The Rat Nervous SystemGeorge Paxinos This third edition of the standard reference on the nervous system of the rat is a complete and updated revision of the 1994 second edition. All chapters have been extensively updated, and new chapters added covering early segmentation, growth factors, and glia. The book is now aligned with the data available in the Rat Brain in Stereotaxic Coordinates, making it an excellent companion to this bestselling atlas. Physiological data, functional concepts, and correlates to human anatomy and function round out the new edition.
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From inside the book
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Page vii
... Midbrain LUIS PUELLES, SALVADOR MARTÍNEZ, MARGARET MARTÍNEZ-DE-LA-TORRE, AND JOHN L. R. RUBENSTEIN Molecular Versus Anatomical Distinction of Brain Subdivisions: The Specification State 3 Sharing of Molecularly Distinct Brain Domains ...
... Midbrain LUIS PUELLES, SALVADOR MARTÍNEZ, MARGARET MARTÍNEZ-DE-LA-TORRE, AND JOHN L. R. RUBENSTEIN Molecular Versus Anatomical Distinction of Brain Subdivisions: The Specification State 3 Sharing of Molecularly Distinct Brain Domains ...
Page 3
... midbrain patterns. To keep this essay within manageable size, we refer mainly to selected transcription factor genes, i.e., those whose coded proteins enter the cell nucleus and interact with DNA to regulate further genetic ...
... midbrain patterns. To keep this essay within manageable size, we refer mainly to selected transcription factor genes, i.e., those whose coded proteins enter the cell nucleus and interact with DNA to regulate further genetic ...
Page 7
... midbrain (delimited by a transverse dash-line) gradually acquire their characteristic shape. The schema ends when the telencephalic vesicles (Tel) start to evaginate and the rostral neuropore closes. The fundamental four-tiered ...
... midbrain (delimited by a transverse dash-line) gradually acquire their characteristic shape. The schema ends when the telencephalic vesicles (Tel) start to evaginate and the rostral neuropore closes. The fundamental four-tiered ...
Page 8
... midbrain, prosomeres, secondary prosencephalon). The floor region is divided into a prechordal part (rostral and caudal hypothalamus, RH, CH, plus Mam), and an epichordal part (note distinct AP parts for diencephalon proper and midbrain ...
... midbrain, prosomeres, secondary prosencephalon). The floor region is divided into a prechordal part (rostral and caudal hypothalamus, RH, CH, plus Mam), and an epichordal part (note distinct AP parts for diencephalon proper and midbrain ...
Page 9
... midbrain tegmentum; ob, olfactory bulb; oem, ootoeminential domain; pall, pallium; poa, preoptic area; pt, pretectum; rm, retromammillary area; rth, rostral (ventral) thalamus; se, septum; spv, supraoptoparaventricular (peduncular) area ...
... midbrain tegmentum; ob, olfactory bulb; oem, ootoeminential domain; pall, pallium; poa, preoptic area; pt, pretectum; rm, retromammillary area; rth, rostral (ventral) thalamus; se, septum; spv, supraoptoparaventricular (peduncular) area ...
Contents
75 | |
165 | |
Diencephalon Basal Ganglia Amygdala and Septum | 333 |
Cortex | 633 |
Systems | 759 |
Neurotransmitters | 1203 |
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activity afferents amygdala amygdaloid Anat anatomical anterograde Aston-Jones axons basal ganglia Bayer bed nucleus Brain Res brain stem caudal cell groups cerebellar nuclei cerebellum cervical cholinergic collaterals column commissure Comp complex connections cortical areas corticostriatal dendrites dense distribution dopamine dorsal horn dorsolateral dorsomedial efferent enkephalin extended amygdala forebrain functional GABA GABAergic ganglion gene globus pallidus hormone horseradish peroxidase hypothalamus immunoreactivity injections innervation inputs interneurons labeling lamina lateral globus pallidus layer LC neurons lobule located locus coeruleus magnocellular medial medulla medullary midbrain motoneurons motor nerve nervous system neuroepithelium Neurosci noradrenergic olfactory paraventricular nucleus pathways pattern Paxinos peptide periaqueductal gray PLCO pontine posterior preoptic projection neurons rat brain receptor red nucleus region retrograde rostral sensory septal Simerly spinal cord staining stria terminalis striatal striatum subdivision subfornical organ subnucleus substantia nigra Swanson synaptic telencephalon terminals thalamic nucleus tion Topographic tract trigeminal ultrastructural ventral ventrolateral ventromedial Voogd zone