Sentence examples for accessible prediction from inspiring English sources

In this, its first version, FRED offers easily accessible prediction methods for MHC binding and antigen processing as well as general infrastructure for the handling of antigen sequence data and epitopes.

The methods and results presented here may be useful to those investigating the potential for offshore wind energy development using stochastic process theory to study wind speed or power production since stationary stochastic models provide simpler and more accessible predictions of quantities such as probabilities of exceedance of threshold values, upcrossing rates, and residence times.

Multiple versions of the same models can be implemented and all of them remain accessible for prediction.

These verifications require well-designed databases accessible to prediction and analysis programs.

From this paper the "Regulatory Potential Score" appeared to be the most promising and accessible regulatory prediction dataset we could compare to our data.

Several of these tools are accessible as target prediction websites (Table 1).

Although such high branch densities in the crystalline phase are not accessible experimentally, the prediction of a mesophase is interesting, because it may have implications for crystallisation.

I had thought that the world only needed more funding, organized effort, and goodwill to solve its biggest threats concerning all of humanity, from molecular interactions in fatal diseases to accessible, accurate weather prediction for farmers.

Furthermore, they are persistent, making AZOrange model predictions accessible from within other environments.

Since systems biology is based on quantitative empirical data and marries informal cartoon-like static flowchart-type models with formal mathematical and computational modeling, it has indeed the promise of generating biological predictions accessible to experimental verification.

The STRING database (Szklarczyk et al. 2011) is an example of a publicly accessible repository of predictions of functional interactions made through various evidence sources (e.g., literature co-citation or existing protein−protein interaction reports).