Figures & data
Figure 1. The Nordic CART (Computer Aid in RadioTherapy) programme (with permission from Hans Dahlin). The drawing summarises 3DRT as we know it today.
![Figure 1. The Nordic CART (Computer Aid in RadioTherapy) programme (with permission from Hans Dahlin). The drawing summarises 3DRT as we know it today.](/cms/asset/1a2bf31e-d0ba-480a-bd76-2ef742cfcac0/ionc_a_530003_f0001_b.gif)
Figure 2. A schematic view of the result of movements during the dose planning CT. The target A and B is due to movements displayed as A1-5 and B1-5 respectively due to movements. For details, see text.
![Figure 2. A schematic view of the result of movements during the dose planning CT. The target A and B is due to movements displayed as A1-5 and B1-5 respectively due to movements. For details, see text.](/cms/asset/f853c39d-602e-4d3c-ba81-7f0509bd1742/ionc_a_530003_f0002_b.gif)
Figure 3. In-vivo prostate movements during 20 minutes. The maximum deviation in 3D is 14 millimeters.
![Figure 3. In-vivo prostate movements during 20 minutes. The maximum deviation in 3D is 14 millimeters.](/cms/asset/a87b1016-612a-482a-92a5-110a6b1b61f9/ionc_a_530003_f0003_b.jpg)
Figure 4A. The treatment table “listen” to the signal from the non-permanent implant and the prostate is localised with sub-millimetre accuracy. The positioning is done continuously with adding more ionisation to the patient (with permission from Micropos Medical, Gothenburg, Sweden). B An implant in the target volume (to the left).
![Figure 4A. The treatment table “listen” to the signal from the non-permanent implant and the prostate is localised with sub-millimetre accuracy. The positioning is done continuously with adding more ionisation to the patient (with permission from Micropos Medical, Gothenburg, Sweden). B An implant in the target volume (to the left).](/cms/asset/f34028e3-91ae-4001-a39e-1e49e49ba89f/ionc_a_530003_f0004_b.jpg)