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Functional Ultrasound Neuroimaging
Annual Review of Neuroscience, 2022Functional ultrasound (fUS) is a neuroimaging method that uses ultrasound to track changes in cerebral blood volume as an indirect readout of neuronal activity at high spatiotemporal resolution. fUS is capable of imaging head-fixed or freely behaving rodents and of producing volumetric images of the entire mouse brain.
Montaldo, G., Urban, A., Macé, E.
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Life Sciences, 1999
Functional neuroimaging represents an area of brain imaging that has undergone tremendous advancements in the last decade. It is now possible to design experiments that elucidate the functional interplay between brain regions that give rise to specific human cognitive processes.
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Functional neuroimaging represents an area of brain imaging that has undergone tremendous advancements in the last decade. It is now possible to design experiments that elucidate the functional interplay between brain regions that give rise to specific human cognitive processes.
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Current Opinion in Neurology, 1996
Rapid advances, in respect of the visual and auditory systems, have occurred in neuroimaging over the past year in the area of so-called 'functional imaging', and in particular of functional magnetic resonance imaging. This has been accelerated by the introduction of echo-planar imaging, which allows for the very fast acquisition (< 100 ms/image) of ...
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Rapid advances, in respect of the visual and auditory systems, have occurred in neuroimaging over the past year in the area of so-called 'functional imaging', and in particular of functional magnetic resonance imaging. This has been accelerated by the introduction of echo-planar imaging, which allows for the very fast acquisition (< 100 ms/image) of ...
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2012
Abstract In vivo functional neuroimaging technology and its application to behavioral neuroscience have dramatically altered our understanding of the relationship between the brain and human behavior. This chapter focuses on the application of in vivo functional neuroimaging technology to clinical problem‐solving in the clinical neurosciences and
Clinton, Kilts, Timothy D, Ely
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Abstract In vivo functional neuroimaging technology and its application to behavioral neuroscience have dramatically altered our understanding of the relationship between the brain and human behavior. This chapter focuses on the application of in vivo functional neuroimaging technology to clinical problem‐solving in the clinical neurosciences and
Clinton, Kilts, Timothy D, Ely
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2013
After stroke, reorganization of surviving neural networks appears to be important for recovery of function. Noninvasive techniques such as functional magnetic resonance imaging allow some aspects of this reorganization to be studied in humans. In these experiments reorganization is apparent in cerebral networks in human stroke patients.
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After stroke, reorganization of surviving neural networks appears to be important for recovery of function. Noninvasive techniques such as functional magnetic resonance imaging allow some aspects of this reorganization to be studied in humans. In these experiments reorganization is apparent in cerebral networks in human stroke patients.
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Functional neuroimaging in migraine
Neurological Sciences, 2018Background: We have reviewed the results of several functional MRI studies that have highlighted the key role in migraine pathophysiology of the cerebral intrinsic organization and functional networks interconnectivity. Overview: From pain-related and task-independent fMRI study, migraine appears as a complex neurological disorder associated with ...
Coppola, Gianluca +2 more
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2010
Abstract Functional neuroimaging broadly refers to methods used to visualize neural activity in the brain in relation to a specific experimental variable (e.g., an emotion). It was only about ten years ago that neuroscientists began to use functional neuroimaging to investigate the neural substrates of emotion with music.
Stefan Koelsch +2 more
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Abstract Functional neuroimaging broadly refers to methods used to visualize neural activity in the brain in relation to a specific experimental variable (e.g., an emotion). It was only about ten years ago that neuroscientists began to use functional neuroimaging to investigate the neural substrates of emotion with music.
Stefan Koelsch +2 more
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Functional neuroimaging of migraine
Revue Neurologique, 2013This review summarizes the history of migraine imaging and key findings of studies on functional neuroimaging in migraine and describes how these data have changed our view of the disorder. Functional neuroimaging during migraine attacks and also interictally has initiated the description of "the migraine brain".
M, Denuelle, N, Fabre
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Functional neuroimaging of headaches
The Lancet Neurology, 2004Functional neuroimaging, mainly PET and functional MRI, is the main tool that allows the capturing of neurovascular events during a headache attack. In migraine, functional imaging has clarified the underlying pathophysiology of the visual aura, whereas in migraine without aura, brainstem findings suggest a dysfunctional pain system.
Margarita, Sánchez del Rio +1 more
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Functional Neuroimaging of Fatigue
Physical Medicine and Rehabilitation Clinics of North America, 2009Clearly, the use of functional neuroimaging for the study of fatigue is in its infancy. Relatively few studies focusing on fatigue using functional neuroimaging techniques have been published, and the few that exist focus primarily on persons with MS and CFS.
John, DeLuca +3 more
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