Hands (and face parts), which occupy a large cortical area, may induce differential sensations from other body parts when they are visually distorted.
These results suggest that the same TRPV1 stimulation induce differential strength of sensation according to the organs within individuals.
A theory based on the model of how the auditory brain system perceive primary sensations is used to explain the differential effects of noise and music signals on the sleep of babies and on the performance of mental tasks by children.
Together, these pieces of information converge to the conclusion that a differential detector located within the CNS does trigger warm sensations.
If descriptors of the sensation of breathlessness are able to differentiate between medical conditions, the language of breathlessness could potentially have a role in differential diagnosis.
CONCLUSIONS The striking preservation of protective foot sensation in Alström syndrome may provide a clue to the causes of differential susceptibility to neuropathy in the wider diabetic population.
Individuals with these long alleles are predisposed to sensation-seeking behaviors including both migration and novelty-seeking, resulting in differential survival and reproduction [23], [25] [26], [29].
Notice how the dynamics of action in the first differential equation are driven by a gradient descent on the free energy of sensations with composite sensory and motor delays.
