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Statistical Parametric Mapping(RADI 6051)RADIOLOGICAL SCIENCES GRADUATE PROGRAM |
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Instructor: |
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Jack L. Lancaster, Ph.D. |
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Location: |
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Research Imaging Center |
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E-Mail: |
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Mailing Address: |
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Course Material. |
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Topic 1 - Principles of nuclear magnetic resonance and MRI (Chapter 3) Topic 2 - Quantitative measurements using fMRI
(Chapter 8) Topic 3 - Hardware for fMRI (Chapter 5) |
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Topic 4 - Spatial
and temporal resolution of fMRI (Chapter 7)
Optional - Ultra-fast MRI (Chapter 4)
Optional - Selection of optimal pulse
sequence for fMRI (Chapter 6)
Review of MRI - Book Chapters 3-8
Topic 5 -
Effective paradigm design (Chapter 9)
Optional - The scanner as a psychophysical
laboratory
Topic 6 –
fMRI Practice at the RII
Topic 7 - Overview of fMRI
analysis (Chapter 11)
Additional
Information about GLM
Topic 8 - Preparing fMRI
data for statistical analysis (Chapter 12)
Topic 9 - Head motion and correction (Chapter 13)
Topic 10 - Demo: FEAT for fMRI
Processing
Optional DICOM
Usage at the RIC
Optional
Descriptor
file format
Reference
frame for the brain and image file organization
9-parameter
4x4 transforms
Jacobian Determinant Facts
Optional - Diffusion Tensor Imaging (DTI)
Topic 11 - Registration, brain atlases and
cortical flattening (Chapter 15)
Topic 12 FEAT: Single Session Analysis
FEAT:
Advanced Single-Subject Statistics
FEAT:
FMRI Group Analysis
Topic 13 Independent
Component Analysis
MELODIC
ICA
references
Fslmaths docs
Topic 14 PET
Brain Imaging
Other Materials PET
SPM Example
PET
References