The LRTs from the branch models analysis indicate that clade L, but not clade G (Figs. 2, 3 and 4), is under weaker negative selection, as ωL was significantly different between clade L and the background level (Table 2).> A site model analysis allows the ω ratio to vary among sites (among codons or amino acids).
Diffusion model analysis indicated that the diffusion coefficient of copper in iron was up to 0.63 × 10−14 m2/s during carbusintering process.
Mixed effect model analysis indicated that over the first 20 years of the rotation the mean annual impact of afforestation with pines was 155 mm.
Model analysis indicated that the vertical distribution of the canopy FPAR was dependent on the leaf area index (LAI), average leaf orientation angle (ALA), solar position, and sky conditions.
The amino acid sequence and SWISS-MODEL analysis indicated that the three-dimensional structure of PRA strongly resembled that of monocot mannose-binding lectins, which comprised three antiparallel four-stranded-sheets arranged as a 12-stranded-barrel.
The result of model analysis indicated that the distribution type described by Howard's model was similar to that of seed dispersal of the weed species at the height of 100 cm under the condition of lower wind velocity (about 2.18 m/s).
Moreover, Cox proportional hazards model analysis indicated that an amniotic fluid index of ≤5 cm was a significant predictor of the duration of the pregnancy after adjustment for gestational age and the results of amniotic fluid culture (odds ratio, 2.4; 95% confidence interval, 1.4-3.9; P <.001).
Model analysis indicated that the initial HDF/NHK ratio had a significant influence on the proliferation/differentiation of NHK, which confirmed our previous in vitro research [7].
Thus the model analysis indicated that the fibroblast heterogeneity (exhibited as cells undergoing different rates of proliferation) should also be considered when deciding on the initial HDF seeding density to support higher rates of NHK proliferation.
However, our model analysis indicated that cell proliferation is equally as important as cell migration (as other reports have suggested [11], [58], [64], since an extra source of keratinocytes is crucial in wound healing for the continuous migration of epidermal cells as a cohesive sheet.
