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Fig. 1. Ca2+-dependent spike frequency adaptation and adaptation index

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1 Fig. 1. Ca2+-dependent spike frequency adaptation and adaptation index
Fig. 1. Ca2+-dependent spike frequency adaptation and adaptation index. (A) TC neuron with a depolarizing current injection to induce tonic firing in 2.4 mM Ca2+ buffer displays the prolongation of inter-spike intervals (ISI). Adaptation index can be obtained from the ration of 1st ISI over nth ISI. (B) Replacement of extracellular buffer to Ca2+-free buffer abolishes the spike-frequency adaptation. Fig. 1. Ca2+-dependent spike frequency adaptation and adaptation index. (A) TC neuron with a depolarizing current injection to induce tonic firing in 2.4 mM Ca2+ buffer displays the prolongation of inter-spike intervals (ISI). Adaptation index can be obtained from the ration of 1st ISI over nth ISI. (B) Replacement of extracellular buffer to… Exp Neurobiol Aug;26(4):


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