Personalized 3D dosimetry for Targeted Radionuclide Therapy using 90Y-microspheres or 177Lu
PLANET® Dose provides pre & post-implementation dosimetry, estimation of time-integrated activity, allows the possibility of comparing between treatment planning and validation control dose maps, and the consolidation of multi-treatment stages.
It offers a complete integration of oncology features (PLANET Onco), with versatile and high performance solutions for the whole clinical workflow.
90Yttrium Microspheres
- Pre-implantation dosimetry based on 99Tcm-MAA-SPECT exam (MacroAggregate Albumin)
- Liver-lung shunt assessment
- Post-implantation dosimetry based on 90Y-microspheres-PET (or SPECT Bremsstrahlung) exam
- Voxel S-Values dose kernel convolution algorithm/Local Deposition Method
- Dose map comparison: treatment planning vs. in vivo control
- Consolidation of multi-treatment stages
177Lutetium
- Multi-time points elastic registration
- Automatic deformable propagation of VOI across times
- Residence time calculation
- Dose computation based on voxel-level analysis
- Voxel S-Values dose kernel convolution algorithm/Local Deposition Method
- Dosimetry comparison and consolidation of multi-treatment stages
Oncology features included
- Multi-modality image display and fusion
- Rigid and deformable registration
- Automatic segmentation (lungs, functional tumor, etc.)
- Advanced contouring
- Volume Of Interest quantification
- Therapy response assessment (RECIST, PERCIST)
- Reporting and traceability