Sentence examples for course of deactivation from inspiring English sources

The integral of the gating currents (charge) (Fig. 5A) was compared as IgOFF / IgON for hyperpolarizing commands of durations up to 10 ms. Figure 5B shows the time course of deactivation, with command to −105 mV.

The Ih activation function could not be reliably estimated by tail current analysis as, upon repolarization from very negative potentials, a transient inward current with inactivation kinetics overlapping the time course of Ih deactivation was often present (see Results).

The most notable was found for the time course of current deactivation upon pCA removal: while the current decays were well described by a mono-exponential function in both HEK293 cells and Xenopus laevis oocytes, the absolute values of the time constants differed by ∼10-fold (compare Figures 1C and 3B).

The time course of complex I deactivation after cardiac arrest reveals a much higher A/D transition rate in brain compared with heart tissue and might explain the greater vulnerability of complex brain functions to oxygen deprivation.

The latter type of layers shows also an effect of deactivation in the course of several consecutive measurements.

Pt/γ-Al2O3 and Ni/SiO2 Al2O3 catalysts were found to exhibit significant activity and no signs of deactivation over the course of the experiments, while other catalysts such as NiMo/γ-Al2O3 exhibited substantial deactivation.

123, 124 Response after chemotherapy can be detected by amino acid PET early in the course of treatment, 125– 127 suggesting that deactivation of amino acid transport is an early sign of response to chemotherapy.

Taken together these findings strongly support the idea that the tail fluorescence amplitude tracks the number of activated channels, and the time course of fluorescence decay closely reflects channel deactivation.

Kinetics of deactivation is believed to play a pivotal role in shaping the time course of synaptic currents.

Selection is achieved by inducing compartmentalization, which results in separating the time scales of deactivation and therefore slowing down the deactivation of products.

The voltage sensitivities and rates of current activation, inactivation, deactivation, and recovery from inactivation were similar to those of expressed +1G (channel cloneshannexceptnes, excepthatathehe rate of deactivation was significantly faster.