<p>The percentages of cells exhibiting a specific association between different membrane potential slow oscillation types and various respiration-related discharge pattern types (n = 36) are presented for the control and odor periods. These percentages are indicated in grayscale, in which white represents a null percentage and black indicates 30% of the entire population. The 36 cells that were used to create these matrices are the same cells as those presented in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0043964#pone-0043964-g002" target="_blank">Figure 2</a>. NoMPSO: no oscillation; MPSO+: positive membrane potential slow oscillation; MPSO-: negative membrane potential slow oscillation; MPSOsym: symmetric membr...
<p><i>Case A: A mitral/tufted cell related to a glomerular unit receiving no input.</i> This cell ex...
<p>A. Experimental odor responses of two sister mitral cells (squares vs discs), periodic with respi...
Normal respiratory and circulatory functions are crucial for survival. However, conventional methods...
<p>The cell percentages exhibiting an association between each type of membrane potential slow oscil...
<p><i>A) The percentages of MPSO types before (Control) and during odor stimulation (Odor) (n = 36)....
<p><i>A) A synthetic view of the membrane potential slow oscillations and respiration-related discha...
<p>A) Intracellular recordings of 1) a cell with a positive oscillation (MPSO+), 2) a cell with a ne...
<p><i>A) Typical recordings of intracellular signals</i>. Cell numbers were extracted from the matri...
Background: A slow respiration-related rhythm strongly shapes the activity of the olfactory bulb. Th...
<p><i>A) Examples of intracellular recordings with a respiration-synchronized discharge pattern that...
BACKGROUND: A slow respiration-related rhythm strongly shapes the activity of the olfactory bulb. Th...
Le rythme lent lié à la respiration est une caractéristique proéminente de l’activité du bulbe olfac...
In mammals, the main olfactory bulb (MOB) is driven by air flow respiratory input into the nose. Thi...
The respiration-related slow rhythm strongly shapes the activity of the olfactory bulb. This rhythm ...
In recent years, several studies have tended to show a respiratory drive in numerous brain areas so ...
<p><i>Case A: A mitral/tufted cell related to a glomerular unit receiving no input.</i> This cell ex...
<p>A. Experimental odor responses of two sister mitral cells (squares vs discs), periodic with respi...
Normal respiratory and circulatory functions are crucial for survival. However, conventional methods...
<p>The cell percentages exhibiting an association between each type of membrane potential slow oscil...
<p><i>A) The percentages of MPSO types before (Control) and during odor stimulation (Odor) (n = 36)....
<p><i>A) A synthetic view of the membrane potential slow oscillations and respiration-related discha...
<p>A) Intracellular recordings of 1) a cell with a positive oscillation (MPSO+), 2) a cell with a ne...
<p><i>A) Typical recordings of intracellular signals</i>. Cell numbers were extracted from the matri...
Background: A slow respiration-related rhythm strongly shapes the activity of the olfactory bulb. Th...
<p><i>A) Examples of intracellular recordings with a respiration-synchronized discharge pattern that...
BACKGROUND: A slow respiration-related rhythm strongly shapes the activity of the olfactory bulb. Th...
Le rythme lent lié à la respiration est une caractéristique proéminente de l’activité du bulbe olfac...
In mammals, the main olfactory bulb (MOB) is driven by air flow respiratory input into the nose. Thi...
The respiration-related slow rhythm strongly shapes the activity of the olfactory bulb. This rhythm ...
In recent years, several studies have tended to show a respiratory drive in numerous brain areas so ...
<p><i>Case A: A mitral/tufted cell related to a glomerular unit receiving no input.</i> This cell ex...
<p>A. Experimental odor responses of two sister mitral cells (squares vs discs), periodic with respi...
Normal respiratory and circulatory functions are crucial for survival. However, conventional methods...