Sentence examples for membrane potential close from inspiring English sources
At bright BGs, photon shot-noise becomes negligible and the noise from the photoreceptor itself becomes very small, resulting in a probability distribution of the membrane potential close to the one seen at the dark-adapted state (Fig 4A, right).
In particular, mid-gestation is characterized by a hyperpolarized membrane potential close to the reversal potential for potassium Ek (Casteels & Kuriyama, 1965).
Figure 5(a) shows the action potential, beginning at a resting membrane potential close to −82 mV and reaching 20 mV in response to the external stimulus.
Secondary necrotic cells had a membrane potential close to 0 mV (−1±0.5 and −2±0.1 mV at 0 and 20 min, n=3).
According to the Nernst equation, 100 mM KCl depolarises the membrane potential close to -10 mV, which opens the voltage-operated Ca2+ channels and thus activates the electromechanical coupling.
In mid-gestation, high expression of Kir7.1 keeps the resting membrane potential close to the reversal potential for potassium, increasing the depolarizing drive required to initiate an action potential, calcium entry and subsequent contraction.
Clearly (mathscr{P}) decreases with σ because a larger variance brings the membrane potential closer to the borders defined by the radius of convergence Table 1 Parameters used for the numerical simulations of Figs. 5, 6, 7 and the right-hand side of Fig. 8.
As this ratio approaches 1, the magnitude of the Nernst potential for K+ decreases, effectively raising the membrane potential closer to 0 mV (depolarization).
Although SOCE itself is not activated by depolarization, Ca2+ influx through SOC channels contributes a depolarizing drive that brings the cone membrane potential closer to the threshold for activation of voltage-operated Ca2+ entry.
They suggested that CV first increased by the fibroblast bringing the cardiomyocyte membrane potential closer to the threshold for I Na but then decreased as the increasing fibroblast density resulted in a shift in the cardiomyocyte membrane potential and I Na inactivation.
Neuronal voltage-gated (Kv) potassium channels that open at membrane potentials close to the threshold for action potential generation have a profound effect on neuronal excitability because of their ability to stabilize membrane potentials below the threshold for action potential initiation.
