- April 1, 2025
- Category: Events
DOSIsoft partners with Oncosia Scientific GmbH to participate in the
Annual Turkish Congress of Nuclear Medicine
With a rapidly growing market, Turkey has established itself as a center of excellence in Nuclear Medicine. The high number of Selective Internal Radiation Therapy (SIRT) and Molecular Radiotherapy (MRT) procedures performed annually highlights the country’s outstanding treatment capacity and international appeal, attracting patients from around the world seeking high-quality care.
Together with our official distributor Oncosia Scientific GmbH — a leading provider of Dosimetry services in clinical routine, research, and clinical trials for both diagnostic and therapeutic applications in Nuclear Medicine with a team of leading clinical experts — we are proud to participate in the Annual Turkish Congress of Nuclear Medicine in Antalye.
We are excited to showcase the latest version PLANET Onco Dose 3.2, including MDR-compliant marking, unique features, and clinical impact, and share our joint mission to elevate personalized treatment planning and dosimetry in Nuclear Medicine.
PLANET®: Patient-Specific Theranostics Platform for 3D voxel-based personalized dosimetry
Multi-radionuclide, Multi-workflow, Muti-therapy enabling personalized patient therapy
- SIRT (90Y & 166Ho) End-to-end workflow including Pre-implantation dosimetry & liver-lung shunt assessment, Post-implantation dosimetry, Dosimetry comparison between treatment planning & validation control dose maps and Consolidation of multi-treatment stages
- MRT (177Lu & 131I) Multiple workflows (single-time point & multiple-time points) including Automatic deformable propagation of VOI across time points, Calculation of residence time and absorbed dose at voxel level
PLANET®: Enhancing Dosimetry Automation
New features powered by AI, enabling seamless segmentation and reliable dosimetry
- Auto Segment* Automatic AI-powered segmentation of organs
- Auto Detect One-click automatic segmentation of lesions
- Auto Fit* best fit automatically applied to pharmacokinetic modeling
*Available for research use – full release upcoming
Click on the link provided for more information: UNTK2025