Various integral equations are derived based on different Green functions, the advantages and disadvantages of different discretization schemes of the integral equations by the constant panels, the higher order elements, and the spline functions are discussed.
Data were fitted with a single exponential function to calculate the recovery time constant in panel E. (D ) The recovery of the RRP in Ca2+-free conditions.
Data were fitted with a single exponential function to calculate the recovery time constant in panel E. (E ) In 2 mM [Ca2+]o, recovery of the RRP was significantly slowed in KO (18.03 ± 2.87 s) neurons as compared to WT (7.29 ± 1.05 s) neurons, and was rescued by WT syt 7 (8.30 ± 0.79 s), but not the 4D/N mutant (20.07 ± 2.63 s).
(B and D ) The changing ratio of the summed values of Ca2+ transients between the 30 and 50 s time points compared with the 'Before' value (left panels), the peak of dF/F (middle panels), and the decay time constant (right panels).
A debonding failure criteria is used to evaluate the performance of different variable stiffness configurations, obtaining improvements compared with constant stiffness panels.
Similar results are shown for longer onset-delays of 3 and 6 ms. Meanwhile, the response to a leading target (blue lines) remains constant within each panel although there is variation from panel to panel, due to the increasing length of the lead-alone segment.
The response evoked when the target led (blue lines) again remained constant within each panel.
As the parasite matured and the number of nuclei increased, the pattern of CRT staining of the food vacuole remained constant (Figure 3, panel B).
The same responses are shown again in Figure 4D but the plots are regrouped so that the length of the lag-alone segment is constant within each panel (Fig. 1D).
