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Efficient

Mirada radiation therapy software helps increase efficiency for therapy protocols that require comprehensive imaging to aid planning.

  • Building on over a decade of feedback from radiation oncologists, Mirada offers an extensively optimized workflow for target volume contouring.
  • For you, this means radical time-savings compared to TPS software
  • Patented workflows allow radiation oncologists to:
    • Contour target volumes using multi-modality image data quickly and efficiently
    • Combine anatomical, metabolic, functional or even 4D imaging within a single setting to create a combined target volume
    • Draw and edit contours in any plane and any modality, including oblique scan acquisition planes
    • Update contours in real-time across all planes and modalities
    • Use 2D, 3D, semi-automated or automated tools and workflows to help contour target volumes, including lymph nodes
  • Mirada’s multi-modal image registration can be fully automated or aided using dedicated tools
  • Rigid and deformable image registration allows matching anatomical, metabolic, functional or even 4D imaging
  • It’s flexible too. Registration can be applied globally or restricted to a user-defined region of interest
  • Qualitative and quantitative quality-check options complete this seamless registration workflow
  • For use alongside manual or semi-automated contouring tools, Workflow Box™ is a unique automation platform that helps reduce the time spent contouring organs-at-risk and other steps of the radiotherapy planning workflow.
  • Radically different to traditional auto-contouring solutions, Workflow Box:
    • implements intelligent Zero-Click™ workflows.
    • provides DLCExpert™ workflows, the first clinical Deep Learning Contouring (DLC) product.
    • provides atlas-based autocontouring using CT or MR datasets with the Embrace:CT™ and Embrace:MR™
    • contours cases before you arrive at the workstation, ready for you to continue planning treatment.
    • lets you add former cases to atlas libraries with a single click.
    • learns your contouring preferences.
  • Assessing for sufficient dose coverage quickly and easily is important. It requires evaluating whether targets and critical structures have not changed or moved to a point where a new treatment plan is necessary
  • Using a day of treatment cone beam CT (CBCT) to decide whether or not a new treatment plan is required is usually a time-consuming process. However, with Mirada, it needn’t be
  • Mirada allows for single-click propagation of structures and dose from a planning CT to any number of day-of-treatment CBCTs
  • Built-in response assessment tracking provides quantified analysis to support response-based adaptation and research protocols
  • Combining previously delivered dose with a new dose plan can be time-consuming, which is why Mirada provides automated and semi-automated tools with which to do it.
  • Available on the RTx™ workstation or through Workflow Box’s Re:Contour™ workflow, our software adapts previously drawn contours to a new planning CT, eliminating all re-contouring of organs-at-risk.
  • With a single click, Mirada allows you to combine the previously delivered dose with the currently planned dose and enables quick assessment of organ/target dose coverage.

“We have chosen Mirada as a partner to bring efficiency gains across all our sites with their automated contouring solutions, and to support the implementation of complex treatment protocols thanks to their multimodality image fusion platform. The flexibility of their software will facilitate the implementation in the existing clinical workflows of our different sites”
—Farid Goudjil, Institut Curie, France