We will discuss trends predicted by our model below, as these are relevant to the current comparisons between experimental results and our model.
For wavelengths above 200 nm, the molecular absorption cross section and the quantum yield are calculated by the model, while below 200 nm, their values are pre-defined.
This analysis was applied to the intracellular activity in DCN cells prevented from firing using hyperpolarizing bias current and in the traces simulated by the model (see below).
This is an important contextual issue because facilitator competence is not being evaluated in this study, but rather the focus is on the facilitation process and the opportunity to use the skills proposed by the model proposed below.
Data for hospitalisations within the Auckland region of people in receipt of a residential care subsidy (believed to be about 65% or all LTC residents) during the period January to June 2010, together with summary data for the few predictor variables selected by the model (see below), was obtained from the District Health Boards (DHBs).
Under operating conditions relevant to this study, the field predicted by the model is considerably below 0.1 μT at any address that is beyond 200 m from a line that has transposed phasing, or beyond 400 m from a power line of any type.
These signals cannot be explained by the fault model below, and we provide our interpretations later on.
Only after the model was locked into the DMS was the data for the testing samples (those not used in modeling) accessed and scored by the model to give the results described below (Figure 1).
The CSL property shown below (followed by the model checker answer) (5) ensures that in all model traces the potassium outside the cell, in fact, will eventually end.
The model boot-strapped error estimates described in Additional file 1 can be plotted by selecting the model error bar check box below the list of models.
