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The Cerebellum, 2019
The thalamus is a neural processor and integrator for the activities of the forebrain. Surprisingly, little is known about the roles of the "cerebellar" thalamus despite the anatomical observation that all the cortico-cerebello-cortical loops make relay in the main subnuclei of the thalamus.
C. Habas, M. Manto, Pierre Cabaraux
semanticscholar +4 more sources
The thalamus is a neural processor and integrator for the activities of the forebrain. Surprisingly, little is known about the roles of the "cerebellar" thalamus despite the anatomical observation that all the cortico-cerebello-cortical loops make relay in the main subnuclei of the thalamus.
C. Habas, M. Manto, Pierre Cabaraux
semanticscholar +4 more sources
Acta Neurovegetativa, 1953
1. Nach anatomischen und experimentalphysiologischen Bemerkungen wird auf die Einteilung und die Wirkungsmechanismen der spezifischen und unspezifischen thalamischen Projektionssysteme in ihrer Beziehung zum Schmerz-geschehen eingegangen. Es ergibt sich eine pathophysiologische Definition der Begriffe „Algos” und „Pathos” und eine Abgrenzung der ...
Hans Hoff, Th. Wanko, K. Pateisky
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1. Nach anatomischen und experimentalphysiologischen Bemerkungen wird auf die Einteilung und die Wirkungsmechanismen der spezifischen und unspezifischen thalamischen Projektionssysteme in ihrer Beziehung zum Schmerz-geschehen eingegangen. Es ergibt sich eine pathophysiologische Definition der Begriffe „Algos” und „Pathos” und eine Abgrenzung der ...
Hans Hoff, Th. Wanko, K. Pateisky
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Cerebral Cortex, 2019
Systematic examination of the inputs and outputs of the nonlemniscal auditory thalamus will facilitate the functional elucidation of this complex structure in the central auditory system.
Dongqin Cai +10 more
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Systematic examination of the inputs and outputs of the nonlemniscal auditory thalamus will facilitate the functional elucidation of this complex structure in the central auditory system.
Dongqin Cai +10 more
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Functioning of Circuits Connecting Thalamus and Cortex.
Comprehensive Physiology, 2017Glutamatergic pathways in thalamus and cortex are divided into two distinct classes: driver, which carries the main information between cells, and modulator, which modifies how driver inputs function.
S. M. Sherman
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The Journal of Pain, 2002
The review of Willis et al is one that clearly needed to be written. It raises two important issues, one of them perennial, the other current if probably ephemeral. The first stems from the idea that the pathway running from lamina I of the dorsal horn of the spinal cord can be regarded as “the” painand thermospecific pathway and that it relays in ...
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The review of Willis et al is one that clearly needed to be written. It raises two important issues, one of them perennial, the other current if probably ephemeral. The first stems from the idea that the pathway running from lamina I of the dorsal horn of the spinal cord can be regarded as “the” painand thermospecific pathway and that it relays in ...
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Archives of Neurology, 2002
It seems natural that the thalamus, with its strong reciprocal connections to all areas of the cortex and its inherent tendency to fire rhythmic bursts of action potentials, would form an important part of networks underlying epileptic seizures. A dialogue on the relative importance of the thalamus and cortex in the pathogenesis of seizures, which ...
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It seems natural that the thalamus, with its strong reciprocal connections to all areas of the cortex and its inherent tendency to fire rhythmic bursts of action potentials, would form an important part of networks underlying epileptic seizures. A dialogue on the relative importance of the thalamus and cortex in the pathogenesis of seizures, which ...
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Nature Neuroscience, 2005
Reward-sensitive neurons are present throughout the brain. A report in Science now shows that a subset of thalamic neurons respond selectively to the smaller of two rewards, as opposed to just reflecting reward magnitude, as do neurons in other brain areas.
Paul W. Glimcher, Brian Lau
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Reward-sensitive neurons are present throughout the brain. A report in Science now shows that a subset of thalamic neurons respond selectively to the smaller of two rewards, as opposed to just reflecting reward magnitude, as do neurons in other brain areas.
Paul W. Glimcher, Brian Lau
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1981
Publisher Summary This chapter describes the different aspects of the cerebral hemispheres. Within the substance of the cerebral hemispheres are groups of cells and their dendrites that form masses of gray matter, the thalamus, and basal nuclei. This consists of two oval masses of cells either side of the third ventricle.
J Bickerton, J Small
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Publisher Summary This chapter describes the different aspects of the cerebral hemispheres. Within the substance of the cerebral hemispheres are groups of cells and their dendrites that form masses of gray matter, the thalamus, and basal nuclei. This consists of two oval masses of cells either side of the third ventricle.
J Bickerton, J Small
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An argument for an olfactory thalamus
Trends in Neurosciences, 2007The mammalian olfactory system is unique in that sensory receptors synapse directly into the olfactory bulb of the forebrain without the thalamic relay that is common to all other sensory pathways. We argue that the olfactory bulb has an equivalent role to the thalamus, because the two regions have very similar structures and functions.
Leslie M. Kay, S. Murray Sherman
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The functional states of the thalamus and the associated neuronal interplay.
Physiological Reviews, 1988Preface ...
M. Steriade, R. Llinás
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