Results 231 to 240 of about 53,163 (291)

Chemogenetic Disconnection between the Orbitofrontal Cortex and the Rostromedial Caudate Nucleus Disrupts Motivational Control of Goal-Directed Action

K Oyama, Hori Y, Mimura K, Nagai Y, Eldridge MAG, Saunders RC, Miyakawa N, Hirabayashi T, Hori Y, Inoue K-I, Suhara T, Takada M, Higuchi M, Richmond BJ, Minamimoto T   +14 more
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Recruiting response in caudate nucleus

Experimental Neurology, 1968
Abstract Responses in the caudate nucleus, induced by a single shock and low-frequency stimulation of the thalamus, were investigated in the cat under barbiturate anesthesia. The responses could be induced from the nonspecific thalamic nuclei excepting the ventral portion of centrum medianum.
S, Kaji, T, Izumi, M, Baba
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Primary Cultures of Human Caudate Nucleus

Stereotactic and Functional Neurosurgery, 1988
It is possible to grow functional primary dissociated cultures and explants from stereotactic biopsies of human parkinsonian caudate nuclei. Two major classes of cells were identified on morphological grounds. The culture cells appear to be stimulated by an unidentified soluble factor(s) obtained from human fetal neuronal cells in vitro.
Silani V, Pezzoli G, Motti E, FALINI , ANDREA, Pizzuti A, Ferrante C, Zecchinelli A, Marossero F, Scarlato G.   +8 more
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Neuronal distribution in caudate nucleus and reticular-caudate pathways

Brain Research Bulletin, 1978
Methods of quantitative stereology are employed to determine the cell body diameters and the disposition of the neurons of caudate nucleus (CN) of the cat. Large neurons are more frequent in the infero-external region in a well defined zone 16 to 18 mm ahead of the interaural plane.
G H, Vazquez-Nin, O, Donati, O M, Echeverria, O, Diez-Martinez, J A, Roig   +4 more
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TYROSINE HYDROXYLASE IN BOVINE CAUDATE NUCLEUS

Journal of Neurochemistry, 1971
AbstractApproximately 80 per cent of tyrosine hydroxylase activity in bovine caudate nucleus was particle‐bound. The rest of the activity was found in the soluble fraction. The enzyme activity in crude tissue preparations was inhibited, probably by the presence of endogenous inhibitors.
T, Nagatsu, Y, Sudo, I, Nagatsu
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Vestibular input to the caudate nucleus

Experimental Neurology, 1971
Abstract Unilateral stimulation of peripheral vestibular nerve branches in encephale isole cats evoked potentials of 3- to 7-msec latency in the banks of the contralateral anterior suprasylvian sulcus and 4- to 15-msec latency in the head of the caudate nucleus bilaterally.
M, Potegal, P, Copack, J m, de Jong, G, Krauthamer, S, Gilman   +4 more
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Metabolic fate of caudate nucleus dopamine

Brain Research, 1972
Abstract The rate of formation of DM in the guinea pig caudate nucleus was estimated from the rate of conversion of radioactive tyrosine to DM and was found to be 32 nmole/g/h. The formation and elimination of HVA and Dopac from caudate was estimated from their accumulation after treatment with probenecid.
P F, Spano, N H, Neff
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Sensory afferents to the caudate nucleus

Physiology & Behavior, 1976
Abstract In awake immobilized cats, stimulation of nonspecific thalamic nuclei (NCM, DM) elicits evoked potentials in the head of the caudate nucleus (CN). The evoked potentials (EP) in the ventral part of CN are opposite in sign to those recorded in the dorsal region of CN.
O, Diez-Martinez, M G, Muñoz, G, Prieto, J A, Roig, H, Brust-Carmona   +4 more
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Caudate Nucleus Morphology in Tardive Dyskinesia

British Journal of Psychiatry, 1996
ObjectiveThe objective of this project was to test whether there are differences in the size of the caudate nucleus in schizophrenic in-patients with and without tardive dyskinesia.MethodThe study was cross-sectional in design, examining group differences between institutionalised schizophrenic patients with and without tardive dyskinesia, using non ...
K W, Brown, T, White, J M, Wardlaw, N, Walker, D, Foley   +4 more
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