Fast oscillations in neural assemblies have been proposed as a mechanism to facilitate
stimulus representation in a variety of sensory systems across animal species. In the …

Gamma oscillations are commonly observed in sensory brain structures, notably in the
olfactory bulb. The mechanism by which gamma is generated in the awake rodent and its …

We previously showed that in a two-alternative choice (2AC) task, olfactory bulb (OB)
gamma oscillations (∼ 70 Hz in rats) were enhanced during discrimination of structurally …

Olfactory system beta (15–35 Hz) and gamma (40–110 Hz) oscillations of the local field
potential in mammals have both been linked to odor learning and discrimination. Gamma …

In the first relay of information processing, the olfactory bulb (OB), odors are known to
generate specific spatial patterns of activity. Recently, in freely behaving rats, we …

Studies of neuronal oscillations have contributed substantial insight into the mechanisms of
visual, auditory, and somatosensory perception. However, progress in such research in the …

Olfactory processing in behaving animals, even at early stages, is inextricable from top down
influences associated with odor perception. The anatomy of the olfactory network (olfactory …

Olfactory system neural oscillations as seen in the local field potential have been studied for
many decades. Recent research has shown that there is a functional role for the most …

Oscillatory phenomena have been a focus of dynamical systems research since the time of
the classical studies on the pendulum by Galileo. Fast cortical oscillations also have a long …

Gamma oscillations (40–100 Hz), originally seen in the olfactory bulb (OB), have long been
a defining characteristic of sensory coding in the olfactory system. This study proposes that …