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1,089
similar
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Record
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Abstract
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Article
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A permanent change in brain function resulting from daily electrical stimulation.
Author(s):
Graham Goddard
,
Dan McIntyre
,
Curtis Leech
Publication date:
1969-10-31
Journal:
Experimental Neurology
Keywords:
Amygdala
,
physiopathology
,
Animals
,
Automatism
,
Basal Ganglia
,
Behavior, Animal
,
Brain
,
Cats
,
Caudate Nucleus
,
Cerebellum
,
Cerebral Cortex
,
Cerebral Ventricles
,
Electric Stimulation
,
Electrodes
,
Electroencephalography
,
Extrapyramidal Tracts
,
Female
,
Globus Pallidus
,
Gyrus Cinguli
,
Haplorhini
,
Hippocampus
,
Humans
,
Limbic System
,
Male
,
Pyramidal Tracts
,
Rats
,
Red Nucleus
,
Reticular Formation
,
Seizures
,
etiology
,
Species Specificity
,
Substantia Nigra
,
Thalamus
,
Time Factors
Read this article at
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PubMed
Cite as...
There is no author summary for this article yet. Authors can add summaries to their articles on ScienceOpen to make them more accessible to a non-specialist audience.
Related collections
Drug_transporters
Author and article information
Journal
PubMed ID::
4981856
ScienceOpen disciplines:
Chemistry
Keywords:
Amygdala
,
physiopathology
,
Animals
,
Automatism
,
Basal Ganglia
,
Behavior, Animal
,
Brain
,
Cats
,
Caudate Nucleus
,
Cerebellum
,
Cerebral Cortex
,
Cerebral Ventricles
,
Electric Stimulation
,
Electrodes
,
Electroencephalography
,
Extrapyramidal Tracts
,
Female
,
Globus Pallidus
,
Gyrus Cinguli
,
Haplorhini
,
Hippocampus
,
Humans
,
Limbic System
,
Male
,
Pyramidal Tracts
,
Rats
,
Red Nucleus
,
Reticular Formation
,
Seizures
,
etiology
,
Species Specificity
,
Substantia Nigra
,
Thalamus
,
Time Factors
Data availability:
ScienceOpen disciplines:
Chemistry
Keywords:
Amygdala
,
physiopathology
,
Animals
,
Automatism
,
Basal Ganglia
,
Behavior, Animal
,
Brain
,
Cats
,
Caudate Nucleus
,
Cerebellum
,
Cerebral Cortex
,
Cerebral Ventricles
,
Electric Stimulation
,
Electrodes
,
Electroencephalography
,
Extrapyramidal Tracts
,
Female
,
Globus Pallidus
,
Gyrus Cinguli
,
Haplorhini
,
Hippocampus
,
Humans
,
Limbic System
,
Male
,
Pyramidal Tracts
,
Rats
,
Red Nucleus
,
Reticular Formation
,
Seizures
,
etiology
,
Species Specificity
,
Substantia Nigra
,
Thalamus
,
Time Factors
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