Sentence examples for models we described from inspiring English sources

In previously published work in mouse xenograft models, we described targeted systemic delivery of RGD-AVVP vectors expressing either HSVtk or TNF-α, to tumor vasculature [12], [22], [23], [24].

The models we described have limitations.

One should be reminded, nonetheless, that the multivariate models we described above are based on the premise that there is a unitary autism phenotype, varying only in severity.

Prior to performing extensive genome-wide profiling of gene expression and pathway analyses in these models, we described here the validation of this approach by demonstrating the time-dependent and sequential changes in these tissues using real-time PCR and confirmation with immunohistochemical methods for genes previously demonstrated to be involved in the pathogenesis of OA.

We would like to point out that the models we describe in this review do not represent an exhaustive or complete list.

However, in view of the exploratory nature of the study and the inherent uncertainties associated with the models, we describe trends up to levels of <0.05%.

For these reasons, the models we describe in this paper do not rely directly on the function of any particular area of cortex.

If the clinical decision support models we describe perform equally well in larger samples of patients, they may reduce the rate of open wound dehiscence to 5%.

The model we described above provides excellent performance, yet its main advantage is also a weakness, and this forms the underlying idea of this paper.

This estimation was performed by adjusting a parametric survival model to our data, using the survreg function [21] in R. The parametric model we used has the same fixed and random factors than the non-parametric model we described above.

In our statistical modeling, we described cell encapsulation as a random process with three random variables and their probability distribution functions (PDFs) where cells are encapsulated in droplets by a mechanical valve from a heterogeneous cell mixture.