Titlebook: Neurovascular Coupling Methods; Mingrui Zhao,Hongtao Ma,Theodore H. Schwartz Book 2014 Springer Science+Business Media New York 2014 Cereb

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Neurovascular Coupling Investigated by Simultaneous Optical Coherence Tomography and Electrophysiolortex. Using a spectral/Fourier domain OCT system, changes in cerebral blood flow and scattering were measured from multiple cortical layers. Simultaneous neuronal responses from layer IV using a tungsten microelectrode and surface potentials from a fire-polished ball electrode were also measured. Th

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High-Resolution Wide-Field Optical Imaging of Microvascular Characteristics: From the Neocortex to ta control one for another. Although this approach can be used in any part of the body with optically accessible blood vessels, here we show its application in two cases: first the cerebral cortex and then the eye. In this latter application, we go into some more detail in describing the retinal func

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Physiological Basis of BOLD fMRI Decreases reduced mean neuronal firing, resulting in decreased BOLD, cerebral blood flow (CBF) and cerebral blood volume (CBV); (2) massive increases in neuronal activity during hippocampal seizures exceed the ability of CBF to meet metabolic demands leading to decreased local BOLD fMRI signals; (3) reverse

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Noninvasive Laser-Induced Photoacoustic Tomography for Functional Imagingf 150 μm and a temporal resolution of 300 ms. Dynamical changes of vasculature during epileptiform events are also detected with high spatiotemporal resolution. Together, these findings suggest that PAT represents a powerful tool for noninvasively mapping seizure onset and propagation patterns, and

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Baowang Li,Ralph D. Freemanns of these methods to mathematical models in continuum mechanics and chemical engineering. It is addressed to readers interested in control theory,differential equations, and dynamical systems..978-3-030-61744-8978-3-030-61742-4Series ISSN 2199-3041 Series E-ISSN 2199-305X