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The discussions showcase strong enthusiasm and detailed technical engagement with SlicerHeart, as seen in remarks about new modules like Valve Annulus Analysis and Valve Segmentation, and the high download count of over 44,000, demonstrating both user interest and the platform's potential for advancing cardiac treatment and research.
Most discussions express enthusiasm and support for SlicerHeart's capabilities and contributions to cardiac imaging and modeling.
Posts highlight the platform's innovative features and extensive applications, indicating high interest.
Many discussions include technical details, module descriptions, and references to demonstrations, showing deep engagement.
The widespread downloads, multiple module advancements, and emphasis on the potential for improving cardiovascular research reflect significant impact.
We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3DSlicerApp that has now been downloaded over 44,000 times. https://t.co/yCkjB0OCmm https://t.co/910yhVFNMx
Two new #SlicerHeart modules, Valve Annulus Analysis and Valve Segmentation, facilitate the creation of annular curves and valve leaflet segmentations in @3DSlicerApp. For a complete overview, visit the JolleyLab on YouTube. https://t.co/9lP30Mg6yL https://t.co/BEHR7JmYQ3
After annular curve creation and valve leaflet segmentation, the new #SlicerHeart Leaflet Analysis, Valve Quantification, & Valve Papillary Analysis modules make full valve quantification easy in @3DSlicerApp. Visit the Jolley Lab on YouTube to see more! https://t.co/2G48t7QnSt https://t.co/iq0guBazK5
RT @SIwa23288585:
New Research: SlicerHeart: An open-source computing platform for cardiac image analysis and modeling: Cardiovascular disease is a significant cause of morbidity and mortality in the developed world. 3D imaging of the heart's structure is… https://t.co/2f869V86Hd #cardiovascular
This video demonstrates data import and visualization capabilities in 3D Slicer, including conversion of 3D echo images, DICOM data export, and integration of various vendor formats, supporting detailed cardiac image…
SlicerHeart, an extension for 3D Slicer, supports 3D echo image visualization with customizable rendering and cropping tools, aiding in cardiovascular investigation and treatment planning.
SlicerHeart, an open-source extension for 3D Slicer, supports investigation and treatment of congenital heart disease. This video demonstrates mitral valve quantification including leaflet surface extraction, coaptation…
RT @JolleyLab: After annular curve creation and valve leaflet segmentation, the new #SlicerHeart Leaflet Analysis, Valve Quantification, &…
RT @JolleyLab: We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3…
RT @SIwa23288585:
RT @JolleyLab: After annular curve creation and valve leaflet segmentation, the new #SlicerHeart Leaflet Analysis, Valve Quantification, &…
RT @JolleyLab: Two new #SlicerHeart modules, Valve Annulus Analysis and Valve Segmentation, facilitate the creation of annular curves and v…
RT @JolleyLab: After annular curve creation and valve leaflet segmentation, the new #SlicerHeart Leaflet Analysis, Valve Quantification, &…
RT @JolleyLab: After annular curve creation and valve leaflet segmentation, the new #SlicerHeart Leaflet Analysis, Valve Quantification, &…
After annular curve creation and valve leaflet segmentation, the new #SlicerHeart Leaflet Analysis, Valve Quantification, & Valve Papillary Analysis modules make full valve quantification easy in @3DSlicerApp. Visit the Jolley Lab on YouTube to see more! https://t.co/2G48t7QnSt https://t.co/iq0guBazK5
RT @JolleyLab: Two new #SlicerHeart modules, Valve Annulus Analysis and Valve Segmentation, facilitate the creation of annular curves and v…
RT @JolleyLab: Two new #SlicerHeart modules, Valve Annulus Analysis and Valve Segmentation, facilitate the creation of annular curves and v…
Two new #SlicerHeart modules, Valve Annulus Analysis and Valve Segmentation, facilitate the creation of annular curves and valve leaflet segmentations in @3DSlicerApp. For a complete overview, visit the JolleyLab on YouTube. https://t.co/9lP30Mg6yL https://t.co/BEHR7JmYQ3
Andras Lasso: SlicerHeart: An open-source computing platform for cardiac image analysis and modeling https://t.co/rMpzRVhTEZ
RT @JolleyLab: We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3…
RT @JolleyLab: We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3…
RT @JolleyLab: We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3…
RT @JolleyLab: We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3…
We are thrilled to publish our description of #SlicerHeart, a open source, cardiac-focused image processing extension for @3DSlicerApp that has now been downloaded over 44,000 times. https://t.co/yCkjB0OCmm https://t.co/910yhVFNMx
New Research: SlicerHeart: An open-source computing platform for cardiac image analysis and modeling: Cardiovascular disease is a significant cause of morbidity and mortality in the developed world. 3D imaging of the heart's structure is… https://t.co/2f869V86Hd #cardiovascular
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