Offers a comprehensive set of tools for real-time analysis, review, and reporting of multi-parametric, multi-vendor(3) MRI studies. Enhances productivity by transferring images directly from the MRI to DynaCAD and utilizing its robust, automatic post-processing tools and display the results in customized hanging protocols for analysis and reporting.
By clicking on the link, you will be leaving the official Royal Philips ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
Enriched, multi-parametric exam reviews
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
Enriched, multi-parametric exam reviews
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
Adjustable 3D segmentations for optimally guided biopsies
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Adjustable 3D segmentations for optimally guided biopsies
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Enhanced targeting of ROIs
Enhanced targeting of ROIs
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
Enhanced targeting of ROIs
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
Enhanced targeting of ROIs
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
Interactive worksheets summarize study findings
Interactive worksheets summarize study findings
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
Interactive worksheets summarize study findings
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
Interactive worksheets summarize study findings
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
Exceptionally data-rich patient reports
Exceptionally data-rich patient reports
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Exceptionally data-rich patient reports
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Exceptionally data-rich patient reports
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Overlays of previous biopsy targets provide valuable feedback
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Overlays of previous biopsy targets provide valuable feedback
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Enriched, multi-parametric exam reviews
Adjustable 3D segmentations for optimally guided biopsies
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
Enriched, multi-parametric exam reviews
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
Enriched, multi-parametric exam reviews
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
With a powerful, easy-to-navigate, multi-vendor MR image analysis system, DynaCAD can quickly process and manage large volumes of data. You can open cases in ready-to-read, custom hanging protocols with all images synchronized for easy, multi-parametric review.
Adjustable 3D segmentations for optimally guided biopsies
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Adjustable 3D segmentations for optimally guided biopsies
Adjustable 3D segmentations for optimally guided biopsies
You can reduce manual outlining of the prostate gland: DynaCAD Prostate’s model-based gland segmentation automatically performs a 3D segmentation of the gland. You can alter or adjust the segmented results in all three planes. The resulting segmentation reports overall gland volume and sets the stage for UroNav MR/US guided fusion biopsy procedures.
Enhanced targeting of ROIs
Enhanced targeting of ROIs
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
Enhanced targeting of ROIs
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
Enhanced targeting of ROIs
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
User generated ROIs can be displayed on a 3D model of the prostate as well as multiple image sequences from the study.
Interactive worksheets summarize study findings
Interactive worksheets summarize study findings
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
Interactive worksheets summarize study findings
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
Interactive worksheets summarize study findings
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
PI-RADS® v2.1 interactive worksheets collate and classify data related to exam findings. Users can mark the finding locations within regional diagrams and utilize the PI-RADS® v2.1 lexicon to record their characteristics and grade severity – with automatic projection of the ROIs into the PI-RADS® sector map(s).
Exceptionally data-rich patient reports
Exceptionally data-rich patient reports
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Exceptionally data-rich patient reports
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Exceptionally data-rich patient reports
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
You can set up patient reports to automatically capture pre-selected image sequences, kinetic curves, measurements, and annotations. Lesions are assessed according to PI-RADS® v.2.1 scoring and are automatically registered to the PI-RADS sector map as 2D projections. This data is incorporated into standardized reports. Upon completion, you can print patient reports, save as a PDF, or send as DICOM images.
Overlays of previous biopsy targets provide valuable feedback
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
Overlays of previous biopsy targets provide valuable feedback
Overlays of previous biopsy targets provide valuable feedback
DynaCAD’s reverse fusion feature maps and displays earlier fusion guided biopsy locations. Users can view previous targets and cores produced by UroNav, allowing them to track accuracy.
These functionalities may not be available in all territories. Please contact your Philips representative for more details.
This functionality is not available in Advanced Visualization Workspace workstation configuration
PI-RADS® is a registered trademark of The American College of Radiology.
Product not available for sale in all countries. Please contact your sales representative to ascertain availability in your country.
By clicking on the link, you will be leaving the official Royal Philips ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
