Print Options

Card layout: ?

← Back to notecard set|Easy Notecards home page

Instructions for Side by Side Printing
  1. Print the notecards
  2. Fold each page in half along the solid vertical line
  3. Cut out the notecards by cutting along each horizontal dotted line
  4. Optional: Glue, tape or staple the ends of each notecard together
  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
To print: Ctrl+PPrint as a list

67 notecards = 17 pages (4 cards per page)

Viewing:

Lab 21

front 1

3 embryonic regions of the brain

back 1

prosencephalon, mesencephalon, and rhombencephalon

front 2

prosencephalon

back 2

forebrain

front 3

mesencephalon

back 3

midbrain

front 4

rhombencephalon

back 4

hindbrain

front 5

surround brain

back 5

meningess

front 6

dura mater

back 6

superficial, tense ct surround brain and has projections that extend into the brain

front 7

The right and left cerebral hemispheres are separated from each other by

back 7

  • the longitudinal fissure.

front 8

The cerebellum is _________________ to the cerebrum.

back 8

  • caudal

front 9

what structure of the brain makes up 85% of brain volume?

back 9

  • cerebrum

front 10

What is the brain structure that is described as a 3 millimeter layer of gray matter that houses neural cell bodies and acts as a computer?

back 10

  • Cerebral cortex

front 11

Damage to what area of the frontal lobe results in preservation of word comprehension but compromised word formation?

back 11

  • Broca’s area

front 12

The cardiac, vasomotor, and respiratory centers are found in

back 12

the medulla oblongata.

front 13

From superficial to deep, the meninges occur in this order:

back 13

  • dura mater, arachnoid, pia mater.

front 14

The right and left cerebral hemispheres are separated from each other by

back 14

the longitudinal fissure.

front 15

Which of the meninges is between the outer and inner meninges?

back 15

Arachnoid mater

front 16

largest region of the brain

back 16

forebrain

front 17

forebrain consists of

back 17

cerebrum and diencephalon

front 18

smallest region of the brain

back 18

midbrain

front 19

between the forebrain and hindbrain

back 19

midbrain

front 20

the midbrain is made up of

back 20

pons, the medulla oblongata, and cerebellum

front 21

connects to the spinal cord at the level of the foramen magnum

back 21

hindbrain

front 22

olfactory

back 22

recieves sensory info from the nose

front 23

optic

back 23

recieves sensory info from the eyes

front 24

oculomotor

back 24

transmits motor info to move eye

front 25

trochlear

back 25

transmits motor info to move eye

front 26

trigeminal

back 26

transmits both info to head

front 27

abducens

back 27

motor to move eye

front 28

facial

back 28

recieves sense info from tongue and motor info to the head muscles

front 29

vestibulocochlear

back 29

receives sense info from abdomen, thorax, neck, and root of the tongue;

transmits motor info to pharynx, larynx, controls autonomic heart functions, digestive organs, spleen, and kidneys

front 30

accessory

back 30

motor nerve to the muscles of the neck that move neck

front 31

hypoglossal

back 31

motor nerve to the tongue

front 32

Wernicke's area

back 32

used in the formation of speech or language

front 33

occipital lobe

back 33

serves as the primary visual area of the brain

front 34

located between the occipital lobe and the cerebellum is

back 34

transverse fissure

front 35

olfaction

back 35

sense of smell

front 36

broca area

back 36

motor speech area

front 37

brocas area is on the

back 37

left side of the brain, frontal

front 38

lateral fissure (sulcus)

back 38

separates the temporal lobe from the frontal and parietal

front 39

primary auditory cortex

back 39

interprets hearing impulses sent from the inner ear

front 40

justation

back 40

sense of taste

front 41

rostral

back 41

anterior

front 42

caudal

back 42

posterior

front 43

85% of brain

back 43

cerebrum

front 44

motor formation

back 44

cerebellum

front 45

separates 2 cerebral hemisphere

back 45

longitudinal fissure

front 46

"brain bark", layer of gray matter with extensive folds to increase surface area

back 46

cerebral cortex

front 47

gyri

back 47

ridges

front 48

sulci/ fissure

back 48

depression

front 49

has myelinated axons

back 49

white matter

front 50

gray matter contains

back 50

neural cell bodies

front 51

pia mater

back 51

in direct contact with the brain

front 52

dura mater

back 52

dense ct, periosteal layer then meningeal layer

front 53

what has direct contact with meninges

back 53

cranial bones

front 54

cerebrospinal fluid

back 54

clear liquid fills ventricles and canals and bathes the brain's external surface

front 55

buoyancy

back 55

floats brain so its neutrally buoyant

front 56

protection

back 56

cushions from hitting inside of skull

front 57

chemical stability

back 57

rinses away wastes

front 58

voluntary motor functions and areas for planning, mood and social judgement

back 58

frontal

front 59

sensory reception & integration sensory info

back 59

parietal

front 60

visual

back 60

occiptal

front 61

hearing, smell, learning, memory, emotional behavior, taste

back 61

temporal

front 62

posterior border

back 62

central sulcus

front 63

transverse sulcus

back 63

separates cerebellum from occipital and parietal

front 64

latral sulcus

back 64

separates cerebellum from everything else

front 65

left cerebral hemisphere

back 65

language and reasoning

front 66

right cerebral hemisphere

back 66

space/ pattern perception, artistic awareness, imagination, and music comprehension

front 67

cerebral hemispheres are connected by

back 67

corpus callosum