Sentence examples for two core types from inspiring English sources

For this purpose, we integrate coarse-grain and fine-grain parallelization strategies into the library routines which, respectively, dynamically distribute the workload between the two core types and statically repartition this work among the cores of the same type.

At least three core types can be distinguished: ontological, methodological, and epistemic (Sarkar 1992; cf. Nagel 1998).

This would imply that mechanisms for transcriptional initiation largely overlap among the three core types.

Therefore, antibody prevalence in a population is cumulative result of past infections by one of these four "core" types.

These data suggest that at least two LPS core types exist in S. marcescens.

In this report, we carried a comparative analysis of three Arabidopsis core types, TATA, GA, and Coreless, with regard to gene structure.

In this report, we characterize three Arabidopsis core types, TATA, GA, and Coreless, with regard to their expression profiles and also their gene structure including promoter length and the distance from the TSS to the coding sequence (CDS).

Interestingly, although it has been reported that dinoflagellate chromatin is not organized into nucleosomes, we found that the genome of the basal dinoflagellate species Perkinsus marinus encodes all four core histone types suggesting a "classical" nucleosome-based type of chromatin organization.

However, the presence of all four core histone types in a basal dinoflagellate like Perkinsus marinus and also the evidence for single core histone types in other species strongly support the view that the alternative chromatin organization in most representatives of that phylum is a derived, not an ancestral feature in dinoflagellate chromatin evolution.

The second is to regulate transcriptional activities through covalent modifications (e.g. methylation, acetylation and phosphorylation) of the tails of four core histone types H2A, H2B, H3 and H4 [ 6- 9].

The pathogenesis of type 2 diabetes is complex, involving the interaction of genetic and environmental risk factors that strongly contribute to the development of insulin resistance in the muscle and liver as well as to β-cell failure, the two core pathophysiological defects in type 2 diabetes (5).