The safety factor for conduction in cardiac muscle.
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Heart Conduction System↗
Biomedical subjects
J USHIYAMA
Publications and source records attributed to J USHIYAMA.
Intracellular stimulation and recording from single cardiac cells.
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Electrophysiological Phenomena↗
Electrotonic and chemical effects on minimal gradient requirements for cardiac muscle.
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Humans↗
Reactions of neurons in or near the supraoptic nuclei.
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Hypothalamus↗
Effect of tetraethylammonium chloride on cardiac muscle fiber responses.
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Heart↗
Muscle afferents and activity of respiratory neurons.
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Cell Respiration↗
Alpha and gamma fiber responses to peripheral nerve and reticular formation stimulation.
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Brain Stem↗
Hypothermia and minimal gradient requirements for excitation of cardiac muscle.
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Heart↗
Relation between accommodation and minimal gradient.
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Accommodation, Ocular↗
Excitability of spinal neurons and changes resulting from reticular formation stimulation.
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Brain Stem↗
Effect of hypothermia on excitability of spinal neurons.
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Hypothermia↗
A study of reticular formation action on spinal interneurons and motoneurons.
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Interneurons↗
Hypothermia and reaction patterns of the nervous system.
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Humans↗
Reticular formation interactions.
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Brain Stem↗
[The effect of saponine and several other chemicals on conduction in single myelinated nerve fibers].
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Humans↗