Table 2.

Significant Associations Between Neuroimaging Cognition and Course Design from Figure 2.

Question Numbers	Neuroimaging Cognition	Course Design	Polychoric Correlation	df	p-value (corrected)
1,1	Functional imaging patients with cognitive disorders can improve our understanding of basic neuroscience/psychology (i.e., normal brain function)	Guest Lectures	0.81	18	0.00
2,9	Understanding that future patients will benefit from ongoing neuroimaging research	Summarizing Articles	0.75	18	0.03
4,13	Understanding how neuroimaging techniques can impact medicine	Answering Reading Assessments	0.79	18	0.01
5,7	Functional imaging can benefit patients with cognitive disorders	Critically Reviewing Articles	0.81	18	0.00
5,5	Functional imaging can benefit patients with cognitive disorders	Functional MRI	0.77	18	0.02
8,6	Enthusiasm for this field	Importance of this field	0.89	18	0.00
8,3	Enthusiasm for this field	Overall Course	0.84	18	0.00
8,2	Enthusiasm for this field	The Topics Covered	0.78	18	0.01
8,17	Enthusiasm for this field	Learn@UW	0.77	18	0.02
8,1	Enthusiasm for this field	Guest Lectures	0.74	18	0.04
11,3	Future neuroimaging courses should use the same format as this course	Overall Course	0.92	18	0.00
11,2	Future neuroimaging courses should use the same format as this course	The Topics Covered	0.92	18	0.00
11,9	Future neuroimaging courses should use the same format as this course	Summarizing Articles	0.84	18	0.00
11,7	Future neuroimaging courses should use the same format as this course	Critically Reviewing Articles	0.78	18	0.01
11,6	Future neuroimaging courses should use the same format as this course	Importance of this field	0.78	18	0.01
11,18	Future neuroimaging courses should use the same format as this course	Designing Reading Assessments	0.74	18	0.05