Sentence examples for mean burst durations from inspiring English sources

Mean suppression durations were 2.8 6.3 times longer than mean burst durations (Table 1).

However, the mean burst durations recorded in patches from HEK cells transfected with α1β2γ2 and α3β2γ2 cDNA were roughly half those measured in patches from neurons in VB and RT nuclei.

We found significant geographical variation in mean interpulse interval and mean burst duration, and significant variation in mean burst duration among geographically isolated populations from Baja California and mainland Mexico and Arizona.

Residual maximum likelihood (REML) analysis of F1 and F2 generations from a cross between a Baja California and an Arizona population revealed additive autosomal influences on mean interpulse interval with a significant effect of dominance and significant effects of the Y chromosome on mean burst duration.

In the mutant ventricular myocytes, a non-conventional glibenclamide-insensitive (10 μM), ATP-sensitive current (IKATPn) was detected in 33% of single-channel recordings with an average amplitude of 12.3 ± 5.4 pA per patch, an IC50 to ATP inhibition at 10 μM and a mean burst duration at 20.6 ± 1.8 ms.

(B2 ) GAD-Cre transfected iNC neurons show increase of their mean number of spikes per burst (left) and mean burst duration (right) with increasing illumination duration.

Mean burst duration was 16 ± 3 ms (n = 5) for wild-type channels and 399 ± 19 ms (n = 5) for homT293N channels.

Fig. 3e and f shows the mean burst duration at different days of measurement, while Fig. 3g and h shows for the same days the amount of time that the culture spent bursting (with respect to the total recording time).

When analysing the entire trace after GABA applications, the mean burst duration was longer for α3β2γ2 receptors (Fig. 7D), similar to that observed in steady-state conditions (Fig. 6).

As shown in Fig. 7D, in both α1β2γ2 and α3β2γ2 receptors the mean burst duration is clearly decreasing in successive epochs, further indicating that the relative proportion of brief events is increasing during late phases of deactivation.

The average burst duration (see Methods) was also significantly lower (Fig. 2c).