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We will introduce support for Radiation Therapy (RT) Dose visualization within the OHIF Viewer. Users will be able to overlay RT Dose data directly onto imaging modalities (e.g., CT, MR), enabling improved assessment and planning in radiation therapy workflows.
Detailed Description:
Version 3.11 of the OHIF Viewer will add comprehensive support for Radiation Therapy (RT) Dose objects in DICOM format. With this enhancement, users can overlay RT Dose distributions seamlessly onto medical images, such as CT and MR scans, directly within the viewport.
This feature allows for accurate visualization of dose distributions, facilitating more precise planning, verification, and analysis in radiation therapy treatments. Users will have control over dose visualization settings, such as transparency, color mapping, and dose thresholds, enhancing usability and integration into clinical workflows.
The text was updated successfully, but these errors were encountered:
sedghi
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[Feature Request] d
[3.11-DOES] Add Support for RTDose Overlay in OHIF Viewer
Apr 11, 2025
sedghi
changed the title
[3.11-DOES] Add Support for RTDose Overlay in OHIF Viewer
[3.11-DOSE] Add Support for RTDose Overlay in OHIF Viewer
Apr 11, 2025
Short Description:
We will introduce support for Radiation Therapy (RT) Dose visualization within the OHIF Viewer. Users will be able to overlay RT Dose data directly onto imaging modalities (e.g., CT, MR), enabling improved assessment and planning in radiation therapy workflows.
Detailed Description:
Version 3.11 of the OHIF Viewer will add comprehensive support for Radiation Therapy (RT) Dose objects in DICOM format. With this enhancement, users can overlay RT Dose distributions seamlessly onto medical images, such as CT and MR scans, directly within the viewport.
This feature allows for accurate visualization of dose distributions, facilitating more precise planning, verification, and analysis in radiation therapy treatments. Users will have control over dose visualization settings, such as transparency, color mapping, and dose thresholds, enhancing usability and integration into clinical workflows.
The text was updated successfully, but these errors were encountered: