Learning & Motivation
問題一覧
1
damage to region of motor cortex controlling face muscules or to neurones connecting the two
2
emotions elicit facial movements that cannot otherwise be produced
3
damage to specific region or thalami’s region between PFC & hindbrain regions controlling musculature
4
emotions do not elicit expressions even though person can voluntarily make the component movements
5
biological basis
6
evolution, cross-cultural, blind, newborns
7
triggered by exposure to trauma, significant distress
8
re-experiencing, avoidance, negative conditions, arousal
9
emotions, physiological, behavioural, cognition
10
greater activation to fear
11
active PFC inhibits amygdala & reduces expression, script-driven imagery, lower activation
12
negatively correlated
13
unconditioned activation of amygdala, related arousal, physiological dysregulation= enhances memory, cortisol reduced
14
cortisol & NA compete, negative correlation, beta blocker can prevent NA causing stronger trauma memory trace
15
inhibition, CS doesn’t = US, PTSD don’t recall extinction as well
16
simple spinal & brainstem reflexes
17
stereotypes/reflexive= hypothalamus
18
flexible/goal directed= amygdala
19
need homeostasis, deviation= need state, causes drive state, activates directed behaviour, body detects deviations (error predictor) from set point
20
unrelated motivational drive, learning
21
liking + wanting motivational incentive value= reward
22
unconscious sensory pleasure, conditioned, brain stem, hierarchal control
23
motivational incentive value, not cog, conditioned, mesolimboc dopamine
24
reward depends on current drive
Neurodevelopment, neurodegeneration & recovery
Neurodevelopment, neurodegeneration & recovery
Hannah · 28問 · 2年前Neurodevelopment, neurodegeneration & recovery
Neurodevelopment, neurodegeneration & recovery
28問 • 2年前Emotion
Emotion
Hannah · 9問 · 2年前Emotion
Emotion
9問 • 2年前Theories of emotion
Theories of emotion
Hannah · 8問 · 2年前Theories of emotion
Theories of emotion
8問 • 2年前Neural Mechanisms & Learning
Neural Mechanisms & Learning
Hannah · 12問 · 2年前Neural Mechanisms & Learning
Neural Mechanisms & Learning
12問 • 2年前Synaptic Plasticity
Synaptic Plasticity
Hannah · 27問 · 2年前Synaptic Plasticity
Synaptic Plasticity
27問 • 2年前Commumication within and between neurones
Commumication within and between neurones
Hannah · 11問 · 2年前Commumication within and between neurones
Commumication within and between neurones
11問 • 2年前Lecture 3
Lecture 3
Hannah · 6問 · 2年前Lecture 3
Lecture 3
6問 • 2年前Lecture 10
Lecture 10
Hannah · 8問 · 2年前Lecture 10
Lecture 10
8問 • 2年前Lecture 7-9
Lecture 7-9
Hannah · 16問 · 2年前Lecture 7-9
Lecture 7-9
16問 • 2年前問題一覧
1
damage to region of motor cortex controlling face muscules or to neurones connecting the two
2
emotions elicit facial movements that cannot otherwise be produced
3
damage to specific region or thalami’s region between PFC & hindbrain regions controlling musculature
4
emotions do not elicit expressions even though person can voluntarily make the component movements
5
biological basis
6
evolution, cross-cultural, blind, newborns
7
triggered by exposure to trauma, significant distress
8
re-experiencing, avoidance, negative conditions, arousal
9
emotions, physiological, behavioural, cognition
10
greater activation to fear
11
active PFC inhibits amygdala & reduces expression, script-driven imagery, lower activation
12
negatively correlated
13
unconditioned activation of amygdala, related arousal, physiological dysregulation= enhances memory, cortisol reduced
14
cortisol & NA compete, negative correlation, beta blocker can prevent NA causing stronger trauma memory trace
15
inhibition, CS doesn’t = US, PTSD don’t recall extinction as well
16
simple spinal & brainstem reflexes
17
stereotypes/reflexive= hypothalamus
18
flexible/goal directed= amygdala
19
need homeostasis, deviation= need state, causes drive state, activates directed behaviour, body detects deviations (error predictor) from set point
20
unrelated motivational drive, learning
21
liking + wanting motivational incentive value= reward
22
unconscious sensory pleasure, conditioned, brain stem, hierarchal control
23
motivational incentive value, not cog, conditioned, mesolimboc dopamine
24
reward depends on current drive