Key result
Paced respiration between 3 and 30 breaths per minute demonstrated the existence of n:m cardiorespiratory synchronization regions of finite width in all six subjects.
Population
6 human subjects
Design
Other
Authors
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Should not yet alter clinical practice; leaves open whether synchronization influences cardiovascular outcomes.
The study demonstrates the existence of n:m cardiorespiratory synchronization regions of finite width in humans under paced respiration.
Rzeczinski et al. (2002) studied this question. Paced respiration was evaluated on Existence of n:m synchronization regions. Paced respiration between 3 and 30 breaths per minute demonstrated the existence of n:m cardiorespiratory synchronization regions of finite width in all six subjects.
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