As a “Plug and Play” software you can benefit from the speed and efficiency of AI from day one – no data needed!
Work from anywhere you like with our web-based platform accessible from any computer connected to your clinic’s network.
With ART-Plan you can benefit from the AI-powered collective intelligence of world-wide experts combined with the latest consensus guidelines for automated, efficient and effective radiation therapy planning process.
ART-Plan™ is a software* designed to assist the contouring process of the target anatomical regions on 3D-images of cancer patients for whom radiotherapy treatment has been planned.
The device is intended to be used in a clinical setting, by trained professionals only.
*CE-marked (Class IIb) and FDA-/TGA cleared
With the Annotate module, users can create and edit the contours for the regions of interest on 3D-images. The images and contours created require verifications, potential modifications, and then the validation of a trained user with professional qualifications in anatomy and radiotherapy.
The SmartFuse module allows the user to register 3D-images and display them to facilitate the comparison and delineation of image data by the user.
With MR-Box, users can generate an AI-based pseudo-CT from MR images in just one click to avoid registration errors and accelerate planning workflow and adaptation.
AdaptBox
With the AdaptBox module, users can generate an AI-based pseudo-CT from CBCT images in just one click and implement a full offline adaptive workflow to asses the need of replanning.
93%
of time saved in contouring
3'
for a full-body delineation
+200
OARs and LNs delineated automatically
+150
centres using ART-Plan™
+250 000
patients treated with ART-Plan™ yearly
Coming Soon
In addition to Annotate, SmartFuse, MR-Box and AdaptBox TheraPanacea is working on future AI-powered modules to close the loop and enhance adaptive precision radiotherapy!
BrachyBox
Fully automated delineation for Brachy cases
SmartPlan
AI-based, one-click treatment planning
TumorBox
Target delineation of Brain tumors