From the images that we obtained we saw that samples in the pterygia groups contained larger positive areas in terms of distribution regarding the conjunctiva.
From the results obtained, we can see that the hyperpalatable and hypercaloric diet employed in the present study may be widely used as a model of simple obesity.
From the obtained inputs, we see that the system is controlled by switching two discrete probability distributions, and the obtained inputs satisfy the constraint on duration of drug effectiveness.
If we look at the obtained correlations, we see that the correlations for standardized RTs (r=.77) and for accuracy scores (r=.79) approach these ceiling levels.
However, as more empirical results are obtained, the more we see that the contribution of TEs is immense, and that their regulatory system is complex [ 15, 19].
By comparing the primal objective value obtained from each subgradient iteration with the optimal solution obtained under UPA assumption, we see that our proposed algorithm taking power allocation into account improves the system throughput.
From the results obtained in this paper, we see that the backward difference scheme, that is, the discrete dynamical model (2), is obtained with excellent dynamical properties for the step size (h=1) in the local and global stability of equilibria.
As the R values we obtained (see "Results") are not higher than 2, we conclude that this type of error did not affect the interpretation of our data.
Comparing the results established in this paper with the results obtained in [1, 3], we see that the dynamical properties of equilibria for discrete-time model (3)–(4) and continuous-time model (2) (see Theorems 1 3 in [1]) in fast time and slow time subsystems, respectively, are very oncoming.
If we compare the results obtained in our study, we see that the Chen model shows improved discrimination at five years over the Gail model, although in our sample the Chen model overestimates risk for women with high density.
