Brachytherapy Planning Using MR Fusion
MIM Symphony LDR allows for MR fusion and CT-based planning for prostate. It is a fully-featured solution without add-on modules.
Comprehensive LDR Treatment Planning
Provides seamless MR-to-ultrasound registration.
Helps you to eliminate misalignments and deformation errors during ultrasound acquisition.
Full treatment planning platform for MR or US-based planning with the same platform and tools as MIM Maestro®.
Pre-Plan
Industry-leading contouring tools.
One-click interpolation.
Multi-planar brush and pen capability with copy and edit functions.
One-step contouring of urethra and femoral heads using 3D Brush.
Automatic and manual placement modes for both strands and seeds.
Accommodates angled needles.
Rapid dosimetry enabled by a self-directed, ever-expanding Plan Library.
Auto-placement of needle positions throughout the gland using the Plan Library.
Unlimited dose constraint alerts in pre-op mode.
Physician and physicist remote plan approval using MIMcloud®.
Rapid fusion of MR contours with automatic capture of transverse images.
Customizable image acquisition methods, including frame-by-frame capture.
Import of DICOM image sets from CT, MR, or US.
Export structures, images, and dose information in DICOM format.
Easy review of customizable dose constraints on the user interface.
Unlimited number of dosimetric alerts.
Reorient the MR to match the patient orientation during the procedure.
Overlay the MR prostate volume onto the live ultrasound prior to the seed implant.
The configurable seed locator is tunable to match specific imaging equipment and its Hounsfield unit intensity.
Monitor dosimetric constraints based on prescribed parameters.
Acquire an active dose volume histogram (DVH) on any contoured structure within the 3D volume of the prostate.
Archive patient databases for treatment data and images.
Configure “source” data and easily add new energies.
Supports AAPM TG-43 dose calculation formalism.
Customizable for pre-plan, intra-op, and post-op.
Detailed needle loading and strand cutting.
DVH on any contoured structure within the 3D volume.

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