Sentence examples for predictions described here from inspiring English sources
The predictions described here were also integrated in the ANIA database.
Comparing the coinfection dynamics across different virus-cell systems might further shed light onto the validity of the model predictions described here and the circumstances under which they do or do not hold.
This shows that the prediction method described here has encouraging prospects for improving predictions of large geomagnetic disturbances in space weather events.
Preliminary versions of the breseq SV prediction pipeline described here have been previously used in several experimental studies [ 5, 22– 22].
The hypothetical resource might be able to suggest function for some of the following examples, although it is clear that in other cases the biology will be too complicated and the outlook of function prediction as described here will be unrealistic.
Predictions with the method described here and by Łuksza and Lässig (2014) are comparable within errorbars, while the two naive estimators do substantially worse on average.
It is often the case, however, that data is structured, i.e. is in the form of graphs; three examples will be described here: prediction of the properties of molecules, image analysis, and natural language processing.
To assess the accuracy of the GRN predictions [ 11], we compared the gene expression results described here to the predictions of the GRN.
The technique described here gives predictions of cell size and/or monolith length distributions such that the conversion efficiency is spatially uniform across the monolith for the general case of a non-uniform flow distribution.
Because the great majority of our predictions are novel, the method described here constitutes a worthy addition to the arsenal of computational methods aimed at completing the mammalian miRNA collection.
Structure-based prediction methods, such as the one described here, can address this shortcoming and potentially make predictions for any MHC allotype based on the universal physical principles of intermolecular interactions.
