Next, we will explore the concentration phenomenon of (1.1).
Under proper assumptions, we explore the existence, concentration phenomenon, convergence, and decay estimate of semiclassical solutions of (I) and (II), respectively.
To explore the concentration limit for EG, we conducted qPCR experiments using four separate dye concentrations, 2.66 μM (2×), 2 μM (1.5×), 1.33 μM (1×) and 0.67 μM (0.5×), respectively.
Both the pelleted cell debris fraction and the PEG concentrated virus were then treated with Triton x-100 at three different concentrations of 0.1%, 0.5%, 1.0%, to explore the concentration required for an optimal solubilization and virus inactivation.
Here, we explore the effects of composition and concentration of crystallins on the microstructure of the intact bovine lens (37 °C) along with several lenses from Antarctic fish (− 2 °C) and subtropical bigeye tuna (18 °C).
What is more we explore the dynamics of OPG and TRAIL concentration in the case of sinus rhythm return or AF persistence.
In this section we explore the likely changes in indoor carbonyl concentrations as the result of future changes in temperature.
Because these scenarios are in conflict, we have employed a deterministic mathematical modelling strategy to explore the concentration-dependent effects of aBH3 and dBH3s alone or in combination, on the maximum rate of BAK activation.
The aim of this study was to explore the concentration-effect relationship of milrinone for each of these methods.
Prior to this experiment we explored the effects of lower concentrations of cadmium.
