N173 - Lecture 12: Emotional Regulation and Mood Disorders

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10 Terms

1

Emotion

A feeling that differs from a person’s normal/BASELINE affective state; a deviation

A BIOLOGICAL FUNCTION of the nervous system (ingrained); ancient/old; has an evolutionary advantage

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2

The Three Central Attributes of an Emotion

1) A change in physiological arousal/response

  • ranges from slight —> intense

  • indicative of a sympathetic nervous system response

  • IMPORTANT NOTE: can have a pleasurable experience that gives the same level of arousal as a negative response —> therefore has to be MORE for us to know the difference

2) Affective response (feeling), which may be pleasant OR unpleasant

3) The capacity to motivate a specific behavior (a behavioral response)

  • emotions are important b/c they motivate us to do things that typically promote our survival ; positive emotion/feeling —> motivates more of the behavior

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3

James-Lange Theory

A theory of emotion proposing that physiological arousal precedes the emotional experience; feelings are a result of interpreting bodily responses. Physiological change happens in response to an event —> emotion is a result of the brain interpreting the physiological response/change

<p>A theory of emotion proposing that physiological arousal precedes the emotional experience; feelings are a result of interpreting bodily responses. <strong><em>Physiological change happens in response to an event —&gt; emotion is a result of the brain interpreting the physiological response/change</em></strong></p>
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4

Main Critique of James-Lange Theory

MANY EMOTIONS CAN BE ASSOCIATED WITH THE SAME PHYSIOLOGICAL RESPONSE

  • therefore it’s not safe to assume that every time you experience physiological arousal it’s threatening

    • 1 to 1 does not always work!!

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5

Cannon-Bard Theory

A theory where the stimulus/event activates the thalamus (processes the sensory information), which simultaneously activates the feeling component / emotion experience (cerebral cortex) & the physiological response/expression of the emotion via stimulating the rest of the body (brainstem)

<p>A theory where the stimulus/event activates the thalamus (processes the sensory information), which <strong>simultaneously activates </strong>the <mark data-color="yellow" style="background-color: yellow; color: inherit">feeling component / emotion experience</mark> (cerebral cortex) &amp; the <mark data-color="yellow" style="background-color: yellow; color: inherit">physiological response/expression</mark> of the emotion via stimulating the rest of the body (brainstem) </p>
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6

Pro & Main Critique of the Cannon-Bard Theory

It solves the problem of the James-Lange Theory:

  • no longer has the physiological response lead to the response; this proposes them both occurring simultaneously

Main critique:

  • Physiological responses affect how we experience emotion!! —> therefore there has to be a way for the two to talk to each other; here they are treated as occurring simultaneously but separate

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7

Schachter’s Cognitive Model / Schachter-Singer Two Factor Theory

The brain associates an experienced physiological arousal with a CONTEXT —> negative or positive (attribution) —> experienced feeling is the result

THIS IS BETTER ALIGNED WITH MODERN-DAY NEUROSCIENCE

<p>The brain associates an experienced physiological arousal with a <strong>CONTEXT </strong>—&gt; negative or positive (attribution) —&gt; experienced feeling is the result </p><p><strong>THIS IS BETTER ALIGNED WITH MODERN-DAY NEUROSCIENCE</strong></p>
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8

Primary Emotions (by Antonio Damasio)

innate, core emotions, built-in, hardwired

processed by the LIMBIC SYSTEM —> particularly the amygdala

  • quick emotions, don’t require much thinking, we share some of these with other species

EXAMPLE: FEAR

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9

Secondary Emotions (by Antonio Damasio)

The experience of an emotion, the feeling of it, LEARNING IS INVOLVED

  • processed by the LIMBIC SYSTEM, PREFRONTAL AREAS, and SOMATOSENSORY CORTICIES

more complex ; components of this are primary emotions

ex) GUILT, ANXIETY

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10

The Papez Circuit (1937) & the Limbic System

Interconnected forebrain structures that mediate emotional expression and experience

NOTE: MISSING THE AMYGDALA —> because in the 1930s the amygdala (a crucial part of the limbic system; associated with fear) was NOT WELL KNOWN

<p>Interconnected forebrain structures that mediate emotional expression and experience </p><p><strong>NOTE: MISSING THE AMYGDALA </strong>—&gt; because in the 1930s the amygdala (a crucial part of the limbic system; associated with fear) was NOT WELL KNOWN</p><p></p>
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