The cerebral blood flow response dependency on stimulus pulse width is affected by stimulus current amplitude - a study of activation flow coupling ; Article #:.
The Cerebral Blood Flow Response Dependency on Stimulus Pulse. Width is affected by Stimulus Current Amplitude – a Study of. Activation Flow Coupling. L. Zhao ...
The cerebral blood flow response dependency on stimulus pulse width is affected by stimulus current amplitude - a study of activation flow coupling. August ...
The cerebral blood flow response dependency on stimulus pulse ...
dblp.org › conf › embc › ZhaoLLOT15
The cerebral blood flow response dependency on stimulus pulse width is affected by stimulus current amplitude - a study of activation flow coupling. EMBC ...
Stimulation at electric field amplitudes of 5–20 mV/mm at 10–20 Hz rapidly increased cerebral blood flow (within 100 ms), which then quickly decreased with no ...
Missing: stimulus width
Neurovascular coupling is a ubiquitous cerebrovascular response modulating regional cerebral blood flow (CBF) driven by neural activity within the same region. ...
Missing: width | Show results with:width
Changes in cerebral blood flow (CBF) because of functional activation are used as a surrogate for neural activity in many functional neuroimaging studies.
Increased parvalbumin activity reduced local oxygenation, cerebral blood volume, and cerebral blood flow. These “negative” hemodynamic responses were consistent ...
We investigated the relationship between evoked local cerebral blood flow (LCBF) and the field potential induced by somatosensory activation.
Apr 20, 2023 · Cortical layer-dependent dynamic blood oxygenation, cerebral blood flow and cerebral blood volume responses during visual stimulation.