Hooker and Van de Bittner note, however, that the tool also has tremendous potential for research applications, particularly for drug discovery in smell - loss therapy and in understanding the relationships
between olfactory neuron health and brain health more generally.
Not exact matches
Now, Minghong Ma, PhD, a professor of Neuroscience in the Perelman School of Medicine at the University of Pennsylvania, and Penn doctoral student Andrew Moberly, have added
neurons associated with the
olfactory system to the connection
between behavior and breathing.
The pattern of activity of all sensory
neurons in the
olfactory system allows us to distinguish
between different odors present in the environment.
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.
Overall, fewer connections are formed
between sensory and memory
neurons, thereby disrupting the development of the
olfactory circuit.
Now researchers have added
neurons associated with the
olfactory system to the connection
between behavior and breathing.
Su, C.Y.; Menuz, K.; Reisert, J.; Carlson, J.R. (2012) Non-synaptic inhibition
between grouped
neurons in an
olfactory circuit.