The hippocampus and olfactory regions are anatomically close, and both play a major role
in memory formation. However, the way they interact during odor processing is still unclear …

Several studies have shown that memory consolidation relies partly on interactions between
sensory and limbic areas. The functional loop formed by the olfactory system and the …

The brain oscillations may play a critical role in synchronizing neuronal assemblies in order
to establish appropriate sensory-motor integration. In fact, studies have demonstrated phase …

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 …

Performance and cognitive effort in humans have recently been related to amplitude and
multisite coherence of alpha (7-12 Hz) and theta (4-7 Hz) band electroencephalogram …

The mammalian olfactory cortex is commonly considered critical for odor information
processing and perception. It is becoming increasingly apparent, however, that the olfactory …

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 …

Neural oscillations synchronize the activity of brain regions during cognitive functions, such
as spatial working memory. Olfactory bulb (OB) oscillations are ubiquitous rhythms that can …

In primary sensory cortices, there are two main sources of excitation: afferent sensory input
relayed from the periphery and recurrent intracortical input. Untangling the functional roles of …

The hippocampus is essential for representing spatiotemporal context and establishing its
association with the sensory details of daily life to form episodic memories. The olfactory …