3 results match your criteria: "Key Laboratory of Anesthesiology (The Fourth Military Medical University)[Affiliation]"

Introduction: Neonatal anesthesia-related neurological impairments are of significant concern, closely linked to oligodendrocyte dysfunction. However, there is a notable temporal discrepancy between the sustained development of oligodendrocytes (myelination) and the short-term vulnerability to anesthesia exposures.

Objectives: Given the significant rise in iron demand by oligodendrocytes during neonatal period, our objective was to clarify the potential roles and underlying mechanisms of iron homeostasis, particularly focusing on transferrin receptor 1 (TfR1), in governing the transient susceptibility to anesthesia.

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Feeding behavior changes induced by opioid addiction significantly contribute to the worsening opioid crisis. Activation of the reward system has shown to provoke binge eating disorder in individuals with opioid use disorder, whereas prolonged opioid exposure leads to weight loss. Understanding the mechanisms underlying these phenomena is essential for addressing this pressing societal issue.

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Article Synopsis
  • The study investigates the role of lateral hypothalamus (LHA) neurons in regulating wakefulness during sevoflurane anesthesia, to understand how different anesthetics affect the brain.
  • Researchers used advanced techniques like fiber photometry and optogenetics to analyze changes in neuronal activity and the effects of neurocircuit modulations during anesthesia.
  • Findings indicate that LHA neurons have an inhibitory influence on wakefulness, as their activation can promote arousal and extend the induction time of anesthesia, revealing complex interactions in wakefulness regulation.
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