Difference between revisions of "NCI Evaluating NA-MIC Tools for Image Analysis"
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<h1>Approach, Plan</h1> | <h1>Approach, Plan</h1> | ||
* We will bring sample datasets from microscopy and small animal scans to the project week. These datasets are in ICS (microscopy format similar to NRRD), and MRI datasets of mice. | * We will bring sample datasets from microscopy and small animal scans to the project week. These datasets are in ICS (microscopy format similar to NRRD), and MRI datasets of mice. | ||
| − | * During the week, we will use Slicer to adjust, register, segment, and analyze these datasets. Our goal is to determine | + | * During the week, we will use Slicer to adjust, register, segment, and analyze these datasets. Our goal is to determine which modules are the most useful for biological analysis, and contribute to the testing and refinement of those modules. |
| − | which modules are the most useful for biological analysis, and contribute to the testing and refinement of those modules. | ||
</div> | </div> | ||
Revision as of 23:17, 11 December 2008
Home < NCI Evaluating NA-MIC Tools for Image Analysis Return to Project Week Main Page |
Key Investigators
- KnowledgeVis: Curt Lisle
- NCI: Yanling Liu
Objective
The National Cancer Institute performs research in multiple internal laboratories. Microscopy, small animal imaging, and other cancer-fighting work may all benefit from increased use of imaging technology. The purpose of this project is to apply NA-MIC tools and technology to research datasets.
Approach, Plan
- We will bring sample datasets from microscopy and small animal scans to the project week. These datasets are in ICS (microscopy format similar to NRRD), and MRI datasets of mice.
- During the week, we will use Slicer to adjust, register, segment, and analyze these datasets. Our goal is to determine which modules are the most useful for biological analysis, and contribute to the testing and refinement of those modules.
Progress
