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Archives of Neurology & Psychiatry, 1928
The study of the structure of the central nervous system has beenapproached in various ways. The method that forms the basis of this presentation was described in a previous paper, 1 in which the segmental and suprascgmental systems of the hindbrain and midbrain were fullydiscussed and illustrated.
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The study of the structure of the central nervous system has beenapproached in various ways. The method that forms the basis of this presentation was described in a previous paper, 1 in which the segmental and suprascgmental systems of the hindbrain and midbrain were fullydiscussed and illustrated.
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2017
The anatomy and function of forebrain circuits is described. The role of the hypothalamus as the executive center for regulating and protecting the body’s physiology is detailed. The thalamus is a necessary interpreter for subcortical inputs to cerebral cortex, which uses thalamic input to map the sensory world. The amygdala, critical to expressing and
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The anatomy and function of forebrain circuits is described. The role of the hypothalamus as the executive center for regulating and protecting the body’s physiology is detailed. The thalamus is a necessary interpreter for subcortical inputs to cerebral cortex, which uses thalamic input to map the sensory world. The amygdala, critical to expressing and
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Basal forebrain knife cuts and medial forebrain bundle self-stimulation
Brain Research, 1988Current autoradiographic and electrophysiological data suggest that fibers coursing from the diagonal band/medial septum and lateral preoptic area through the medial forebrain bundle (MFB) to the midbrain may carry the reward signals generated by lateral hypothalamic stimulation.
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The Forebrain of Actinopterygians Revisited
Brain, Behavior and Evolution, 2009The forebrain of actinopterygian fishes differs from that of other vertebrates in that it consists of a pair of solid lobes. Lateral ventricles surrounded by nervous tissue are entirely lacking. Comparative anatomical and embryological studies have shown that the unusual configuration of the forebrain in actinopterygians results from an outward bending
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Patterning of the embryonic forebrain
Current Opinion in Neurobiology, 1998The vertebrate forebrain is derived from the anterior neural plate, where anteroposterior, dorsoventral and local patterning mechanisms specify regional identify. The recent identification of genetic regulators of these processes has opened the way to elucidating how the major forebrain regions (i.e.
J L, Rubenstein, P A, Beachy
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Neurocase, 2000 [Forebrain regionalization mechanisms].
Revista de neurologia, 2002Where do the regions of the forebrain come from? The paradigm that has come to light in the last ten years is that of a neural plate subdivided by soluble factors which (through the formation of gradients or of a molecular framework) transmits positional information to the neural stem cells.
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