unit 4 images Flashcards
1

vertebral artery (paired)
2

anterior spinal (paired but then fuse)
3

posterior spinal artery (paired)
4

posterior interior cerebellar artery AKA PICA (paired)
5

basilar artery (unpaired)
6

anterior inferior cerebellar artery AKA AICA (paired)
NOTE: its location is along ponto medullary junction with CN 9,10,11 bundle just below and CN 6,7,8 just above
7

internal auditory artery (paired)
NOTE: location of CN 6,7,8 is between internal auditory artery and AICA
8

pontine arteries (many, paired and very small)
9

superior cerebellar artery (paired)
10

posterior cerebellar artery (paired)
NOTE: location of CN 3 is between posterior cerebral artery and superior cerebellar artery
11

posterior communicating artery (paired)
12

internal carotid artery (paired)
13

anterior cerebral artery (paired)
14

anterior communicating artery (unpaired)
15

middle cerebral artery (paired)
What arteries make up the circle of Wills?
posterior cerebral aa.
posterior communicating aa.
anterior cerebral aa.
anterior communicating aa.
internal carotid a.
green artery?

anterior spinal artery
orange branches?

sulcal branches
blue paired arteries?

posterior spinal aa.
red artery?

arterial vasa corona
purple branches?

penetrating branches
pink artery?

segemental artery (intercostal, subcostal, lumber)
yellow branch?

anterior radicular branch
brown branch?

posterior radicular branch
functional area of 1, dark purple?

frontal eye field
functional area of 2, light purple?

premotor area
functional area of 3, blue

pirmary motor area
functional area of 4, green?

primary somatosensory area
functional area of 5, pink?

somatosensory association area
functional area of 6, dark orange?

wernicke’s area
functional area of 7, light orange?

sensory/receptive language area
functional area of 8, light yellow?

visual association area
functional area of 9, dark yellow?

pirmary visual area
functional area of 10, dark red?

primary auditory area (heschel’s gyrus)
functional area of 11, light red?

auditory association area
functional area of 12, tan?

Broca’s area (motor/expressive language area)
functional area of 1, dark yellow?

primary visual area
functional area of 2, light yellow?

visual association area
functional area of 3, pink?

somatosensory association area
functional area of 4, green?

primary somatosensory area
functional area of 5, blue?

primary motor area
functional area of 6, grey?

supplementary motor area
what is 1a, red line?

posterior ramus of lateral sulcus
What is 1b, blue line?

ascending ramus of lateral sulcus
What is 1c, green line?

anterior ramus of lateral sulcus
What is the anatomical region of 2a, orange area?

opercular portion of inferior frontal gyrus
What is the anatomical region of 2b, purple area?

triangular portion of interior frontal gyrus
What is the anatomical region of 2c, brown area?

orbital portion of inferior frontal gyrus
What is the anatomical region of 3a, blue area?

supramarginal gyrus of inferior parietal lobule
What is the anatomical region of 3b, green?

angular gyrus of the inferior parietal lobule
What is the anatomical region of 4a, yellow area?

posterior portion of the superior temporal gyrus
The opercular (orange) and triangular (purple) portion of the inferior frontal gyrus make up what functional area?

Broca’s area which funtions in motor/expressive language
The angular gyrus (green) and posterior portion of superior temporal gyrus (yellow) form what fucntional area?

Wernicke’s area which functions in sensory/receptive language
NOTE: the supramarginal gyrus (blue) was thought to be part of this functional area, but more research is showing that it does not