Introduction to Neuroanatomy & Experimental Design presented by John Jonides, University of Michigan
MRI Physics presented by Douglas C. Noll, University of Michigan
MRI Physics I Spins, Excitation, Relaxation
MRI Physics II: Gradients, Imaging
Recap of MRI Physics I & II andMRI Physics III: Hardware
Homework – Required for UM students taking for credit
Noise and Artifacts in fMRI presented by Luis Hernandez-Garcia, University of Michigan
Non-BOLD Methods: Arterial Spin Labeling presented by Luis Hernandez-Garcia, University of Michigan
Clinical Applications of fMRI presented by Benjamin Hampstead, University of Michigan
Diffusion Tensor Imaging presented by Robert C. Welsh, University of Utah
SPM Introduction presented by Scott Peltier, University of Michigan
Introduction to Statistics presented by Jeanette Mumford, University of Wisconsin-Madison
Monday, Lecture 1 – Overview presented by Jeanette Mumford, University of Wisconsin-Madison
Overview – 3 per page
Monday, Lecture 2 – General Linear Model presented by Jeanette Mumford, University of Wisconsin-Madison
General Linear Model – 3 per page
Monday, Lecture 3- First Level fMRI Modeling presented by Jeanette Mumford, University of Wisconsin-Madison
First Level fMRI Modeling – 3 per page
First Level fMRI Modeling_1perpage
Monday, Lecture 4 – Parametrically Modulated Regressors presented by Jeanette Mumford, University of Wisconsin-Madison
Parametrically modulated regressors (3 per page)
Parametrically Modulated Regressors (1 per page
Tuesday, Lecture 1 – Review of Monday presented by Jeanette Mumford, University of Wisconsin-Madison
Tuesday, Lecture 2- Common Models and Contrasts presented by Jeanette Mumford, University of Wisconsin-Madison
Resource – Mean Centering Guide
Tuesday, Lecture 3 – Efficiency and Design Optimization presented by Jeanette Mumford, University of Wisconsin-Madison
Efficiency and design optimization
Tuesday, Lecture 4 – Power Analysis presented by Jeanette Mumford, University of Wisconsin-Madison
Power Analysis (3 per page)
Power Analysis (1 per page)
Lecture 5, Tuesday, – The Reproducibility Problem presented by Jeanette Mumford, University of Wisconsin-Madison
The Reproducibility Problem (3 per page)
Multi-voxel Pattern-based Real-time fMRI presented by Stephen LaConte, Virginia Tech
LaConte_Pattern-based real-time fMRI
Wednesday, Lecture 1 (1 per page)- Group Analysis presented by Jeanette Mumford, University of Wisconsin-Madison
Wednesday, Lecture 1 (3 per page)- Group Analysis presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_Group Analysis_3perpage
Wednesday, Lecture 2 (1 per page)- Controlling for Multiple Comparisons in Imaging Analysis presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_multiple_comparisons_1perpage
Wednesday, Lecture 2 (3 per page)-Controlling for Multiple Comparisons in Imaging Analysis presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_multiple_comparisons_3perpage
Wednesday, Lecture 3 (1 per page)- Cluster Failure: What’s that all about? presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_cluster_failure_1perpage
Wednesday, Lecture 3 (3 per page)-Cluster Failure: What’s that all about? presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_cluster_failure_3perpage
Wednesday, Lecture 4 (1 per page)- Circular Analyses – presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_circular_analysis_1perpage
Wednesday, Lecture 4 (3 per page)-Circular Analyses – presented by Jeanette Mumford, University of Wisconsin-Madison
Mumford_circular_analysis_3perpage
Flow Chart Circularity Guide
Thursday, Psychophysiological Interactions (PPI) presented by Jeanette Mumford, University of Wisconsin-Madison
Thursday, Effective Connectivity presented by Luis Hernandez-Garcia, University of Michigan
Thursday, Investigations in Resting State Connectivity presented by Scott Peltier, University of Michigan
Peltier_Connectivity (3 per page)