Key result
High-intensity interval exercise in children led to a gradual, linear increase in prefrontal cortex hemoglobin concentration after lactate levels reached a plateau.
Why the study?
Does high-intensity interval exercise alter prefrontal cortex oxygenation dynamics and lactate levels in children?
Population
5 children
Design
Other
Authors
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TRS-NIRS may aid early cerebral vascular dysfunction detection during exercise; leaves open clinical adoption pending validation studies.
Observational (n=5)
Does high-intensity interval exercise alter prefrontal cortex oxygenation dynamics and lactate levels in children?
Prolonged intense exercise with sustained lactate elevations leads to a gradual increase in prefrontal cortex hemoglobin concentration in children, suggesting a link between circulating lactate and brain oxygenation.
Ganesan et al. (2013) reported an observational. High-intensity interval exercise was evaluated on Prefrontal cortex (PFC) oxygenation dynamics (PFC [Hb]). High-intensity interval exercise in children led to a gradual, linear increase in prefrontal cortex hemoglobin concentration after lactate levels reached a plateau.
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