We also conducted a more careful numerical study of the possible carbachol effects on numerous currents as well as change is in the input resistance etc [19].
Preliminary results of such analysis were reported at a conference [16]; here we present new and more complete numerical study and obtain better insight into the studied effects.
This in itself calls for a more elaborate numerical study, including a parameter for death rate, and another parameter for the rate at which hosts are reborn in empty sites.
To understand the temporal dynamics of clone size distributions, a more detailed numerical study of our full time-dependent neutral model is required.
We used the 1 D minimal model for a more detailed numerical study of the mechanisms leading to formation of multiple auxin maxima [Additional file 1: Text S4].
To conclude the study, more numerical results obtained using alternative dilatancy models are presented to illustrate the problem of non-uniqueness in plasticity back analyses.
There is a need for experimental and numerical studies for more generic multi-building geometries.
For intermediate f2 and non-symmetric v kk 's, however, numerical studies demonstrated more complex dynamics.
The parameter values more or less followed some previous numerical studies (e.g., Kato 2004).
This problem implies applying numerical studies to gain more accurate results.
