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Chapter 2 On the prenatal development of function and structure in the somesthetic cortex of the sheep
Chapter 3 An ontogenetic study of evoked somesthetic cortical responses in the sheep
Chapter 4 Electron microscopy of neuronal and glial differentiation in the developing brain of the chick
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adult afferent fibers amplitude apical dendrites appear astrocytes axons basal dendrites behavior bipolar Brain Research bursts Cajal cell bodies central nervous system cerebral cortex cerebral EEG cerebral hemisphere cerebrum changes chick embryo collaterals cortical plate cytoplasm days of incubation differentiation duration electrical activity embryo endoplasmic reticulum enzymes evoked response fetal age fetal sheep fetus fetuses frequency functional glial glioblasts hatching Himwich increase intermediate zone isocortex J. P. Schadé Lorente de Nó marginal layer marginal zone Martinotti cells matrix cells maturation Meller membrane metrazol migration mitochondria motility movements msec myelin nerve cells neuroblasts neurons Nissl nuclei º º observed occurs optic lobe pattern period phase Physiol plexus potentials prenatal processes protein Purpura pyramidal cells pyramidal layer pyramidal zone radiating fibers record reflex sec per division seen sensory shows slow waves spontaneous stage 45 stellate cells stimulation stratum structure studies superficial surface positive synaptic telencephalon ultrastructure Wechsler
Page 248 - CARMICHAEL, L. A re-evaluation of the concepts of maturation and learning as applied to the early development of behavior.
Page 248 - Grain, SM, and Peterson, ER (1964): Complex bioelectric activity in organized tissue cultures of spinal cord (human, rat and chick).