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In numerical modelling we show two architectures of one-bit half-adders implemented in BZ-vesicles.
Using source modelling, we show that our system allows localisation of the evoked response to somatosensory cortex.
Through modelling we show that the profiles are influenced by CO2 production at different depths from sources with different isotopic ratios, including production of 'modern' CO2 in the root zone and production of 'old' CO2 above the watertable.
Combining this with resampling techniques and projection modelling, we show that confidence intervals for population growth estimates are easy to derive.
Using computational modelling, we show that even in the case that the spontaneous synchrony of the individual oscillators cannot be achieved due to the inefficiency of coupling, an appropriate stimulus can compensate such an inefficiency, effectively achieving a collective response.
Through a combination of experimental data and mathematical modelling, we show that density-dependent processes can significantly influence parasite transmission potential.
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Using ligand based pharmacophore modelling; we showed that most of the available AMP analogs bind residues which were common to all DEAD box helicases (Figure 4B).
Second, using that model, we show how we can both learn and subsequently recognise human activity.
Below the part model, we show the motion features of these parts.
With this model, we show in the following section that channel capacity improves.
Using a computational model we show that the two theories are not mutually exclusive.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com