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SagiPlanTreatment Planning Software (TPS) for All HDR Applications

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SagiPlan® is a comprehensive treatment planning software designed to support all HDR brachytherapy applications, including specialized real-time prostate treatments. Featuring a modern user interface, SagiPlan® enhances user efficiency with its customizable layout and parameters. It supports multimodality imaging—such as CT, MR, and radiographic films—allowing for advanced image registration methods. This facilitates accurate plan evaluation and target definition. The software includes a library with 3D geometric data for easy, accurate applicator reconstruction. It also boasts full DICOM connectivity for seamless integration and offers plan templates to expedite the planning process. SagiPlan® is compatible with AAPM TG-43 and the HEBD Working Group's recommendations. It supports dose calculations for cobalt-60 and iridium-192 sources, optimized through manual or automatic tools. The integrated Prostate Module allows interactive, real-time prostate planning, while the unique BED and EQD2 feature enables effective HDR fractionation evaluation.
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Ease of Use
SagiPlan® provides an intuitive multilingual user interface. The customized layout and configuration of parameters for user preferences and treatment settings make planning both fast and easy.

Multimodality Imaging and Image Registration
SagiPlan® supports various image formats and modalities including, CT, MR and radiographic films. With advanced image registration methods (manual, automatic, landmarks), data can be fused and displayed simultaneously for reliable target definition and plan evaluation.

Applicator Reconstruction
All applicators delivered by BEBIG Medical and Mick Radio-Nuclear Instruments are implemented in the SagiPlan® Applicator Library with full 3D geometric data, allowing for easy, fast and accurate reconstruction. Flexible applicators are easily reconstructed with automatic image processing based on CT image data.

Full and Flexible Connectivity
SagiPlan® provides full DICOM connectivity features with DICOM RT images, structures, plan and dose data. The DICOM Query and Retrieve features, together with the DICOM RT plan export to SagiNova®, enable a seamless workflow.

 

Plan Templates

Plan Templates offer the possibility of saving 3D arrangements of applicators, needles, catheters and control points. Along with stored dwell times, the Plan Templates are ready to use in new, similar studies to significantly speed up the planning process.


Extensive Dose Calculation and Optimization Features
SagiPlan® is compliant with AAPM TG-43 and the HEBD Working Group recommendations. It enables dose calculations for both cobalt-60 and iridium-192 sources with individual applicator attenuation and shielding. Manual and automatic dose optimization can be achieved with a variety of tools, such as manual isodose shaping, geometric optimization and inverse planning, for reliable control of the target coverage. The fast simulated annealing algorithm optimizes dwell times with respect to user-defined dose objectives.

Exclusive: Integrated Prostate Module
The Prostate Module is fully integrated into SagiPlan® and enables interactive real-time planning of the prostate in the same user interface.

Exclusive: Unique BED and EQD2 Feature
SagiPlan® calculates thebiologically effective dose (BED) and the equivalent dose in 2-Gy fractions (EQD2) for structures and control points with individually assignable α/β ratios, which enables the easy assessment of HDR fractionation with the calculated total BED and total EQD2 over all fractions. Combination therapies of EBRT and HDR can be planned by importing EBRT plans via DICOM import and considering them in the Total BED and Total EQD2 calculations. A unique BED monitor will instantly update BED/EQD2 calculations with every plan change, showing respective constraint fulfillment at a glance.

Exclusive: Inverse Irradiation Planning with DVH, BED, EQD2
By means of DVH parameters, which can also be specified directly in BED or EQD2, inverse planning can also be carried for combined EBRT + HDR radiotherapy.