The phrase "average open probability" is correct and usable in written English.
It can be used in contexts related to statistics, probability, or data analysis, particularly when discussing the likelihood of an event occurring over a set of trials or observations.
Example: "The average open probability for the emails sent during the campaign was significantly higher than previous efforts."
Alternatives: "mean open probability" or "typical open probability".
Consistent with previously reported values for L-type Ca2+ channels (e.g., [19], [44] [50]), the peak mean open probability of channel openings during 5 s test pulses averaged 0.23±0.03 (N = 13) and the slope conductance determined from channel currents measured at three different test potentials averaged 19.8±3.9 pS (N = 6).
As shown in Figure 3, when applied to selected traces, this method allows the computation of the mean open probability p and the average number of open channels n contributing to current variance.
In doing so, we could evaluate the mean open probability p and further the average number of Na + channels n open in the late mode in selected traces, over the last 100 ms of activity during the 300-ms depolarizing pulses.
It was observed that 30 μM ranolazine application resulted in a decrease of mean open probability from 0.6 to 0.38, without affecting the average number of channels contributing the late Na + current (n = 4), in agreement with estimates obtained from averaged macroscopic currents.
The fraction of active sweeps within a patch (factive), the open probability within active sweeps (Popen), and the peak value of single-channel ensemble average currents (Ipeak) were determined as described [16].
Where open probability (P o) was measured from patches with more than one channel, it was calculated as the average of those channels from Po = I/(Ni) where N is number of channels in the patch (estimated as the maximum seen open at one time), and i is the mean unitary amplitude.
The open probability of BK channel is O2 + O3.
Fig. 7 BNP increased the open probability of BKCa channels.
We set half average currents as open threshold, used a long recording trace of 15 s or a group of multiple traces more than 15 s, and calculated the open probability of L- and D-type M2 channels in planar lipid bilayers.
