| Upcoming Webinars |
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We'll be scheduling our next Analyze Webinar soon, so please check back for registration details.
Have an idea for a future Analyze Webinar topic? Let us know! E-mail your ideas to us at webinars@analyzedirect.com.
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| Previous Webinars |
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| Cochlea Segmentation and Visualization with Analyze 10.0 |
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Original air date: January 19, 2012
Watch it on YouTube at: http://youtu.be/PzDfypDbaXc?hd=1
Description: Watch this Webinar to learn how to use Analyze 10.0 to segment and visualize the cochlea from MR images. Features demonstrated include:
- Cochlea segmentation from MRI data using Volume Render
- High definition volume rendering of the cochlea using Volume Render
- Object-based surface generation using Surface Extractor
- Surface export in STL format using Surface Extractor
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| DTI Analysis and Fiber Tractography with Analyze 10.0 |
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Original air date: November 17, 2011
Watch it on YouTube at: http://youtu.be/KT0yqpxDV34?hd=1
Description: Watch this free Webinar to learn how to use the DTI Add-On module in Analyze 10.0 to compute standard diffusion maps and perform fiber tractography. See how to:
- Compute diffusion maps: ADC, FA, RA, VR, axial and radial diffusivity
- Export diffusion maps, eigen vector maps, and eigen value maps
- Define and analyze ROIs in diffusion maps
- Visualize fiber tracts and generate statistics on fiber bundles.
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| Quantification of Abdominal Adipose Tissue from CT using Analyze 10.0 |
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Original air date: October 27, 2011
Watch it on YouTube at: http://youtu.be/4xDPR_2mZnI?hd=1
Description: Learn how to use Analyze 10.0 to segment and quantify visceral and subcutaneous adipose tissue from CT images using the Region of Interest module. During this Webinar you’ll learn how to:
- Define visceral adipose tissue
- Define superficial subcutaneous adipose tissue
- Define deep subcutaneous adipose tissue
- Measure the defined regions and export statistics.
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| Bone Segmentation and Surface Generation with Analyze 10.0 |
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Original air date: September 29, 2011
Watch it on YouTube at: http://youtu.be/CBvotmRpcd8?hd=1
Description: Learn how to use Analyze 10.0 to segment bone from CT and MR images and generate polygon-based surface description files in formats like STL, DXF, and WRL. Features demonstrated include:
- Bone segmentation from CT data using Volume Render
- Bone segmentation from MRI data using Volume Edit
- Object-based surface generation using Surface Extractor
- Surface export in STL format using Surface Extractor.
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| Cardiac Segmentation using Volume Edit |
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Original air date: August 25, 2011
Watch it on YouTube at: http://youtu.be/fE9p2BRxmME?hd=1
Description: Learn how to use the new Volume Edit module in Analyze 10.0 for cardiac segmentation from CT images. Features demonstrated include:
- Edge strength detection
- Wall definition
- Object extractor and oblique cutting
- Manual segmentation tools.
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| Electrode Grid Visualization with Analyze 10.0 |
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Original air date: July 28, 2011
Watch it on YouTube at: http://youtu.be/Gddcv3bMQvI?hd=1
Description: Learn how to visualize subdural electrodes on the surface of the cortex using Analyze 10.0. During this Webinar you'll see how to:
- Register a pre-operative MRI to a post-implantation CT with electrodes
- Segment the electrodes from the post-implantation CT
- Extract the brain from the co-registered pre-operative MRI
- Create a 3D volume rendering with the extracted brain and the segmented electrodes.
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| SISCOM with Analyze 10.0 |
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Original air date: June 23, 2011
Watch it on YouTube at: http://youtu.be/9l9OPUcRrWg?hd=1
Description: SISCOM (Subtraction Ictal SPECT CO-registered to MRI) is an epilepsy-oriented application that uses a combination of SPECT and MRI to assess regional activation of the brain during seizure. During this Webinar learn how to use the SISCOM module in Analyze 10.0 to:
- Process ictal and interictal SPECT scans to create an activation map
- Segment the cortical anatomy from a T1-weighted MRI volume
- Fuse the computed activation map with the MRI volume
- Visualize both structure and function in a three-dimensional rendering
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