Sentence examples for step of current from inspiring English sources

One key step of current treatment of OP intoxication is to use oximes as nucleophiles to reactivate AChE by removing the phosphorous conjugate [4].

This is clearly demonstrated by traces and stimulation-EPSP slope plots from representative neurons (Fig. 6Da,b,c) showing that once the threshold to evoke EPSP was reached, the increase in amplitudes and slopes of EPSP for each step of current was dramatically higher in MSN from dopamine-depleted animals (Fig. 6Da,c) than in neurons from controls rats (Fig. 6Da,b).

(A ) Representative traces of voltage responses evoked by 20 pA step of current injections after control, 4 hr and 2 days baclofen incubation, elicited from RMP (scale bars: 40 mV, 100 ms).

Our study is a first step of current and further research value, and in agreement with previous arguments [ 38], "surveillance for emerging diseases should extend to sampling and characterization of the entire panoply of viruses, which are circulating not only in people but also in animals" (and all other organisms).

CMP and control cells were current clamped and subjected to 20 pA steps of current (−20 to +100).

The input resistance was measured from the slope of the linear portion of the I/V relationship (Fig. 9B) obtained by plotting membrane voltage changes produced by steps of current (0.1 nA, 1s; Fig. 9A).

Time domain transients to current step of multiple current densities were calculated to evaluate the polarization and fractional contribution of lithium rich cathode material Li[Li0.2Ni0.2Mn0.6]O2 based on the equivalent circuit determined from the electrochemical impedance spectrum.

Staying one step ahead of current style was one key to Spandau's rise, and it meant reinventing their sound every year.

The time response of a traditional capacitor for the step input of current equal to I is well known to be: (8).

His distinction of three neural excitability classes based on injected steps of currents and observed corresponding distinct frequency current (f I) curves still forms the basis in understanding bifurcation mechanisms of neural excitability.

A first answer to the question of the neuron's computational properties was given by Hodgkin [1] in the 1940s, who identified three basic types (classes) of excitable axons distinguished by their different responses to injected steps of currents of various amplitudes.