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Breathing Coordinates Limbic Network Dynamics Underlying Memory Consolidation
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References needing attention
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The 16 references without a DOI — listed, not checked
no DOI — not checkedAnalysis of the electrical activity of the olfactory epithelium
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no DOI — not checkedUncorrected values are artifactually higher. Inset, example non-uniform prior distribution of the respiratory phase. (D) Top, example inspiration-triggered time histogram for an example prefrontal neuron. Bottom, color-coded normalized inspiration-triggered time histograms for all prefrontal neurons (n = 1640 cells), ordered by increasing normalized firing rate. (E) Depth-resolved average preferred phase for all prefrontal neurons (n = 1263 cells; n = 11 mice), assessed in relation to the phase of the respiration and the phase of the local LFP. (F) Translaminar average preferred phase for all prefrontal neurons (n = 58 cells; n = 6 mice), assessed in relation to the phase of the respiration and the phase of the local LFP. (G) Left, schematic of a single-shank angled high-density polytrode inserted in the dorsal mPFC. Right, Example high-resolution inspiration-triggered CSD of the mPFC respiration-related oscillation using a single-shank
no DOI — not checkedref128
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no DOI — not checkedNote strong peak in 2-4 Hz power reflecting DG LFP entrained by respiration (B) Cumulative distribution of the respiratory phase modulation strength for all CA1 putative pyramidal cells (n = 169 neurons), grouped based on their location within the pyramidal layer into deep (n = 46 cells), middle (n = 48 cells) and superficial (n = 75 cells) cells. (C) Example olfactory bulb gamma-and CA1lm gamma-triggered LFP traces and translaminar CSD in the dorsal hippocampus. (D) Left, schematic depiction of the neuronal alignment of CA1 pyramidal cells and DG granule cells, aligned to the CSD profiles as described in Methods section. Right, example CSD profiles of the dorsal hippocampus of the same animal, triggered on the peak of sharp-wave ripple (SWR) events, the troughs of theta oscillations, inspiratory events and the two types of dentate spikes (DS1 and DS2). The power of the ripple-band and the CSD magnitude and LFP power for the two types of dentate spikes
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