The Cell Lecture 20

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  • Created by: saraht83
  • Created on: 01-05-16 22:20
D A J T Q S Y U T I U Y K N H N P X J L H
R E E O Q S R W T R M T V E J T A I V A E
O R G N J T T S W V W I I B T R R A H J T
W A U I R N E P A K L Q F O K W I D U R X
N S V Q G E M E S A F C C L S W E T V S W
E A C S Y M M A S Y X E G L X E T D D M M
T C R L Q I Y K O A S K Q A M O A H Q F B
T O X U S R S I C V O T S T C M L O F E C
I R Q O A E A N I Y M A P I B N L T G Q A
R B B C E P E G A V A V W P L F O E V F B
W O A U N X R A T Y T X D I X P B M U T J
G T C W K E E H I V O H K C M I E P E P P
N E X T E Y H E O K S E Y C R U F O S J N
I G W D D E P A N E E B T O C F E R L C J
K A P N U K S R A T N V T X X S G A L P M
A M I K N N I D R Q S S C P D S L L N E H
E A H C L O M W E B O B F H F H X L U P G
P D X R N M E O A I R H G D M P B O M B R
S R Q Y I N H R S G Y L W Q I V O B M Y D
C C H R I X D D F R Q U O T R N V E N H M
R H R R L D N V B D R P W F A O D T A O L

Clues

  • behind central sulcus, primary somatosensory cortex, stimulation of specific areas, body 'mapped' onto cortex, relates to sensation of touch, larger areas relate to more touch sensitive body regions (8, 4)
  • certain tasks are mapped to specific hemispheres (10, 9)
  • help us understand what we see, concerned with articulating what we see (11, 5)
  • max. response to complete face, less response to incomplete faces (6, 11)
  • patient can understand visual and spoken communication but cannot produce sensible spoken/written language, expressive aphasia (6, 2, 6, 4)
  • receives and processes visual information, complex integration creates binocular vision, greater level of detail and depth perception (9, 4)
  • relates to sensory (touch) inputs (13)
  • role in auditory processing, helps with recognising and naming objects, specifically for identifying faces (8, 4)
  • words detected by auditory cortex, processed by Wernicke's area, transmitted to Broca's area, stimulates motor cortex to speak word (8, 1, 5, 4)
  • words detected by visual cortex, processed by Wernicke's area, transmitted to Broca's area, stimulates motor cortex to speak word (8, 7, 4)

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