Unit 10 & 11: Theories of emotions Flashcards
Whose works are biological studies on emotion based on?
Darwin
What did Darwin say about emotions?
body movements and facial expressions related to emotions have adaptive value
some emotional expressions work contrary to what is required (e.g. laughter)
Which areas are essential for experiencing emotions?
subcortical areas
-> basic adaptive processes found in subjects before full development of CNS
-> adaptive mechanisms in many animals
Which relationship also influences emotions severely?
relationship between hemispheres
Where has an impact on extrusion and emotional understanding been found?
lateral-ventral and anterior- posterior locations
What are the two ways of studying emotions proposed by Borod and Madigan?
interhemispheric: laterally
intrahemispherc: anterior-posterior/ neocortical - subcortical
Which functions did Palmero assign these structures? (Subcortical)
Processing of emotions
Preparation of emotional response
What is the amygdala in contact with?
hippocampus and basal ganglia (important for memory and attention)
hypothalamus (control of homeostasis and neuroendocrine regulation)
What is the amygdala involved in?
expressive emotional stimulation
possibly more general emotional processing function
What does Damasio’s somatic marker hypothesis explain?
reasoning is influenced by neuronal functioning of areas associated with emotion
What is the right hemisphere linked with?
body representation (proprioception, heat, pressure, etc.)
Which distinction related to emotional expressions did Ekman propose?
involuntary/spontaneous: controlled by brainstem and limbic system
voluntary/ feigned: controlled by cortical brain
The long route of the amygdala
more detailed & complex analysis of emotional information before generating response in amygdala
The short route of the amygdala
faster but less elaborate emotional response
(information passes directly to amygdala with less processing)
What is the nature of the connections of the amygdala and the cortical areas and what does that mean?
bidirectional
asymmetrical: broader from amygdala to cortex
-> potential inhibition of cortex as a very complex activity