Sentence examples for much larger aggregates from inspiring English sources
As SEM images shown in Figure 5, we can find the monodisperse TiO2@DTMBi NSs only been obtained at DTMBi/TiO2 = 1 1; the lower or higher ratio both produced much larger aggregates.
Aggregation of Sup35-GFP was similarly increased in A1, A2 and A5 strains and these cells had many fewer but much larger aggregates.
The enzyme also forms much larger aggregates, or polymers; however, it is not clear what causes these polymers to form, or what they do in a cell.
Although numerous nanomaterials have been fabricated with a targeted size which may be ultra-small, yet these particles frequently form much larger colloidal aggregates.
Other settings with lower populations may have much larger areas aggregated together, resulting in greater variation in risk within aggregated evaluation unit and increased misclassification of underlying districts compared with a district-level design.
In turn, fibrils may co-assemble into much larger insoluble protein aggregates that are resistant to proteolysis.
Regional ad sales partnerships would allow papers to aggregate much larger online audiences, which could then be segmented into desirable niches and sold to advertisers at a premium rate.
The composition asymmetry between the two monolayers in the aggregates is much larger for the polymer component than for the lipid, and it depends upon the size of the aggregate.
These aggregates are much larger than the standard volume of Golgi vesicles, yet they are transported across the stack within 10 min after warming the cells to 20°C.
However, the inner diameters of these annular aggregates were much larger than would traditionally be considered a pore.
Deposition of erythrocyte aggregates, representing either erythrocyte sequestration or cerebral hemorrhages, becomes more significant in C57BL/6 mice only by day 7 post-infection (data not shown, and [28]. In sharp contrast, higher amounts of aggregates of much larger size were found in identically infected H3R−/− mice (Fig 3A).
