In the search of mechanisms at the basis of fear conditioning, it is therefore possible to place a stimulation electrode in the auditory thalamus or in the bundle of fibers connecting the auditory thalamus to the amygdala and a recording electrode in the basolateral complex of the amygdala, and more specifically in the lateral nucleus.
Particularly, compared with healthy controls, patients with flying phobia rated conditioned stimuli more frightening. Anxiety is manifested in three ways: in a person's thoughts cognitivelyin a person's actions behaviorallyand in physiological reactions.
There are several different perspectives on the motivations of fear and anxiety: cognitive, learned and physiological. This raises yet another question: While many can enjoy a good fright, why might others downright hate it?
The function of these changes is to facilitate coping with an adverse or unexpected situation. It's an automatic response that is crucial to our survival.
This example of classical fear conditioning corresponds to auditory fear conditioning. Animal models Some of the neurobiological mechanisms underlying anxiety may already be present in very simple organisms, such as the snail Aplysia, which can show forms of learning akin to anticipatory and chronic anxiety.
Thus, a sudden noise or loss of physical support can induce an innate fear reaction, and restraint of bodily movements triggers rage. This is usually accompanied by learning and applying new coping techniques to manage the fear response.