The phrase "aggregated structures" is correct and usable in written English.
It can be used in contexts related to data analysis, architecture, or any field where multiple components are combined into a single entity.
Example: "The research focused on the aggregated structures of the data sets to identify trends and patterns."
Alternatives: "combined frameworks" or "consolidated forms".
Many bacteria can form aggregated structures called biofilms.
This may provide us with information on the environment of an active metal in aggregated structures like micelles and vesicles which are gaining in importance in biphasic catalysis.
Drawing an analogy between the air/water and the oil/water interface, we detail here a procedure where air droplets are capped with LET aggregated structures, and in turn they are utilized as viable templates in the production of hollow silica spheres.
On the basis of TEM and XPS results, we can suppose that composite particles obtained by pulsed laser irradiation reveal aggregated structures.
However, it was found that nanoparticles prepared with sole CTAB as surfactant (CTAB-NPs) revealed highly aggregated structures and heterogeneous size in TEM imaging (Fig. 1a), which was in accord with the other report [29].
Deletion of the DNA binding domain did not affect nuclear import nor association with chromosomes, but resulted in pronounced large continuous (or aggregated) structures.
The result, Flatiron Health, is building an "oncology data platform", which allows cancer care providers to aggregate, structure and mine their clinical oncology data.
We use aggregates composed of multiple constituent particles to model biological material due to the prevalence of aggregate structures in nature and because the chlorophyll molecule is typically contained inside aggregated structures such as chloroplasts (Fig. 2).
Using packing theory concepts, the aggregate gradation is divided into three aggregate structures which are oversize, primary and secondary structures.
(d) Section and three-dimensional annotated view of polyQ40 seeded mHttex1-GFP aggregates in the cell lysate reveal the short mHTT fibril (yellow), long fibril and bundle aggregate structures (magenta), as well as cellular vesicles (blue) from the lysates.
The grain size of soil particles and the aggregate structures they form affect the ability of a soil to transport and retain water, air, and nutrients.
