Sensory processing in olfactory systems is organized across olfactory bulb glomeruli,
wherein axons of peripheral sensory neurons expressing the same olfactory receptor co …

The olfactory system's ability to detect and discriminate between the vast array of chemicals
present in the environment is critical for an animal's survival. In mammals, the first step of this …

In olfactory systems, convergence of sensory neurons onto glomeruli generates a map of
odorant receptor identity. How glomerular maps relate to sensory space remains unclear …

Sensory information is often mapped systematically in the brain with neighboring neurons
responding to similar stimulus features. The olfactory system represents chemical …

As conversion of odor signals to a two-dimensional map of activated glomeruli in the
olfactory bulb is the key to odor recognition, decoding and deorphanizing of odorant …

The sense of smell helps us navigate the environment, but its molecular architecture and
underlying logic remain understudied. The spatial location of odorant receptor genes (Olfrs) …

The ability of animals to sense and differentiate among thousands of odorants relies on a
large set of olfactory receptors (OR) and a multitude of accessory proteins within the …

Glomeruli are functional units in the olfactory system. The mouse olfactory bulb contains
roughly 2,000 glomeruli, each receiving inputs from olfactory sensory neurons (OSNs) that …

Odors are initially represented in the olfactory bulb (OB) by patterns of sensory input across
the array of glomeruli. Although activated glomeruli are often widely distributed, glomeruli …

Inputs from olfactory sensory neuron (OSN) axons expressing the same type of odorant
receptor (OR) converge in the glomerulus of the main olfactory bulb. A key marker of mature …