DX-Designed for Diagnostic X-Ray Imaging
VirtualDose™DX leverages the same validated Monte Carlo–based technology that powers VirtualDose™CT and VirtualDose™IR, extending our dose estimation expertise to radiographic (X-ray) exams.
It is designed to help clinicians, physicists, and researchers gain accurate, accessible radiation dose information for standard radiographic studies.
- For Radiology Teams: Standardize and document patient dose in X-ray exams.
- For Researchers: Expand studies on population radiation exposure with radiography included.
- For Institutions: Demonstrate commitment to dose transparency and safety, meeting regulatory and accreditation expectations.
Built on the same Virtual Patient technology, VirtualDoseDX provides the following key features:
- Wide Exam Coverage: Includes a catalog of typical radiographic exams with default technique settings.
- Customizable Parameters: Users can easily adjust x-ray output, orientation, and geometry to match site-specific techniques or patient protocols.
- Flexible Output Units: The x-ray beam is described by kVp and filtration, as well as output measurement in different units (entrance air kerma, entrance skin exposure, kerma or exposure area product, and tube current/time), matching the formats typically provided by X-ray machines.
- Consistency Across Modalities: Consistent interface and reporting style consistent with VirtualDoseCT and VirtualDoseIR, simplifying cross-modality dose comparisons.
- Validated Accuracy: Built on Virtual Phantoms’ rigorously tested dose modeling platform trusted worldwide.
Easy to Use, Web-Based. Just like VirtualDoseCT and VirtualDoseIR, our easy-to-use radiation dosimetry tool is accessed via the Web. There is no software to install or maintain locally. This way, you are always accessing the most up-to-date version of the software tools. The VirtualDose system can also be accessed using an easy-to-configure API permitting batch processing and integration with local patient databases.
