Sentence examples for channel dependence from inspiring English sources

Channel dependence analysis for slicing Promela.

In this study we report our findings from a systematic analysis of Kv1 channel dependence on membrane lipid composition.

Intriguingly, the stimulation of glucagon secretion by adrenaline is associated with a switch in the Ca2+-channel dependence from non-L-type to L-type Ca2+-channels [55,74].

The signal was modified and exhibited unwanted variations due to the channel-dependence of the intensity of the light source (Fig. 1 (a)), attenuation using AWGs (Figs. 6(a) and 6(b)), and sensitivity of photoreceivers.

Using a mathematical model of a single monolith channel, parametric dependence of solutions of a vector optimization problem is studied with respect to both operational and design parameters.

Based on this assumption, an analytical model and numerical solution of the junction current voltage are presented in which the applied bias voltage and channel length dependence characteristics are highlighted.

The positioning is a move away from channel's dependence on progressive commentary in recent years, although left-leaning political hosts remain in place during prime time.

The model predictions for the steady-state ciliary Ca2+ channel conductivity dependence on the transmembrane potential under the voltage clamp conditions are shown on Figure 2A.

The K+ channel conductance dependence on the membrane potential is given by: (36) ν K + ψ = exp α K + ⋅ ψ + d K + λ K + + exp α K + ⋅ ψ + d K +.

The apparent channel length dependence of the mobility seems to originate from contact resistance at the source and drain electrodes and does not occur for SWNT films with residual m-SWNT (high- Mw-dispersion).

The equation for the conductivity alterations (16) can be represented as follows: (17) g (V m, t ) = g 0 ⋅ (ν (V ) 1 − (ν (V ) 1 − ν (V ) 0 ) ⋅ exp (− t τ P ), where ψ = V ⋅ F R ⋅ T, v ψ, t) is the Ca2+ channel conductivity dependence on the transmembrane potential and on time.