We investigated the impact of slow breathing on the cerebral hemodynamics of 16 subjects using TD-NIRS. Results show increased respiratory-associated oscillations and suggest a possible change in strategy for vascular tone control at low frequencies.
Measuring respiration-driven perturbations of intra- and extracerebral hemodynamics during slow breathing: a TD-NIRS study
Re, Rebecca;Contini, Letizia;Amendola, Caterina;Contini, Davide;Torricelli, Alessandro;
2025-01-01
Abstract
We investigated the impact of slow breathing on the cerebral hemodynamics of 16 subjects using TD-NIRS. Results show increased respiratory-associated oscillations and suggest a possible change in strategy for vascular tone control at low frequencies.File in questo prodotto:
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