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 [ĭk-sī́tə-bəl]
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Definition and other additional information on Excitability from Biology-Online.org dictionary. ... It is done to demonstrate the properties of conductibity and excitability of the neuron. It is done on frogs. Very immoral thing, if you're a frog; See entire post...
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Excitability of cells and tissues is a basic function of life. Also known as irritability, it is the ability of cells to respond to stimuli. Excitability is necessary for the functioning of nerves, muscles, and hormones, among other things.
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Definition of excitability in the Online Dictionary. Meaning of excitability. Pronunciation of excitability. Translations of excitability. excitability synonyms, excitability antonyms. Information about excitability in the free online English dictionary and encyclopedia. ... excitability - being easily excited...
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and The Molecular Basis of Excitability ... The Nerve Impulse ... This is a brief Textbook that covers the basics of the initiation and propagation of the nerve impulse using equivalent circuits with reference to ionic conductances. Voltage dependent conductances are explained on the basis of single channel properties.
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An excitable medium is a dynamical system distributed continuously in space, each elementary segment of which possesses the property of excitability. Neighboring segments of an excitable medium interact with each other by diffusion-like local transport processes.
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Hutchinson encyclopedia article about excitability. excitability. Information about excitability in the Hutchinson encyclopedia. ... (redirected from excitability)
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Definition of muscular excitability in the Online Dictionary. Multiple meanings, detailed information and synonyms for muscular excitability. ... 1 definition found muscular excitability - Collaborative International Dictionary of English v.0.48 : Muscular \Mus"cu*lar\, a. [Cf. F. musculaire. See Muscle.] 1.
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In the present study we have used TMS and TES to assess hemispheric differences in excitability of corticospinal neurons during voluntary contraction of the first dorsal interosseous (FDI) muscle in dominant and nondominant hands of right-handed subjects.
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1981 ). Results indicated that increasing concentration of quinine affected the excitability of SG neurons by first broadening and then reducing the amplitude of action potentials. The resting membrane potential of the neurons, however, was not affected due to the voltage-dependent nature of the drug action.
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