Experimental denervation in animals has shown that carotid baro‐and chemoreceptors play
an eminent role in maintaining blood pressure and blood gas homeostasis. Denervation of …

The discovery in 1990 that nitric oxide (NO) acts as a neuromodulator within the central and
peripheral nervous system triggered intensive research which considerably extended our …

We hypothesized that acute brain injury results in decreased heart rate (HR) variability and
baroreflex sensitivity indicative of uncoupling of the autonomic and cardiovascular systems …

The arterial baroreceptors constitute an essential sensory link for the short‐term regulation
of blood pressure and may also influence higher cortical function. The present study was …

Heart failure with preserved ejection fraction (HFpEF) is a substantial public health issue,
equal in magnitude to heart failure with reduced ejection fraction. Clinical outcomes of …

Background Physiological experiments have shown that the mean arterial blood pressure
(MAP) can not be regulated after chemo and cardiopulmonary receptor denervation. Neuro …

Baroreceptor activity has been implicated in the modulation of pain. Sensory detection
thresholds and pain ratings were measured in a group of 28 men during carotid …

The arterial baroreflex system is the most important negative feedback system for stabilizing
arterial pressure (AP). This system serves as a key link between the autonomic nervous …

1 Modelling studies have led to the proposal that Mayer waves (∼ 0.4 Hz in rats) could
result from a resonance phenomenon in a feedback control loop. In this study, we …

The term 'autonomic nervous system'is attributed to JN Langley in the early part of this
century to describe those nerves that are concerned predominantly with the regulation of …