Principles of Neural Development, Page 986 |
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Page 241
Dale Purves, Jeff W. Lichtman. T5- T3 -T1 FIGURE 9. The areas of piloerection elicited by in vivo stimulation of ... Purves , 1977b ; see also Guth and Bernstein , 1961 ; Purves and Thompson , 1979 ) . Moreover , reinnervation appears to ...
Dale Purves, Jeff W. Lichtman. T5- T3 -T1 FIGURE 9. The areas of piloerection elicited by in vivo stimulation of ... Purves , 1977b ; see also Guth and Bernstein , 1961 ; Purves and Thompson , 1979 ) . Moreover , reinnervation appears to ...
Page 296
... ( Purves , 1975 ; Njå and Purves , 1977a ; Lichtman , 1977 ) . The relation between target cell shape and number of inputs has been explored in greatest detail in the rabbit ciliary ganglion in which the cells display both a range of ...
... ( Purves , 1975 ; Njå and Purves , 1977a ; Lichtman , 1977 ) . The relation between target cell shape and number of inputs has been explored in greatest detail in the rabbit ciliary ganglion in which the cells display both a range of ...
Page 298
Dale Purves, Jeff W. Lichtman. ( A ) ( B ) 50 μm FIGURE 21. Partial segregation of inputs on ganglion cells with ... Purves , 1984. ) limited arena of the target cell body ( Hume and Purves , 1981 , 1983 ; Purves , 1983 ; Forehand and ...
Dale Purves, Jeff W. Lichtman. ( A ) ( B ) 50 μm FIGURE 21. Partial segregation of inputs on ganglion cells with ... Purves , 1984. ) limited arena of the target cell body ( Hume and Purves , 1981 , 1983 ; Purves , 1983 ; Forehand and ...
Contents
EARLY EVENTS IN NEURAL DEVELOPMENT | 3 |
Initial Formation of Neural Structures in Vertebrates | 13 |
Initial Formation of Neural Structures in Invertebrates | 20 |
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activity adult agent animal appears appropriate axons basis behavior body brain called carried cause cell death central changes Chapter connections cortex culture denervation depend differentiation direction dorsal early effects embryo endplate et al evidence example experiments field Figure formation frog function ganglia ganglion cells growing Hamburger idea important increase indicate individual induced influence initial injection innervation involved later limb major mammalian maturity mechanism molecule motor neurons movement muscle fibers nerve cells nerve growth factor nervous system neural neural tube neurite normal observations occurs organs original particular pattern period peripheral position postsynaptic potential present presynaptic projection properties receptors regeneration region relatively response result retinal segments selective sensory similar specialized specific spinal cord sprouting stage stimulation structures studies suggests surface sympathetic synaptic target cells terminals tion tissue trophic vertebrates visual weeks