Sentence examples for major structural units from inspiring English sources

The major structural units constituting the geographic distribution are rainforest, sclerophyll forest (dominated by hard-leaved plants such as eucalypts), and woodland, scrub, savanna, and grassland forms, each with a range of subforms.

Figure 1 presents an extensive data compilation for the present-day stress field in the URG and shows the abovementioned major structural units of the rift system.

Such a woody trunk together with lateral branches (or cauline peduncles), separate mega- and microsporangiate strobili, and rootlet-bearing rhizomorph epitomize the major structural units (or architectural modules) of a true arborescent lycopsid, and S. songziense appears to be the oldest arborescent lycopsid showing an apparently centralized rhizomorph.

Most Nups are constituents of specific sub-complexes, which form the major structural units of the pore: cytoplasmic fibrils, central core and the nuclear basket (Figure 1a) [7], [7].

Tight junctions, adherens junction and desmosomes are the three major structural units mediating barrier and sorting function [ 21, 22].

Though both major structural units are the same beta-(1 3 -glucan backbone with single beta-(1 3 -glucanyl side backboneg units every 3 residues, the production of IL-6 and TNF-alpha from BMDCs withsingleicantly increased by SCG, whereas these effects were not observed with SPG treatment.

The second major structural unit of the β-substituted propionamides studied is represented by the polyoxyethylene chains, determinant hydrophilic fragment with increasing oligomerization degree.

It forms a part of the eastern flank of the Abakaliki synclinorium which forms the major structural unit in the Southern Benue trough.

Overall, our studies are consistent with the dimer being the major structural unit of RsTSPO as also implied by the cryo-EM studies of the purified RsTSPO and our modeling analysis, which indicate a parallel dimer.

Moreover, Escherichia coli produce extracellular amyloids known as curli fibers, composed of the major structural sub-unit CsgA, are a common secretory component that facilitate surface adhesion, biofilm development and protection against host defences (Schwartz and Boles, 2013).

At this scale, anisotropy in the elastic modulus of the circumferential fibers, the major ECM structural unit, can be attributed to differences in fibril deformation modes: uncrimping when normal to the fiber axis, and laterally constrained compression when parallel to the fiber axis.