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CACNA1A inhibits sodium atom. 38 / 38
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38
sparser
"Then, acute reduction in neuronal activity occurs, which arises from voltage-dependent inactivation of sodium channels, while longer-term inhibition of activity occurs in response to the associated rise in intracellular Ca2 + and associated calcium dependent processes ( xref and xref )."
sparser
"This is an important issue to address because plateau potentials can lead to spike failures by impairing the voltage-dependent de-inactivation of host-cell sodium channels; ChETA mutations have previously been shown to virtually eliminate the plateau potential in fast-spiking interneurons xref , but left unclear the best strategy to use for pyramidal neurons because those ChETAs did not give rise to strong photocurrents in cultured pyramidal cells ( xref )."
sparser
"Together with the electrophysiological findings showing that the intrinsic properties, such as voltage-dependent activation and inactivation of Nav1.8 sodium channels, remained unchanged after the inoculation of tumor cells, the increased expression of Nav1.8 on the cell membrane provides a possible explanation for the enhanced density of Nav1.8- mediated sodium current in the DRG neurons of MRMT-1-treated rats, which actually represents the functional upregulation of Nav1.8 sodium channels in the DRG neurons of bone cancer rats."
sparser
"Filament breakup was due to SAC recruitment in regions of high fiber stretch (away from the spiral core), resulting in voltage-dependent inactivation of sodium channels there, a mechanism for breakup that is different from other known mechanisms for wavebreak such as restitution. xref – xref The simulations results thus provided an alternative explanation for the degeneration of VT into VF."
sparser
"Filament breakup was due to SAC recruitment in regions of high fiber stretch (away from the spiral core), resulting in voltage-dependent inactivation of sodium channels there, a mechanism for breakup that is different from other known mechanisms for wavebreak such as restitution (Garfinkel et al., xref )."
sparser
"These results showed that both mexiletine and lidocaine significantly caused the shift of voltage-dependent inactivation of Na v 1.5 or Na v 1.7 to the hyperpolarized direction, reflecting a shift in equilibrium from resting to inactivated states, and thus providing a basis for suppressing repetitive firing."