Odor information arrives first in the main olfactory bulb and is then broadcasted to the
olfactory cortices and striatum. Downstream regions have unique cellular and connectivity …

The olfactory cortex encompasses several anatomically distinct regions each hypothesized
to provide differential representation and processing of specific odors. Studies exploring …

Different olfactory cortical regions are thought to harbor distinct sensory representations,
enabling each area to play a unique role in odor perception and behavior. In the piriform …

Sensory systems must represent stimuli in manners dependent upon a wealth of factors,
including stimulus intensity and duration. One way the brain might handle these complex …

A core function of the olfactory system is to determine the valence of odors. In humans,
central processing of odor valence perception has been shown to take form already within …

Olfactory perception and behaviors critically depend on the ability to identify an odor across
a wide range of concentrations. Here, we use calcium imaging to determine how odor …

The ability to represent both stimulus identity and intensity is fundamental for perception.
Using large-scale population recordings in awake mice, we find distinct coding strategies …

Processing of olfactory information is modulated by centrifugal projections from cortical
areas, yet their behavioral relevance and underlying neural mechanisms remain unclear in …

Elucidating the neural circuits supporting odor identification remains an open challenge.
Here, we analyze the contribution of the two output cell types of the mouse olfactory bulb …

Olfactory information is first encoded in a combinatorial fashion by olfactory bulb glomeruli,
which individually represent distinct chemical features of odors. This information is then …