IL-1β increased the relative power of gamma oscillations in the OB.

IL-1β increased the relative power of gamma oscillations in the OB.

<p>Representative LFPs spectrograms of the OB after treatment with <b>A)</b> PBS, <b>B)</b> IL-1β, <b>C)</b> IL-1Ra, and <b>D)</b> IL-1Ra + IL-1β. Relative power of E) delta (0−4 Hz), F) theta (4−8 Hz), G) alpha (8−12 Hz), H) beta (12−30 Hz) and...

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Bibliographic Details
Main Author:	Adriana Jiménez (3551204) (author)
Other Authors:	Josué Denichi Sánchez-Hernández (22272140) (author), Viani Maya-López (22272143) (author), Enrique Estudillo (9986150) (author), Juan Carlos González-Orozco (12053405) (author), Joaquín Manjarrez-Marmolejo (22272146) (author), Nieves Herrera-Mundo (694982) (author), Mara A. Guzmán-Ruiz (10221613) (author), Rosalinda Guevara-Guzmán (10006886) (author)
Published:	2025
Subjects:	Neuroscience Physiology Immunology Science Policy Cardiology Biological Sciences not elsewhere classified ncbi databases demonstrated many inflammatory processes local field potentials internal harmful agents inflammatory molecules increase chronic systemic diseases total spectral power suppressing neuronal activity depresses neuronal activity 1 &# 946 olfactory sensory neurons olfactory evoked potentials olfactory brain areas relative gamma power determine whether il gamma power receptor 1 electrophysiological activity electrical activity olfactory system olfactory stimulation olfactory impairment olfactory bulb xlink "> study aimed seq analysis results suggest resting conditions previous studies physiological role partially reverted may impair may also entorhinal cortex cytokine produced antagonist il amyl acetate
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