In the last post we looked at some of the features of the model as it begins to take shape. Could the Insular Cortex act as a transformer in a simple system where physiological responses are translated into emotional experiences in a single part of the brain.
Such a model as it is stated is simple, perhaps too simple and raises a number of questions
1. Does information from physiological responses require more than one step to be transformed into emotional experiences?
2. If a transformative function is required should this occur in just a single location or like many functions would this be distributed?
3. If the Insular Cortex were the only location for this transformation then would that determine many of the anatomical relationships it has with other structures e.g. would it need a direct or indirect connection with all other areas involved in emotional experience or regulation?
4. What constitutes a physiological response? The perception of neutral stimuli in the environment is a physiological response involving the sensory and perceptual apparatus. Do the physiological responses relevant to this discussion have to be characterised?
Related Resources on this Site
Developing a Model of the Insular Cortex and Emotional Regulation: Part 1
Building a Model of the Insular Cortex – Part 2: Reviewing a Model by Craig – Part 1
Building a Model of the Insular Cortex – Part 3: Reviewing a Model by Craig – Part 2
Building a Model of the Insular Cortex – Part 4: Reviewing a Model by Craig – Part 3
Building a Model of the Insular Cortex – Part 5: The Evolution of the Insular Cortex
Building a Model of the Insular Cortex – Part 6: A Recap
Building a Model of the Insular Cortex – Part 7: The James-Lange Theory
Building a Model of the Insular Cortex – Part 8: The Cannon-Bard Thalamic Theory of Emotions
Building a Model of the Insular Cortex – Part 9: Charles Darwin on the Expression of the Emotions
Building a Model of the Insular Cortex – Part 10: The Limbic System
Building a Model of the Insular Cortex – Part 11: A Second Recap
Building a Model of the Insular Cortex – Part 12: GABA receptors and Emotions
Building a Model of the Insular Cortex – Part 13: GABA receptors and Nematode Worms
Building a Model of the Insular Cortex – Part 15: Another Recap
A Diversion into the Limbic System: Building a Model of the Insular Cortex – Part 16
A Look at the Amygdala-PFC Dyad – Building a Model of the Insular Cortex – Part 17
What does the Insular Cortex Do Again?
Insular Cortex Infarction in Acute Middle Cerebral Artery Territory Stroke
The Insular Cortex and Neuropsychiatric Disorders
The Relationship of Blood Pressure to Subcortical Lesions
Interoception and the Insular Cortex
A Case of Neurogenic T-Wave Inversion
Video Presentations on a Model of the Insular Cortex
MR Visualisations of the Insula
The Subjective Experience of Pain
How Do You Feel? Interoception: The Sense of the Physiological Condition of the Body
How Do You Feel – Now? The Anterior Insula and Human Awareness
Role of the Insular Cortex in the Modulation of Pain
The Insular Cortex and Frontotemporal Dementia
A Case of Infarct Connecting the Insular Cortex and the Heart
The Insular Cortex: Part of the Brain that Connects Smell and Taste?
Stuttered Swallowing and the Insular Cortex
YouTubing the Insular Cortex (Brodmann Areas 13, 14 and 52)
New Version of Video on Insular Cortex Uploaded
Contributors to the Model (links are to the posts in which contributions were made – these links may contain further links directly to the contributors)
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