Anxiety Flashcards
(45 cards)
Q: What is the main characteristic of anxiety?
A: A negative mood state with physical tension and future apprehension
What is the key difference between expected and unexpected panic attacks?
A: Expected attacks have a known trigger, while unexpected attacks occur without warning.
Why is moderate anxiety beneficial?
A: It enhances physical and intellectual performance.
What physiological changes occur during the flight-or-fight response?
A: Increased heart rate, blood pressure, and muscle tension.
Q: Which symptom is not associated with a panic attack: chest pain, fear of dying, increased appetite, or derealization?
A: Increased appetite.
Q: Anxiety is a future-oriented mood state characterized by physical tension and __________ about upcoming events.
A: Apprehension.
How is panic defined in psychopathology?
A: An abrupt experience of intense fear or acute discomfort.
Q: Which part of the nervous system triggers the flight-or-fight response?
A: The autonomic nervous system.
What neurotransmitter system is associated with increased anxiety when depleted?
A) Dopaminergic system
B) Serotonergic system
C) GABA–benzodiazepine system
D) Noradrenergic system
Answer: C) GABA–benzodiazepine system
Which brain system is most associated with anxiety?
A) Prefrontal cortex
B) Limbic system
C) Brain stem
D) Hypothalamus
Answer: B) Limbic system
What does the Behavioral Inhibition System (BIS) primarily cause when activated?
A) Fight or flight
B) Relaxation
C) Freezing and anxiety
D) Increased pleasure
Answer: C) Freezing and anxiety
Which brain circuit is responsible for panic-like responses?
A) BIS
B) Limbic system
C) Fight/Flight System (FFS)
D) HPA axis
Answer: C) Fight/Flight System (FFS)
Which factor increases the risk of developing anxiety disorders in adulthood?
A) Consuming caffeine
B) Teen smoking
C) Early social success
D) High serotonin levels
Answer: B) Teen smoking
Anxiety disorders are influenced by biological, __________, and social factors.
Answer: psychological
The __________ system activates the HPA axis, playing a central role in anxiety.
Answer: corticotropin-releasing factor (CRF)
The __________ system mediates signals from the brain stem to the cortex.
Answer: limbic
The __________ circuit produces a panic-like alarm response.
Answer: fight/flight (FFS)
Anxiety sensitivity is the tendency to fear __________ sensations.
Answer: bodily
What role does the corticotropin-releasing factor (CRF) system play in anxiety?
It activates the HPA axis, affecting brain areas like the amygdala, hippocampus, and prefrontal cortex.
Differentiate between anxiety, fear and panic.
Focus:
Anxiety: Worry about future events.
Fear: Response to an immediate threat.
Panic: Sudden intense fear without real danger.
**Emotional Response:
**
Anxiety: Apprehension and unease.
Fear: Urge to escape or defend.
Panic: Overwhelming dread and helplessness.
Physical Symptoms:
Anxiety: Muscle tension, restlessness.
Fear: Rapid heartbeat, sweating.
Panic: Chest pain, dizziness, shaking.
Trigger:
Anxiety: Anticipation of possible threats.
Fear: Presence of actual danger.
Panic: Often occurs unexpectedly, even in safe situations.
Priya has an important exam tomorrow. She feels restless, has trouble sleeping, and keeps thinking about what will happen if she fails. Her heart races every time she looks at her notes.
What is Priya experiencing?
A) Fear
B) Panic
C) Anxiety
D) Depression
c) anxiety
Rohan is walking through a park when a stray dog suddenly runs toward him, barking loudly. His heart pounds, and he immediately backs away, looking for safety.
Which emotional response is Rohan experiencing?
A) Anxiety
B) Panic
C) Depression
D) Fear
Fear
Meera is sitting in a café when she suddenly feels her heart racing, starts sweating, and feels like she might faint, even though nothing around her seems threatening.
What type of episode is Meera experiencing?
A) Expected panic attack
B) Unexpected panic attack
C) Anxiety
D) Fear
b) unexpected panic attack
WHat is the role of the limbic system?
The limbic system acts as a mediator between the brain stem and the cortex.
The more primitive brain stem monitors and senses changes in bodily functions and relays these potential danger signals to higher cortical processes through the limbic system.