Sentence examples for modules appear to from inspiring English sources

In many of these networks, modules appear to be organized around hubs, as can be seen by comparing a and b of Fig. 1.

MiiA modules appear to have been transferred horizontally between species co-habiting in the same niche to create their own MiiA-containing determinants.

Third, the modules appear to result from the compounding of two types of submodules (1 and 2, shown in Fig. 5).

RelBE modules appear to be autoregulated in an atypical manner compared to other TA systems; however, the molecular mechanisms and potential interactions between different RelBE modules remain to be elucidated.

While several of the succulent single life-form group modules appear to outperform their component monocultures (Fig. 1G), this difference is small and further testing is required to determine if there is an advantage of planting more than one succulent species on green roofs.

Cluster analyses identified modules of coordinately regulated genes and the different modules appear to accomplish distinct cellular functions during follicle assembly.

Based on the difference in performance between Groups 1 and 2 (who had the same information in interactive versus PDF format respectively), the critical ingredient behind the success of the modules appears to be their interactivity.

This architecture of modules appears to be shared by a large range of animal species and may even apply to the wormlike creature on the basis of the evolutionary divide between protostomes and deuterostomes, the two largest evolutionary streams of bilateral animals with a centralized nervous system.

The density of cells ranged from 1.7×107 to 2.3×108 cells/cm3 as the size of the modules varied: smaller modules appeared to enable higher densities of cells than did larger modules (see Table 1).

However, the sequence motifs within both the RelB/RelE and the RelF/RelG operon modules appeared to have additional complexity, including direct repeat (DR), direct complement (DC), and migrated repeat (MR) sequences.

Thus, correct positioning of the SH2 and kinase domain modules appears to be critical for efficient activation of cytoplasmic tyrosine kinases (Filippakopoulos et al., 2008).