound waves to create an image of the heart muscle. Ultrasound waves that rebound or echo off the heart can show the size, shape, and movement of the heart's valves and , PET, radiation oncology and RIS/PACS. |
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