<p>An example of local field potentials recorded from the granule cell layer (left) and corresponding time-frequency representations (right). The responses were recorded using a 1000 ml/min flow rate. The color scale (arbitrary unit) was the same for all time-frequency representations. Yellow box indicates odor stimulation period.</p
Each down stroke of an insect’s wings accelerates axial airflow over the antennae. Modeling studies ...
<div><p>(A) Plot of the fraction of glomeruli or trials available to contribute to odor coding as a ...
Measured oscillatory EEG bursts from 64 electrodes implanted on the olfactory bulbs of rabbits. Osci...
International audienceA central question in chemical senses is the way that odorant molecules are re...
<p>Two examples of odor-evoked maps computed from two different rats as a function of sniffing frequ...
<p><i>A) The percentages of MPSO types before (Control) and during odor stimulation (Odor) (n = 36)....
A key feature of mammalian olfactory perception is that sensory input is intimately related to respi...
Summary: Local field potentials (LFPs) are an important measure of brain activity and have been used...
A key feature of mammalian olfactory perception is that sensory input is intimately related to respi...
Electrophysiological and population imaging data in rodents show that olfactory bulb (OB) activity i...
The olfactory environment is first represented by glomerular activity patterns in the olfactory bulb...
<p>A: Mean optical response as a function of sniffing frequency and flow rate. B: Mean amplitude (±S...
The olfactory environment is first represented by glomerular activity patterns in the olfactory bulb...
Sampling regulates stimulus intensity and temporal dynamics at the sense organ. Despite variations i...
Animals use behaviors to actively sample the environment across a broad spectrum of sensory domains....
Each down stroke of an insect’s wings accelerates axial airflow over the antennae. Modeling studies ...
<div><p>(A) Plot of the fraction of glomeruli or trials available to contribute to odor coding as a ...
Measured oscillatory EEG bursts from 64 electrodes implanted on the olfactory bulbs of rabbits. Osci...
International audienceA central question in chemical senses is the way that odorant molecules are re...
<p>Two examples of odor-evoked maps computed from two different rats as a function of sniffing frequ...
<p><i>A) The percentages of MPSO types before (Control) and during odor stimulation (Odor) (n = 36)....
A key feature of mammalian olfactory perception is that sensory input is intimately related to respi...
Summary: Local field potentials (LFPs) are an important measure of brain activity and have been used...
A key feature of mammalian olfactory perception is that sensory input is intimately related to respi...
Electrophysiological and population imaging data in rodents show that olfactory bulb (OB) activity i...
The olfactory environment is first represented by glomerular activity patterns in the olfactory bulb...
<p>A: Mean optical response as a function of sniffing frequency and flow rate. B: Mean amplitude (±S...
The olfactory environment is first represented by glomerular activity patterns in the olfactory bulb...
Sampling regulates stimulus intensity and temporal dynamics at the sense organ. Despite variations i...
Animals use behaviors to actively sample the environment across a broad spectrum of sensory domains....
Each down stroke of an insect’s wings accelerates axial airflow over the antennae. Modeling studies ...
<div><p>(A) Plot of the fraction of glomeruli or trials available to contribute to odor coding as a ...
Measured oscillatory EEG bursts from 64 electrodes implanted on the olfactory bulbs of rabbits. Osci...