Voluntary cardio-respiratory synchronization.

Voluntary cardio-respiratory synchronization.

During stereovectorelectrocardiographic (SVEC) measurements, respiration influences the cardiac vector. This cardiac vector is modulated by the change in the heart position due to diaphragm movement, changes in conductivity in thoracic tissues caused by lung inflation, and shifts in the blood volume...

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Pubblicato in:IEEE Engineering in medicine and biology magazine 23, 6 (2004).
Autore principale: Patterson, R.B
Natura: Articolo
Lingua:English
Soggetti:
R wave.
Blood volume shifts.
Cardiac vector.
Diaphragm movement.
Electrocardiogram.
Heart position.
Heart rate variability.
Light signal.
Lung inflation.
Nonrespiratory effects.
Parasympathetic influences.
Respiration.
Respiratory effects.
Sound signal.
Stereovectorelectrocardiography.
Sympathetic influences.
Thermoregulation.
Thoracic tissue conductivity.
Voluntary cardio-respiratory synchronization.