Class 10 Flashcards
1
Q
Behavioural activation stimuli (BAS)
A
- approach drive
- response to incentive stimuli (ex. rewards, new experiences, new people, etc.)
2
Q
Behavioural inhibition system (BIS)
A
- withdrawal drive
- response to punishment stimuli (ex. fear of consequences, fear of the unfamiliar, fear of judgement, etc.)
3
Q
Link to personality: impulsivity
A
- high BAS
- sensitive to rewards
- seeks out positive emotions and stimuli
4
Q
Link to personality: Anxious
A
- high BIS
- sensitive to cues of punishment, stress, and novelty
- at risk for negative emotions
5
Q
Life outcomes: impulsivity
A
- don’t learn well from punishment
- more likely to engage in risky behaviours
6
Q
Life outcomes: anxiety
A
- don’t trust rewards
- less likely to engage in novel or potentially risky situations
- more likely to be closed off and self-limiting
7
Q
Sensation seeking
A
- seeking out new and exciting stimuli/activities (tries to avoid boredom and sameness)
- more likely to engage in risky behaviours
8
Q
Monoamine Oxidase (MAO)
A
- enzyme
- monitors levels of neurotransmitters
9
Q
High MAO
A
- less risk averse
- not enough neurotransmitters = less nerve transmission
- dulled sensations (lethargy)
10
Q
Low MAO
A
- more risk averse
- too many neurotransmitters = too much nerve transmission
- lots of sensory information (jitteriness)
11
Q
Neurotrans and personality: dopamine
A
High: competitive, aggressive, low impulse control (ADHD)
Low: low motivation and concentration (anxiety and ADHD)
12
Q
Neurotrans and personality: serotonin
A
- mood stabilizer
High: too much regulation, low arousal
Low: not enough regulation, likely to have anxiety and/or depression
13
Q
Neurotrans and personality: norepinephrine
A
- stress/fight or flight systems
High: worry, anxiety, insomnia, irritability, anxiety, mania, etc.
Low: low arousal, low motivation, fatigue, depression, ADHD, etc.
14
Q
Personality and psychopathology difference?
A
Personality: who we are as an individual
Psychopathology: how our traits may make our quality of life poorer
15
Q
Brain asymmetry
A
- measured via EEG
- difference in alpha waves = sleepy waves (less alpha waves = more reactivity)