PSY-02-02-06-Ways of Studying the Brain

fMRI

Multiple Choice

Increase in this is due to increased brain activity in that area

• blood oxygenation

• oxygen

• 3D

• activation maps

• Risk Free

Multiple Choice

How the images from fMRI appear

• blood oxygenation

• oxygen

• 3D

• activation maps

• Risk Free

Multiple Choice

fMRI detects changes in...

• blood oxygenation

• oxygen

• 3D

• activation maps

• Risk Free

Multiple Choice

As opposed to PET scans, fMRI is...

• blood oxygenation

• oxygen

• 3D

• activation maps

• Risk Free

Multiple Choice

These are what the images are called that fMRI uses

• blood oxygenation

• oxygen

• 3D

• activation maps

• Risk Free

EEG

Multiple Choice

EEG, allows diagnosis of this condition

• epilepsy

• brainwave patterns

• electrodes

• arrhythmic

• sleep

Multiple Choice

This is the word that describes

'no particular pattern' of activity

• epilepsy

• brainwave patterns

• electrodes

• arrhythmic

• sleep

Multiple Choice

These are used to connect to the head

• epilepsy

• brainwave patterns

• electrodes

• arrhythmic

• sleep

Multiple Choice

This is the data created by this technique

• epilepsy

• brainwave patterns

• electrodes

• arrhythmic

• sleep

Multiple Choice

This is the condition can be studied better with EEG

• epilepsy

• brainwave patterns

• electrodes

• arrhythmic

• sleep

ERP

Post mortem

Fill in the Blanks

Fill in the Blanks

Fill in the Blanks

Evaluation

Multiple Choice

fMRI does not use

• radiation

• non-invasive

• high spacial resolution

• expensive

• cheap

Multiple Choice

EEG images have ...

• radiation

• non-invasive

• high spacial resolution

• expensive

• cheap

Multiple Choice

In terms of cost, fMRI is ...

• radiation

• non-invasive

• high spacial resolution

• expensive

• cheap

Multiple Choice

fMRI benefits from being ...

• radiation

• non-invasive

• high spacial resolution

• expensive

• cheap