Heavy ions (carbon ions) are accelerated up to 70% of light speed and are subsequently irradiated into deep tumors within the patient. The procedure is painless.
The medical accelerator being introduced into Gunma University is designed as a relatively compact prototype for installation in several regions throughout Japan. This project has received worldwide attention from health officials and experts in radiotherapy.
Site | Gunma University Showa Campus, Maebashi, Japan |
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Construction | Structure Reinforced concrete, partially steel-framed |
Number of floors | 1 below and 2 above ground |
Building area | 3130 ㎡ |
Total floor area | 6280 ㎡ |
Main rooms | Lobby, waiting room, control hall, irradiation room 1 (horizontal port), irradiation room 2 (horizontal and vertical ports), irradiation room 3 (vertical port), irradiation room 4 (vertical, R&D port), dispensary room, CT simulator room, staff room, conference room, accelerator room, machine room. |
April 2006 | Basic design of the facility |
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January 2007 | Contract for apparatus |
August 2008 | Device carrying |
October 2008 | Building completion |
March 2010 | Treatment System Installation |
March 2010 | Clinical trials begin |