Cerebral autoregulation (CA) refers to the control of cerebral tissue blood flow (CBF) in
response to changes in perfusion pressure. Due to the challenges of measuring intracranial …

Numerous driven techniques have been utilized to assess dynamic cerebral autoregulation
(dCA) in healthy and clinical populations. The current review aimed to amalgamate this …

Cerebral hemodynamics, eg, cerebral blood flow, can be measured and quantified using
many different methods, with transcranial Doppler ultrasound (TCD) being one of the most …

The cerebral pressure-flow relationship has directional sensitivity, meaning the
augmentation in cerebral blood flow is attenuated when mean arterial pressure (MAP) …

Directional sensitivity, the more efficient response of cerebral autoregulation to increases,
compared to decreases, in mean arterial pressure (MAP), has been demonstrated with …

Hysteresis in the cerebral pressure-flow relationship describes the superior ability of the
cerebrovasculature to buffer cerebral blood flow changes when mean arterial pressure …

Dynamic cerebral autoregulation (dCA) in healthy young adults displays a daily variation.
Whether the rhythm exists in patients with stroke is unknown. We studied 28 stroke patients …

Currently, the standard approach for restricting exercise prior to cerebrovascular data
collection varies widely between 6 and 24 h. This universally employed practice is a …

Introduction. Neurovascular coupling (NVC) describes the coupling of neuronal metabolic
demand to blood supply, which has shown to be impaired with chronic hypertension, as well …

Sinusoidal squat‐stand maneuvers (SSM) without resistance have been shown to produce~
30–50 mmHg swings in mean arterial pressure which are largely buffered in the brain via …