Kenyon cells make up only about 4 % of the entire fly brain and are extremely
sensitive to inputs triggered by odors, in which only two connections between neurons, called synapses, separate them from the receptor cells at the «front end» of the
olfactory system.
The new paper «Extinction Reverses
Olfactory Fear Conditioned Increases in Neuron Number and Glomerular Size» highlights the results of a first of its kind study in which researchers reveal that the olfactory system in the brain is biologically and structurally more sensitive to trauma cues than previously thought, and that it's possible for fear behaviors associated with emotional learning to be reversed through exposure - based talk
Olfactory Fear Conditioned Increases in Neuron Number and Glomerular Size» highlights the results of a first of its kind study in which researchers reveal that the
olfactory system in the brain is biologically and structurally more sensitive to trauma cues than previously thought, and that it's possible for fear behaviors associated with emotional learning to be reversed through exposure - based talk
olfactory system in the brain is biologically and structurally more
sensitive to trauma cues than previously thought, and that it's possible for fear behaviors associated with emotional learning to be reversed through exposure - based talk therapy.