The Nervous System Part II - English
Atlas of 36 OHP Transparencies comprising 82 color pictures, mostly with several component figures.

The human spinal cord. The study of development and structure of the spinal cord forms the basis on which the function of the grey and the white matter can be worked out by analyzing reflexes and diseases of human -The human nervous system. Central, peripheral, vegetative systems -Development of spinal cord of frog and man -Human vertebrae -Human central nervous system, lateral view -Human spinal cord in the spinal canal, lateral view -Human spinal cord and medulla oblongata -The membranes of the brain and spinal cord -Position of spinal cord in spinal canal -Spinal cord of cow, t.s. -The grey matter -The white matter -Evolution of the spinal cord -Proportion of gray to white matter -Entrance of dorsal root into spinal cord -Dorsal root ganglion, l.s. -Roots and branches of spinal nerves, diagram -Simple reflex arc, diagram -Knee jerk reflex -Stepping on a nail, not stimulated organ responds -Somatic dermatoms supplied by segments of the spinal cord -Polio: syndrome of the ventral gray matter -Tabes: tertiary syphilis: syndrome of the dorsal white matter -Sclerosis of the pyramidal tract -Hemisection of the spinal cord -Where do the tracts of somatic sensibility cross? -Complete section of the spinal cord -Course of typical sensory tracts -Course of typical motor tracts.

The human brain. An introduction to the reception, conduction and transmission of information. A. External structure of the brain -The human brain, side view -The human brain, sagittal section -The human brain, frontal section -Visible and in fissures hidden -B. Development of the brain -Hierarchic structure of brain, embryonic development -do., its segmentation -C. Reception, conduction and transmission of information -Resting and action potential -Sensory input and transduction into action potentials -Intensity of stimulus and impulse frequency -Propagation of action potential -The myelin sheath -Fine structure of a Ranvier’s node -Myelin and conduction of excitation in the axon -The myeline sheath in the brain -Fine structure of the myeline sheath -Diagram of nerve cell of cerebrum -Exciting and inhibiting synapses -Synapsis, spatial picture -Synaptic transmission, diagram -D. Blood supply of the brain -The blood supply of the brain -The blood-vascular system, side view -Meninges and glia, spatial diagram -The blood-brain-barrier -The drainage of the brain -The reflections of the dura mater -The ventricles (liquor spaces) of the brain -E. Struture and function of the brain parts -1. Brain stem -Brain stem, ventral and dorsal view -a. Myelencephalon -Lesion caused by diving accident -Lesion caused by hemorrhage (stroke) -The course of sensory tracts through medulla oblongata -The course of motor tracts do. -b. Pons -The course of sensory tracts through the pons -The course of motor tracts do. -c. Mesencephalon and diencephalon -The course of sensory tracts through mid- and interbrain -The course of motor tracts do. -2. Cerebrum -Pyramidal cell of the cerebral cortex -Areas and tracts of the cerebrum -Lobes and areas of the left hemisphere -Sensomotor homunculus -Intersection of the corpus callosum cerebri: Different function of the cerebral hemispheres -3. Cerebellum -Cerebellum, views from various sides, sagittal section -Purkinje cell of cerebellar cortex -Cerebellar cortex and neuronal connections -Neuronal arcs of the cerebellar cortex -Connection tracts between cerebrum and cerebellum, scheme. -

The human autonomic nervous system. Effect of atropin on one eye -Innervation of the iris muscles. Antagonism of sympathetic and parasympathetic system -Control of urinary bladder -Antagonistic effect on glands and involuntary muscles -Tracts of somatic and autonomic nervous system -Transmitter and inhibiting substances of synapses and motor end plates -Location in relation to the vertebral column -Sensory and motor tracts of the autonomic nervous system -Regulation of the body temperature.