Chapter 2 in class notes Flashcards
Reaction Formation
Adopting a set of attitudes and behaviors that are the opposite of one’s true dispositions
Identification
Adopting the ideas, values and tendencies of someone in a superior position in order to evaluate self worth
Intellectualization
Adopting a cold, distanced perspective on a matter that actually creates strong, troubled unpleasant feelings
Projection
Attributing one’s own unacceptable motives or desires to someone else
Denial
Refusing to perceive or accept reality
Rationalization
Inventing an acceptable motive to explain unacceptably motivated behavior
Displacement
Discharging unacceptable feelings against someone or something other than the true target of those feelings
Regression
Retreating to a behavior of an earlier developmental period to prevent anxiety and satisfy current needs
Sublimation
Translating wishes and needs into socially acceptable behavior
Multidimensional models
Interdisciplinary eclectic and integrative
Major influences of Multidimensional models
- Biological
- Social
- Behavioral
- Emotional
- Cognitive
What are multidimensional influences contributing to a blood-injection-injury phobia?
Biological influences > Behavioral influences > Emotional and cognitive influences > Social Influences
Genetic Contributions to Psychopathology
1. Phenotype vs genotype
2.
3.
- Genotype determines our likelihood and if we have blue eyes. Phenotype is the physical manifestation of the blue eyes.
Genetic Contributions to Psychopathology
1.
2. Nature of Genes
3.
- Development and behavior is often polygenetic
Genetic Contributions to Psychopathology
- Genetic contribution to psychopathology __%. Higher chance if…
- Less than 50%. Bipolar and schizophrenia - parent with either, offspring has higher chance.
[TEST]
The interaction of Genetic and Environmental Effects
Eric Kandel and gene-environment interactions
TEST QUESTION
Genetic changes due to learning (change - activated or not based on learning)
TEST QUESTION
Diathesis-stress model
Disorders are due to underlying risk factors.
Diathesis: biological factor (i.e. social factor - maladaptive upbringing, chronic stress, etc)
Stress: Biological trigger (i.e. social trigger, psychological trigger)
The interaction of Genetic and Environmental Effects
- Reciprocal gene-environment model
Outcomes result from interactions between genetic vulnerabilities and experience
The interaction of Genetic and Environmental Effects
- Epigenetics and the nongenomic inheritance of behavior
Genome itself is unchanged
Genes build on each other - activating one vulnerability leads to activating another vulnerability.
Explains why some disorders (i.e. depression and anxiety) are comorbid.
Neuroscience Contribution to Psychopathology
The field of neuroscience studies…
the role of the nervous system in disease and behavior
Neuroscience Contribution to Psychopathology
Branches of human nervous system
Central Nervous System (CNS)
Peripheral Nervous System (PNS)
Central Nervous System (CNS)
Brain and spinal cord
[exam]
Peripheral Nervous System (PNS)
Study PNS for exam –in book
Somatic and autonomic branches
Neurotransmitters (NTs)
Functions
Chemical Messengers - transmit messages between brain cells
[test]
Other chemical substances in brain (other than NT)
Agonist (increases activity of NT)
Antagonist (any chemical that decreases activity of NT
Most drugs are either one
[test]
Other chemical substances in brain (other than NT)
Agonist (increases activity of NT)
Antagonist (any chemical that decreases activity of NT
Most drugs are either one
Functions of main types of NTs
Serotonin*** Norepinephrine*** Dopamine*** Glutamate Gamma aminobutyric acid (GABA)
*** = need to know
[TEST]
Reuptake and Enzyme
TEST QUESTION
Reuptake: action by which a neurotransmitter is quickly drawn back into the DISCHARGING neuron after being released into a synaptic cleft
Enzyme: way to destroy NTs
Biochemical imbalances
Psychological symptoms may possibly be associated with
> Numbers problem - neurotransmitters (too much/not enough)
> Malfunctioning - neurons (myelin sheath/receptors/dendrites/action potential)
Serotonin
- Also known as
- Influences
3a. High results in
3b. Low results in - Pathways in brain
- 5-hydrotryptamine (5-HT)
- information processing, behavioral control (impulsive/not), mood and thoughts
3a. Depression (either ^ or v), anxiety
3b. Memory deficits, Impulsivity and aggression - Everywhere in brain
Norepinephrine (NE)
- Also called
- Influences
- High or low NE results in
- Pathways in brain
- noradrenaline
- anxiety/fear/stress reactions
- Alarm responses, emotion regulation, stress reaction, energy mobilization, motivation. Basic bodily processes (eg. breathing).
- Everywhere in brain
Dopamine:
- Influences
- Excessive amount influences
- Reduced amount influences
- Pathways in brain
- Depression, ADHD, impulsivity
- Schizophrenia. High = pleasure and hallucinations. Cocaine and PCP also hit dopamine.
- Parkinson’s Disease
- Prefrontal cortex and limbic system
Neuroscience and brain structure
Two main parts
Brainstem
Forebrain
Neuroscience and brain structure
Brainstem parts
hindbrain
midbrain
Neuroscience and brain structure
Forebrain parts
Limbic system Basal ganglia Cerebral Cortex Thalamus Hypothalamus
[TEST]
Limbic System
H
A
T
HIPPO
Know Limbic System for test
Set of structures that regulate emotion
Hypothalamus
Amygdala
Thalamus
HIPPOcampus
Amygdala functions
- High:
- Low:
- Anger/violence or fear/anxiety
- Hyper-orality, hyper-sexuality, disinhibited behavior
- High or low leads to disinhibited behavior
Hippocampus
Converts STM to LTM
Hypothalamus
Regulates autonomic nervous system (ANS) flight/fight or rest/digest
Thalamus
relay station, smell
Neuroscience and Brain Structure
Lobes of the Cerebral Cortex
- Frontal
- Parietal
- Occipital
- Temporal
Frontal lobe
Planning of movements, recent memory, some aspects of emotions
Parietal lobe
touch, motor/sensory experiences