Clinical Software Tools
Radialogica supports patients and providers with software tools that enhance the quality and safety of radiotherapy treatment and promote consistency of care across delivery networks.
Our Products
SciMoCa™ leverages the power of Monte Carlo for independent dose calculation and plan QA. Developed in collaboration with Prof. Dr. Markus Alber and Scientific RT, SciMoCa combines the accuracy of Monte-Carlo dose calculations and the precision of custom beam models for robust dose verification and plan quality evaluation.
Accuracy – a best-in-class Monte Carlo dose calculation
engine with a prominent academic pedigree that delivers
validated accuracy with fast calculation times
Precision – custom beam models to maximize calculation
integrity with support for Varian, Elekta, Cyberknife,
TomoTherapy, Radixact, ZAP-X and Siemans delivery devices
Analysis – a comprehensive suite of dose analysis and
reporting tools along with workflow automation to
streamline plan review and approval
Deployment – integrates seamlessly within your IT infrastructure with no proprietary hardware required
- Photon and electron Monte Carlo dose calculation
- Machine-specific, generic, and golden beam data models
- Comparative plan quality metrics
- Comparative DVH
- 3D gamma analysis
- Image slice viewer
- Beam data table
- Plan approval and reporting
- Support for real-time online adaptive planning
fullAccess™ is a fully integrated radiotherapy data display, communication, and analysis platform that enables clinicians across the continuum of care to access, analyze, and share RT data. fullAccess supports flexible viewing of multi-modality diagnostic images and multi-vendor treatment plans, extraction, analysis and benchmarking of plan quality metrics, and sharing of RT data between facilities and caregivers for clinical collaboration.
View – Visualize images and treatment plans for all major
treatment modalities, delivery devices and planning systems
from a single application
Analyze – evaluate plan quality metrics with user-defined
templates and benchmark performance against historic results
Annotate – add clinical commentary in the plan that can be
reviewed and responded to by members of the treatment team
Package – bundle treatment plans, annotations, and file
attachments into a single file with an embedded RT viewer
Share – distribute radiotherapy treatment plans and other files inside and outside the clinic, including to patients and referral partners
- Plan review
- Remote review
- Peer review
- Plan quality benchmarking
- Case conference
- Referral partners
- Training and education
- Permanent and portable patient records
News & Information
Radialogica joins Perceptive’s supplier network to standardize radiotherapy treatments in clinical trials
Perceptive Imaging, part of Perceptive Group, announced that Radialogica has joined its supplier network to enhance service delivery. The arrangement enables Perceptive Imaging to extend Radialogica’s radiation therapy quality management services to the increasing number of global trials sponsors whose oncology studies include concurrent or prior radiotherapy treatment. There is growing concern about the amount […]
Radialogica and Sun Nuclear Partner on Plan QA for Online Adaptive Applications
Radialogica has entered into a global agreement with Sun Nuclear, a Mirion Medical Company, that enables Sun Nuclear to exclusively distribute Radialogica’s SciMoCa software for secondary dose computation and patient-specific quality assurance for online adaptive systems. SciMoCa provides the speed and performance requirements necessary to address the unique clinical and operational workflows associated with […]
Radialogica and Scientific RT Announce Pre-Clinical Validation of SciMoCa™ Real-Time Quality Assurance for the Elekta Unity MR-Linac
Radialogica and Scientific RT announced a pre-clinical version of SciMoCa for the Elekta Unity MR-Linac has been successfully validated at IRCCS Sacro Cuore-Don Calabria Cancer Care Center in regard to accuracy and integration within the demanding real-time adaptive workflow. Naturally, Monte Carlo dose computation is essential for irradiation in a magnetic field but there are challenges […]