Sentence examples for each of these compartments from inspiring English sources

Within each of these compartments, no latitudinal variation from North to South was observed.

We discuss the rationale behind single compartment drug delivery for each of these compartments, and give an overview of examples at different development stages, from the lab bench to phase III clinical trials to clinical practice.

Our results support current observations that tall fescue cultivar and fungal endophyte strain influence soil C and N cycling and, by analyzing bulk and rhizosphere soils separately, go further to show the level of influence cultivar and endophyte have within each of these compartments.

6 hours of LPS treatment induced a significant increase in neutrophil numbers in each of these compartments.

The number of gold particles and their association with each of these compartments were evaluated in 50 dendritic spines in DR and DR + 2.5 min animals.

When targeted to various cellular compartments, HyPer occurred in the reduced state in the nucleus, cytosol, peroxisomes, mitochondrial intermembrane space and mitochondrial matrix, but low levels of the oxidized form of the biosensor were also observed in each of these compartments, consistent with a low peroxide tone in mammalian cells.

Gene-set enrichment analysis using the ToppCluster tool (Kaimal et al., 2010), which analyzes enrichment for each of these compartment-specific signatures (as well as to other biological datasets such as GO terms and phenotypic data sources), was used to further analyze the stage of developmental block in the different mutants.

Both proteins could be detected in the cytoplasm and nuclei and were scored separately for each of these cellular compartments.

These similarities and differences in the time course of alterations between the spleen and brain tissues might be attributed to similar and different pathological changes that are occurring in each of these tissue compartments during the course of disease.

In compartmental models (sometimes referred to as population-based models, in contrast with individual-based models), each of these groups ("compartments") is assumed to be large enough to behave independently of individual stochastic effects.

Each gene set includes known markers of these compartments, which lends support to our classification, and therefore permits us to infer that other genes in these sets will be relevant in each of these cell types.