We use single-channel recordings and biochemistry to show that these auxiliary subunits alter function by increasing the number of channels in an active state rather than by dramatically affecting either single-channel properties or surface expression.
As a function of the number of active channels (N) and the sampling rate per channel (fs).
The current consumption is a function of the number of active channels (N) and the sampling rate per channel (fs).
Figure 13 Comparison of the number of channel uses for different routing schemes as a function of node density.
Figure 16 Comparison of the number of channel uses for different routing schemes as a function of the number of s-d pairs in each network.
The overall thermal resistance RT is the objective function to be minimized, and the number of channels N, channel width ratio β, lower channel aspect ratio αl, and upper channel aspect ratio αu are the search variables.
The overall thermal resistance of an MCHS is the objective function to be minimized with respect to geometric parameters, such as the number of channels, channel width ratio, channel aspect ratio and tapered ratios, as the search variables.
The contribution of ion channels to cellular function is determined by the single‐channel activity of ion channels and the number of channels expressed on cell membranes.
The function group_bins requires a 'num' value to indicate the number to divide the number of channels.
