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The Neurophysiology of Reminiscence [PDF]
Neurobiology of Learning and Memory, 1998 When this stimulation of the hippocampal gyrus was carried out, the hippocampal formation and amygdaloid nucleus were still intact. But the rest of the anterior half of the temporal lobe had been removed. The fact that stimulation could still produce a flash-back of former experience would support the suggestion that comes from other evidence (Milner ...
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Neurological Sciences, 2003
The transmission of pain-related information from the periphery to the cortex depends on signal integration at three levels of the nervous system: the spinal medulla, brainstem and telencephalon. In fulfilling its task of safeguarding human health, pain may develop as a result of damaged or altered primary afferent neurons (stimulus-dependent) or arise
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The transmission of pain-related information from the periphery to the cortex depends on signal integration at three levels of the nervous system: the spinal medulla, brainstem and telencephalon. In fulfilling its task of safeguarding human health, pain may develop as a result of damaged or altered primary afferent neurons (stimulus-dependent) or arise
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The Neurophysiology of Concussion
2014The following report reviews our current understanding of the neurobiological response to concussion which is often referred to as mild traumatic brain injury. The historical accomplishments to reveal the brain's response to this injury are discussed along with the neurochemical and metabolic cascade that results in an energy crisis.
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Neurologic Clinics, 1989
Elucidating the details of the changes of neural function associated with chronic pain would do more than expand our knowledge of the neurophysiology of pain. It would also help us understand the relationship of nociception to pain both in normal and pathologic conditions.
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Elucidating the details of the changes of neural function associated with chronic pain would do more than expand our knowledge of the neurophysiology of pain. It would also help us understand the relationship of nociception to pain both in normal and pathologic conditions.
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Annual Review of Neuroscience, 1978
Epilepsy is a disorder of brain function characterized by paroxysmal stereotyped alterations in behavior associated with synchronous excessive discharge in large aggregates of neurons. It is estimated that 0.5-2% of the world's population is affected by epilepsy-perhaps as many as 80 million people.
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Epilepsy is a disorder of brain function characterized by paroxysmal stereotyped alterations in behavior associated with synchronous excessive discharge in large aggregates of neurons. It is estimated that 0.5-2% of the world's population is affected by epilepsy-perhaps as many as 80 million people.
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Neurophysiology and Neurophysiological Evaluation of the Pelvic Floor
2014This chapter details the neural circuitry that controls the mechanisms that regulate urinary and intestinal functions, describing the afferent and efferent neuronal pathways between the brain and the pelvic organs.
Giuseppe Pelliccioni, Paolo Pelliccioni
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2009
The transmission of information in the nervous system depends on the generation of a resting potential that acts as a reserve of energy poised for release when the valve is turned on. Ionic channels act as the valve, controlling the energy in the ionic concentration gradient.
Squire M. Stead, Jasper R. Daube
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The transmission of information in the nervous system depends on the generation of a resting potential that acts as a reserve of energy poised for release when the valve is turned on. Ionic channels act as the valve, controlling the energy in the ionic concentration gradient.
Squire M. Stead, Jasper R. Daube
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THE NEUROPHYSIOLOGY OF READING
International Ophthalmology Clinics, 1989Gregory S. Kosmorsky +1 more
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