Difference between revisions of "Rhesus EM Segmentation"
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* [[Collaboration/WFU/NonHuman Primate Neuroimaging| Results from 2007 Project Week]] | * [[Collaboration/WFU/NonHuman Primate Neuroimaging| Results from 2007 Project Week]] | ||
− | * Followingup on a recommendation by Martin Syner, we have extended the algorithm from the project week to use a lobular parcellation map to automate the splitting of regions. We are calling this Lobulated EM Segmentation (LEMS). We are testing this method on a N= | + | * Followingup on a recommendation by Martin Syner, we have extended the algorithm from the project week to use a lobular parcellation map to automate the splitting of regions. We are calling this Lobulated EM Segmentation (LEMS). We are testing this method on a N=7 subject data set currently and a paper is in preparation. |
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+ | * LEMS was used to segment 7 subjects imaged in alcohol naive and post induction states. No significant changes in the GM-WM volume ratio was obseved. | ||
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'''Key Investigators:''' | '''Key Investigators:''' |
Revision as of 20:43, 6 February 2008
Home < Rhesus EM SegmentationObjective:
- Use the EM segmentation algorithm in slicer to segment Rhesus images.
Progress:
- Results from 2007 Project Week
- Followingup on a recommendation by Martin Syner, we have extended the algorithm from the project week to use a lobular parcellation map to automate the splitting of regions. We are calling this Lobulated EM Segmentation (LEMS). We are testing this method on a N=7 subject data set currently and a paper is in preparation.
- LEMS was used to segment 7 subjects imaged in alcohol naive and post induction states. No significant changes in the GM-WM volume ratio was obseved.
Key Investigators:
- Virginia Tech: Chris Wyatt
- NAMIC: Kilian Pohl
Links: