Substantial advances have been made recently into the discovery of fundamental
mechanisms underlying the neural control of breathing and even some inroads into …

Resting state networks (RSN), which show the connectivity in the brain in the absence of any
stimuli, are increasingly important to assess brain function. Here, we investigate the changes …

Acute intermittent hypoxia (AIH) elicits long‐term facilitation (LTF) of respiration. Although
LTF is observed when CO2 is elevated during AIH in awake humans, the influence of CO2 …

Prior research has highlighted the therapeutic benefits of acute intermittent hypoxia (AIH) in
enhancing motor performance after motor incomplete spinal cord injury and in able-bodied …

Spasticity attributable to exaggerated stretch reflex pathways, particularly affecting the ankle
plantar flexors, often impairs overground walking in persons with incomplete spinal cord …

Acute intermittent hypoxia: Enhancing motoneuronal output or not? - PMC Skip to main content
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Brief exposure to repeated episodes of low inspired oxygen, or acute intermittent hypoxia
(AIH), is a promising therapeutic modality to improve motor function after chronic, incomplete …

Acute intermittent hypoxia (AIH) enhances human motor function after incomplete spinal
cord injury. Although the underlying mechanisms in humans are unknown, emerging …

In studying neuromuscular fatigability, researchers commonly use functional criteria to
position and hold the transcranial magnetic stimulation (TMS) coil during testing sessions …

Individuals with high-level spinal cord injury have impairments across multiple systems,
including autonomic, cardiovascular, pulmonary, and motor dysfunction. Restricted capacity …