Final Exam - Section 1 (11/15/16) Flashcards
_________ is largest part of human brain
-Prefrontal cortex
-Prefrontal cortex - Involved in _________ functions
higher cognitive (executive)
-Prefrontal cortex - involved in:
Impulse \_\_\_\_\_\_\_\_\_ Emotions Reasoning Planning and \_\_\_\_\_\_\_\_\_ Decision making Responding to reward and \_\_\_\_\_\_\_\_\_ Working memory
- control
- organization
- punishment
Prefrontal Cortex
Control of _________ processes so behavior is _________
- cognitive
- appropriate
-Prefrontal Cortex-
In response to internal or external cues, (_________)
autonoetic awareness
-Prefrontal Cortex-
Behavior involves _________ and _________ cues
- internal
- external
-Prefrontal Cortex-
Temporal memory (also called _________ memory)
working
-Prefrontal Cortex-
_________ – memory of recent events and the order in which they occurred
Temporal memory (also called working memory)
-Prefrontal Cortex-
Temporal memory (also called working memory) – memory of recent events and the order in which they _________
occurred
-Prefrontal Cortex-
-Temporal memory
Involves _________ regions
dorsolateral
-Prefrontal Cortex-
-Temporal memory
Memory for _________
things or movements
-Prefrontal Cortex-
Behavior involves external cues
External cues present at time _________ behavior
direct
-Prefrontal Cortex-
Behavior-
Can compete with _________ cues
Start to do one task or say something when distracted by an _________ cue, then forget what you were planning to do or say
- internal
- external
-Prefrontal Cortex-
Frontal lobe lesions – deficits in _________ = behavior directed by external stimuli and lacks planning and organization
temporal memory
-Prefrontal Cortex-
Frontal lobe lesions – deficits in temporal memory = behavior directed by _________ stimuli and lacks planning and _________
- external
- organization
-Prefrontal Cortex-
Deficits in temporal memory _________ with age
increases
-Prefrontal Cortex-
Behavior-
Response to _________
Different behavior at work/school than at home – context-dependent behavior
context cues
-Prefrontal Cortex-
Behavior-
Response to context cues
Different behavior at work/school than at home – _________ behavior
context-dependent
-Prefrontal Cortex-
Behavior-
Response to context cues
Behavior depends on _________ and social group
situation
-Prefrontal Cortex-
Behavior-
Response to context cues
Errors in socially _________ behavior
appropriate
-Prefrontal Cortex-
Behavior-
Response to context cues
Sensory information to make informed decisions from _________ and amygdala
inferior frontal cortex
-Prefrontal Cortex-
Behavior-
Response to context cues
Sensory information to make informed decisions from inferior frontal cortex and _________
amygdala
-Prefrontal Cortex-
TBI with _________ damage – deficits in understanding social context and acting appropriately
e.g., Phineas Gage
orbitofrontal
-Prefrontal Cortex-
TBI with orbitofrontal damage – deficits in understanding _________ context and acting _________
e.g., Phineas Gage
- social
- appropriately
-Prefrontal Cortex-
TBI with orbitofrontal damage – deficits in understanding social context and acting appropriately
e.g., _________
Phineas Gage
-Prefrontal Cortex-
_________ -
Behavior influences by previous experiences
Autonoetic Awareness
-Prefrontal Cortex-
Autonoetic Awareness -
Behavior influences by _________ experiences
previous
-Prefrontal Cortex-
Autonoetic Awareness -
Behavior influences by previous experiences
_________ knowledge
Autobiographical
-Prefrontal Cortex-
Autonoetic Awareness -
Behavior influences by previous experiences
_________ (self-knowing)
autonoetic awareness
-Prefrontal Cortex-
Autonoetic Awareness -
Behavior influences by previous experiences
autonoetic awareness - _________
(self-knowing)
-Prefrontal Cortex-
The awareness of why I chose to be a psych major - _________
autonoetic awareness
-Prefrontal Cortex-
_________ - Knowledge of yourself through time
Autobiographical knowledge
-Prefrontal Cortex-
Damage to medial or ventral frontal lobes and _________ – life is difficult to interpret without past
autonoetic awareness
-Prefrontal Cortex-
Frontal lobe asymmetry
- _________ lobe more influential in language functions and formation of memories
Left
-Prefrontal Cortex-
Frontal lobe asymmetry
-Left lobe more influential in _________ functions and _________ of memories
- language
- formation
-Prefrontal Cortex-
Frontal lobe asymmetry
- _________ lobe more influential in nonverbal movements and retrieving memories
e. g., facial expressions
Right
-Prefrontal Cortex-
Frontal lobe asymmetry
- Right lobe more influential in _________ movements and _________ memories
e. g., facial expressions
- nonverbal
- retrieving
-Prefrontal Cortex-
Frontal lobe asymmetry
_________ lesions -
- Time orientation (reporting time of day)
- Verbal learning
- Understanding proverbs
bilateral
-Prefrontal Cortex-
Frontal lobe asymmetry
bilateral lesions -
- Time orientation
- _________ learning
- Understanding _________
- Verbal
- proverbs
Frontal lobe lesions:
- Motor deficits
- Decreased _________ and _________ of movements
- strength
- speed
Frontal lobe lesions:
-Motor deficits
Effects on _________ limbs
contralateral
Frontal lobe lesions:
-Motor deficits
Clumsy movements (_________ cortex)
primary motor
Frontal lobe lesions:
-Motor deficits
Deficits in movement _________ (premotor and dorsolateral cortex)
programming
Frontal lobe lesions:
-Motor deficits
Deficits in movement programming (_________ and _________ cortex)
- premotor
- dorsolateral
Frontal lobe lesions:
-Motor deficits
Deficits in movement programming (premotor and dorsolateral cortex)
Deficits in voluntary movement but recovers except for _________ movements
alternating
Frontal lobe lesions:
Motor deficits-
-Deficits in copying _________ movements (dorsolateral cortex)
facial
Frontal lobe lesions:
Motor deficits-
-Deficits in copying facial movements (_________ cortex)
dorsolateral
Frontal lobe lesions:
Motor deficits-
Have Little _________ facial expression
spontaneous
Frontal lobe lesions:
Motor deficits-
Deficits in voluntary _________ (frontal eye fields)
eye gaze
Frontal lobe lesions:
Motor deficits-
Deficits in voluntary eye gaze (_________ )
frontal eye fields
Frontal lobe lesions:
Motor deficits-
Deficits in voluntary eye gaze (frontal eye fields)
Cannot find _________ symbol
matching
Frontal lobe lesions:
Motor deficits-
Deficits in voluntary eye gaze (frontal eye fields)
- _________ eye movements
- Difficulty accurately moving eyes to visual field _________ to lesion
- Random
- contralateral
Frontal lobe lesions:
Motor deficits-
-Deficits in corollary discharge (_________ and _________ )
- premotor
- dorsolateral
Frontal lobe lesions:
Motor deficits-
-Deficits in corollary discharge (premotor and dorsolateral)
Also called _________
reafference
Frontal lobe lesions:
Motor deficits
Corollary discharge – sensory systems anticipate voluntary movement that is to occur (so world seems to stand still rather than moving e.g., when jogging)
– _________ activity to neural activity that produces movement
Parallel neural
Frontal lobe lesions:
Motor deficits
_________ – sensory systems anticipate voluntary movement that is to occur (so world seems to stand still rather than moving e.g., when jogging)
–Parallel neural activity to neural activity that produces movement
Corollary discharge
Frontal lobe lesions:
Motor deficits
Corollary discharge – sensory systems anticipate _________ movement that is to occur (so world seems to stand still rather than _________ e.g., when jogging)
–Parallel neural activity to neural activity that produces movement
- voluntary
- moving
Frontal lobe lesions:
Motor deficits
_________ – effects of Pushing on the eyeball
Corollary discharge
Frontal lobe lesions:
Motor deficits-
_________- (Broca’s area)
Language deficits
Frontal lobe lesions:
Motor deficits-
-Language deficits (_________)
Broca’s area
Frontal lobe lesions:
Motor deficits-
-Language deficits (Broca’s area)
\_\_\_\_\_\_\_\_\_ speech (many pauses between words) Includes nouns and verbs but not adjectives, conjunctions etc.
Non-fluent
Frontal lobe lesions:
Motor deficits-
-Language deficits (Broca’s area)
Non-fluent speech (many pauses between words)
Includes nouns and verbs but not _________, conjunctions etc.
-adjectives
Frontal lobe lesions:
Motor deficits-
-Language deficits (Broca’s area)
Problems finding correct words (_________)
anomia
Frontal lobe lesions:
Motor deficits-
-Language deficits (Broca’s area)
Problems with, _________ words, _________ of grammar
- mispronouncing
- comprehension
Frontal lobe lesions: Motor deficits Language deficits (Broca’s area)
_________ -
In 1861, French surgeon Paul Broca treated gangrene been mute 30 years. man died 5 days later, Broca did autopsy found lesion left frontal cortex
Expressive aphasia