Psy 341 Chapter 13

Front 1

The primary visual cortex is also known as

Back 1

V 1

Front 2

This is specialized for faces

Back 2

Fusiform gyrus

Front 3

She had symptoms that were consistent with left brain injury or hemispherectomy

Back 3

Genie

Front 4

The lower the SES the lower this is

Back 4

Laterality in the brain

Front 5

These are present before birth and become more pronounced in adulthood

Back 5

Cerebral asymmetries

Front 6

These two gyri are able to be seen ventrally

Back 6

Lingual and fusiform

Front 7

Has different functions

Back 7

Heterogeneous

Front 8

This has six layers like the rest of the cortex but layer 4 has a very distinct layers within it that are very thick. Also has blobs

Back 8

V one

Front 9

This is maintained in V2

Back 9

Functional heterogeneity

Front 10

This doesn't have blobs , only stripes

Back 10

V2

Front 11

What does a thin stripe represent?

Back 11

Color perception

Front 12

What does a thick stripe represent?

Back 12

Form

Front 13

What does a pale stripe represent?

Back 13

Motion

Front 14

What are the three types of stripes in V2?

Back 14

Thin, thick, pale

Front 15

Color vision is the primary job of

Back 15

V4

Front 16

The primary visual cortex gets input from

Back 16

The lateral geniculate nucleus

Front 17

V5 is also referred to as

Back 17

Mt

Front 18

The dorsal stream goes to this lobe and is in charge of

Back 18

Parietal, visual guidance of movements

Front 19

The ventral stream goes to this lobe

Back 19

Temporal

Front 20

People who have lesions to this area are not aware of seeing but can act on visual information

Back 20

V1

Front 21

More cortex is devoted to this than any other brain function

Back 21

Vision

Front 22

When you lose vision in one visual field there was an injury

Back 22

After the crisscross

Front 23

When you lose vision in an entire eye the injury

Back 23

Was before the crisscross

Front 24

More blind spots are present then just one in each eye

Back 24

Scotoma

Front 25

This patient was struck by a bullet in the back of the brain and World War II, lost sight in the right visual field. He could accurately guess about the presence or absence of light Kama had difficulty reading and recognizing faces

Back 25

P.m.

Front 26

There's no clear division on the lateral surface of the brain which separates the occipital cortex from

Back 26

The temporal or parietal cortices

Front 27

This separates the upper and lower visual fields and contains much of the primary visual cortex

Back 27

Calcarine sulcus

Front 28

V1

Back 28

Primary visual cortex

Front 29

Lingual gyrus contain

Back 29

V2 and VP

Front 30

The fusiform gyrus contains

Back 30

V4

Front 31

Back 31

Collateral sulcus

Front 32

Back 32

Calcarine sulcus

Front 33

Back 33

Parietal occipital sulcus

Front 34

Back 34

Lingual sulcus

Front 35

Back 35

Fusiform gyrus

Front 36

Area V1 is functionally

Back 36

Heterogeneous

Front 37

Within V1 , layer 4 has how many distinct layers?

Back 37

4

Front 38

What are cytochrome rich areas known as?

Back 38

Blobs

Front 39

What is used to separate blobs from inter blob regions?

Back 39

Cytochrome oxidase stains

Front 40

Blob cells are in charge of

Back 40

Color perception

Front 41

Inter blobs are in charge of?

Back 41

Form and motion perception

Front 42

It's functional heterogeneity maintained in V 2?

Back 42

Yes

Front 43

In v2 when these are Staind with cytochrome oxidase they are revealed

Back 43

Stripes

Front 44

A thin stripe represents

Back 44

Color perception

Front 45

A thick stripe represents

Back 45

Form

Front 46

A pale stripe represents

Back 46

Motion

Front 47

There's distribution of color function across these three areas and much of the occipital lobe

Back 47

V1 V2 and V4

Front 48

Because of the distinct stripes the visual cortex is sometimes called

Back 48

The striate cortex

Front 49

Color vision is primarily the job of

Back 49

V4

Front 50

This plays a role in detection of movement, depth and position

Back 50

Color vision

Front 51

This receives input from the lateral geniculate nucleus and send output to all other occipital levels

Back 51

V1 or primary visual cortex

Front 52

These two sections of the visual cortex send output to all other occipital levels

Back 52

Primary visual cortex and secondary visual cortex V1 and V2

Front 53

After V2 there are these three distinct parallel pathways

Back 53

Output to the parietal lobe via the dorsal stream , output to the inferior temporal lobe via the ventral stream , multimodal output to the superior temporal sulcus via the ventral stream

Front 54

The dorsal stream leads to what lobe?

Back 54

Parietal

Front 55

The two ventral streams lead to what lobe?

Back 55

Temporal