A small learning curve, visual workflow, quick export of dose-volume metrics, save any shown irradiation plan visually to a high-resolution image, ready to be included in your report or manuscript
Add beams and irradiation targets in an interactive manner, click-and-drag to quickly create an irradiation plan, immediately find out how irradiation beams will traverse the 3D image and all volumes of interest
Using high-resolution CTs and proper calibration and validation to ensure accurate irradiation quantification. The DICOM standard can be used to link inputs and outputs, ideal for longer term archival of research data
Machine-specific calibrations and built-in 3D segmentation tools to define all relevant parts of the irradiation volume, defined manually or using our AI-powered automatic segmentation tools
Yes. Multiple preclinical CT, MR, PET, Optical Tomography, and SPECT formats can be imported as secondary 3D image data volumes. While a primary planning CT image is mandatory, secondary image data volumes can be manually registered to the primary CT image and used during segmentation and planning to define points and volumes of interest.
Probably. Our suite of applications is tested and validated with most versions of the image-guided irradiation platforms of the major international vendors. For custom or one-off platforms, we can assess or develop compatibility if the platform allows for the required data sharing capabilities of inputs and outputs. For further inquiries, don't hesitate to contact us.
Our autocontouring module, SmART-Contour, is a fully integrated module of the SmART-TPS irradiation planning software. Segmentation can start automatically in the background once a CT is loaded, and created volumes of interest can be used for irradiation planning and evaluation once the user accepts the structures.
Yes. Irradiation planning is CT-image based; the specimens must be included in the CT image and correct media and mass densities are required as usual. However, specific defaults can be set for such studies. If a larger irradiation field is required further from the X-ray source, model-based virtual planning is required; we anticipate supporting that in a future release.
Alternatively, our non-image-guided treatment planning software was created for this specific purpose.