ORDB: Publication facts - However, in guinea pigs, a combination of high-speed imaging and simultaneous intracellular recordings showed that direct depolarization of the soma or dendrites never caused dendritic [Na+]i increases, suggesting that the climbing fiber-activated [Na+]i changes in the dendrites are due to Na+ entry through ligand-gated channels

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However, in guinea pigs, a combination of high-speed imaging and simultaneous intracellular recordings showed that direct depolarization of the soma or dendrites never caused dendritic [Na+]i increases, suggesting that the climbing fiber-activated [Na+]i changes in the dendrites are due to Na+ entry through ligand-gated channels

Paper having this fact

Callaway JC, Ross WN (1997) Show Other

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Reference Id

291

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guinea pig

Other categories referring to However, in guinea pigs, a combination of high-speed imaging and simultaneous intracellular recordings showed that direct depolarization of the soma or dendrites never caused dendritic [Na+]i increases, suggesting that the climbing fiber-activated [Na+]i changes in the dendrites are due to Na+ entry through ligand-gated channels

Neuronal Currents.Publication facts (1)

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