Sentence examples for predictions were extensively from inspiring English sources

The predictions were extensively tested in vivo, resulting in a high experimental verification rate of Arabidopsis proteins previously not known to be peroxisomal.

These predictions were extensively validated experimentally (Onrust et al., 1997; Ribes-Zamora et al., 2007; Sowa et al., 2001) and computationally (Mihalek et al., 2004; Res et al., 2005; Yao et al., 2003).

In order to determine the relative importance of variants in terms of phenotypic effect, prediction algorithms were extensively utilized to identify functional amino acid substitutions, and we incorporated results from these prediction algorithms into association tests.

The accuracy of the predictions has been extensively checked by linear finite elements.

Although pavement performance prediction has been extensively investigated in the past, models for predicting the cracking probability and for quantifying impacts of associated explanatory factors following pavement treatment, have not been adequately investigated in the past.

The animals were extensively measured and filmed.

Theoretical background of force-prediction model is extensively reviewed and categorised into two approaches, the direct and the optimisation approaches.

PPI prediction has been extensively studied both experimentally 3– 7 and theoretically.

The bioinformatic tools used in allergen identification and allergen prediction have been extensively explored and reviewed by several research groups (Brusic et al. 2003, Tomar and De 2010).

Despite this, the reasons underlying both successful and false predictions have not been extensively explored.

Here we have examined the performance of 18 publically available target prediction tools for plants, including the three miRNA-target prediction tools that are extensively used but not explicitly developed for plants (Targetscan [ 44, 45], miRanda [ 46], RNAhybrid [ 47, 48]).