The Ciba Collection of Medical Illustrations, Volume 1, Issue 1Ciba Pharmaceutical Products, 1959 - Anatomy |
From inside the book
Results 1-3 of 11
Page 155
... depolarization causes the membrane to become more permeable to Na * . This increase in perme- ability and the resulting increase in Na + influx cause the membrane potential to move in a depo- larizing direction - toward the Na + ...
... depolarization causes the membrane to become more permeable to Na * . This increase in perme- ability and the resulting increase in Na + influx cause the membrane potential to move in a depo- larizing direction - toward the Na + ...
Page 161
... depolarization remaining from the first EPSP and moves the membrane potential closer to the threshold level . Finally , the EPSP evoked by a third action potential adds its depolarization to that produced by the first two to drive the ...
... depolarization remaining from the first EPSP and moves the membrane potential closer to the threshold level . Finally , the EPSP evoked by a third action potential adds its depolarization to that produced by the first two to drive the ...
Page 218
... depolarizing phase of the action potential is prolonged . In addition , partial depolarization of the axon occurs because TEA also decreases the resting K + perme- ability . These changes do not result in nerve block , but they may ...
... depolarizing phase of the action potential is prolonged . In addition , partial depolarization of the axon occurs because TEA also decreases the resting K + perme- ability . These changes do not result in nerve block , but they may ...
Common terms and phrases
action potential afferent fibers articular ascending autonomic axons basal bone brain brainstem branches canal capsule cardiac caudate nucleus cerebellum cerebral cortex cerebral vein cervical choroid corpus callosum cortical cranial cutaneous depolarization dorsal efferent excitatory extensor facial filaments fissure flexor foramen fornix fossa frontal ganglion geniculate gland gray matter gyrus hemisphere hypothalamus inferior inhibitory innervation input internal carotid interneurons lamina lateral ventricle layer ligament lobe lumbar M.D. CIBA medial medulla oblongata medullary membrane meningeal mesencephalon motor neurons muscle myelinated nasal nervous system Netter CIBA neural nucleus occipital oculomotor olfactory optic orbital parasympathetic parietal pathways petrosal plexus posterior postganglionic preganglionic rami receptors reflex region relay reticular formation root sacral SECTION VIII PLATE segment sensory sinus sinuses spinal cord spinal nerves sulcus superior supply surface sympathetic trunk synapses temporal terminal thalamus thoracic splanchnic tion tract transverse trigeminal trunk ganglia upper vagal ventral vertebral vessels vestibular vestibular nuclei