The following time profiles are reproduced by our simulations: [Ca2+]i oscillations occur during 200 μM bile stimulation for 55% of the cells (for another 20%, there is a sustained [Ca2+]i increase, and 25% show the mixed behaviour of Figure 2 A).
It is concluded that thin scales exhibit a plastic behaviour when deformed at temperatures above 900 °C and a brittle behaviour at temperatures below 700 °C; mixed behaviour was observed within this temperature range, as the scale was found to resist limited amounts of deformation.
[Ca2+]i oscillations occur during 200 μM bile stimulation for 55% of the cells (for another 20%, there is a sustained [Ca2+]i increase, and 25% show the mixed behaviour of Figure 2A).
SiC in ZnS phase documents mixed behaviour.
Formation A samples is clearly water-wet while samples from Formation B show a mixed-wet behaviour.
(A ) Recording from the wild-type PapC usher showing the characteristic 'transient-mixed' behaviour.
Note the large amount of current fluctuations during the openings, and the 'transient-mixed' behaviour in between such events.
These transitions represent short-lived openings of various conductance, ranging from 50 to 600 pS ('transient-mixed' behaviour, TM).
As documented previously, the openings of the 'transient-mixed' behaviour appear rather small and may be due to the jiggling of the plug within the TP and/or the thermally induced mobility of various domains of the protein, such as the NTD and CTDs or loops (Mapingire et al., 2009).
