1
The pseudo-second-order kinetic model provided the best correlation to the experimental results.
2
Conclusions: A linear kinetic model of glucagon intervention has been developed and validated.
3
We then developed a comprehensive kinetic model validated by our extensive experimental data set.
4
The hydrolysis of phosphatidate by the phosphohydrolase conformed to a surface dilution kinetic model.
5
Third, we present a kinetic model of the coordination between the two dynein heads.
6
The results are generally consistent with the most recently proposed kinetic model of mRNA translocation.
7
A simple kinetic model of thrombin consumption is proposed.
8
One way to help interpret these data is to fit them using a particular kinetic model.
9
Single-cell flow cytometry data of the same system were modeled with a modified Fokker-Planck-type kinetic model.
10
In vitro release data were obtained by HPLC and the curves adjusted with a kinetic model.
11
Simulation with a previously reported kinetic model was used to explore the differences in respective rate constants.
12
This kinetic model goes beyond the approximate treatment of a bending crystal as a simple composite bilayer.
13
The adsorption behavior of this new adsorbent fitted well with Langmuir isotherm and the pseudo-second-order kinetic model.
14
The degradation curve of thiamethoxam in whole citrus and soil was plotted using the first-order kinetic model.
15
We present a comprehensive kinetic model of the transport cycle, which recapitulates salient features of the recorded currents.
16
The reduction was favorable at acidic pH (up to pH 5) and followed the pseudo-first-order kinetic model.
