Difference between revisions of "CTSC:multicenter101410"
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| − | + | ===MRI neuroimaging virtual trial=== | |
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| + | * It will be done with 3T MRI scanners, without contrast, with a multi-element head coil. Three sequences will be run: T2 weighted, FLAIR and MP RAGE. We will Implement common protocol with human phantoms. | ||
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Bodypart: neuroimaging, there is already a common neuro protocol for pediatric MS. | Bodypart: neuroimaging, there is already a common neuro protocol for pediatric MS. | ||
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take the dataset and look for reproducibility for 3 outcome measures; total brain volume, CFS and white/gray matter. | take the dataset and look for reproducibility for 3 outcome measures; total brain volume, CFS and white/gray matter. | ||
understand where protocols are equivalent and different. Need to understand intra- and inter- variability | understand where protocols are equivalent and different. Need to understand intra- and inter- variability | ||
Test difference obtained with different version of same software | Test difference obtained with different version of same software | ||
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| + | === Extension to other disease and modalities=== | ||
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| + | * We offer recommendation on the best phantoms for a specific disease. We also offer advices on calibration of theses phantoms. | ||
Revision as of 19:27, 16 November 2010
Home < CTSC:multicenter101410Back to Collaboration:Harvard_CTSC
Agenda
- establishment of the first virtual trial
Multicenter Clinical Trail Working group Meeting Minutes October 14, 2010
In attendance:
- Valerie Humblet
- Bob Lenkinski
- Clare Tempany
- Charles Guttmann
- Simon Warfield
MRI neuroimaging virtual trial
- It will be done with 3T MRI scanners, without contrast, with a multi-element head coil. Three sequences will be run: T2 weighted, FLAIR and MP RAGE. We will Implement common protocol with human phantoms.
Bodypart: neuroimaging, there is already a common neuro protocol for pediatric MS.
take the dataset and look for reproducibility for 3 outcome measures; total brain volume, CFS and white/gray matter.
understand where protocols are equivalent and different. Need to understand intra- and inter- variability
Test difference obtained with different version of same software
Extension to other disease and modalities
- We offer recommendation on the best phantoms for a specific disease. We also offer advices on calibration of theses phantoms.
