We arrived at a rough, upper-bound estimate of 25% probability of honest reporting for the 2009 influenza A/H1N1p pandemic (see 'Materials and methods'), but we emphasize that this is a topic in need of further study.
We focused only on processes that reflect the objectives of the GTP methods, and we emphasized on duplication and loss, because that especially relevant to the evolution of multi-copy gene trees.
Although PC-Select and FaST-LMM Select chose to use all SNPs and thus neither method inflated statistics, we emphasize that without a priori knowledge about the genetic architecture, PC-Select automatically tunes the number of SNPs to include in the GRM to optimize power and simultaneously protects against population stratification at no cost to power.
We emphasize methods of collecting and interpreting qualitative data about user activities, working both individually and in teams, and translating them into design decisions.
In this article, we emphasize methods by which block copolymer self-assembly can be utilized to rationally design and control the shape and dimension of resulting nanostructures and therefore to develop idealized morphologies.
We emphasize methods of accounting for death and missing values in these longitudinal data.
The proposed method achieves AUC equal 0.70, which is better than the results of STarMir and MiRanda and comparable to results of PicTar and the method by Stark et al. We emphasize that some of these methods use information concerning conservation of the sites in related species, while the only inputs for HuMiTar are the mRNA and MiR sequences.
In this chapter, we emphasize the methods and approaches that can be used in gene targeting, screening strategies, and a variety of genetically modified model organisms.
We emphasize that our method is not a method for delineating secondary structures.
When describing the scientific method, it is important that we emphasize the difference between faith and fact.
