The docking benchmark consists of different categories: enzymes (enzyme-inhibitor and enzyme-substrate complexes), antibody-antigens (not suitable for interface prediction and therefore not studied here) and other complexes.
Almost all of mucins that are studied here can provide predictions on the invasive behavior of colorectal polyps; however, only MUC1 can provide such information in respect to both the grading and configuration of colorectal polyps.
Preventive interventions also exist for type 2 diabetes, which motivated the recent evaluation of risk scores (including those studied here) for the prediction of type 2 diabetes.
This resulted in a genomic relationship matrix that combined linkage and linkage disequilibrium information, and yielded higher genomic prediction accuracies than the alternative methods studied here.
The use of mutation-induced changes in disorder prediction scores, called Δ DS, has been studied here.
Moreover, bioclimatic models appear suitable to generate predictions of species ecological requirements at the macro-scale studied here (continental distribution of species) [ 33].
We have shown that several early life history traits have diverged among the four grayling demes studied here, and some of the divergence is consistent with adaptive predictions.
Cao et al. (2013) show how to modify several classical function prediction methods, including the four we study here (majority vote, weighted majority vote, multi-way cut and functional flow) to utilize the DSD pairwise dissimilarity metric in place of ordinary shortest-path distance.
This observation further supports our prediction that environmental stochasticity generates much of the variance observed in the 17-year dataset we study here.
