The phrase "aggregate whole" is correct and usable in written English.
It can be used to describe a total or complete entity that is formed by combining various parts or elements.
Example: "The research team presented their findings, emphasizing the importance of understanding the aggregate whole of the ecosystem rather than just its individual components."
Alternatives: "totality" or "complete entity".
These methods aggregate whole-brain age-related changes to a single representative number (i.e., the brain age), rather than estimating the age throughout the brain.
To detect platelet-monocyte aggregates whole blood was incubated with mouse anti-human CD42b RPE-Cy5 (1∶50, to detect GP1b on platelets) and mouse anti-human CD38 FITC (1∶40, to detect monocytes), simultaneously or mouse IgG1 RPE-Cy5 (1∶50) and mouse IgG1 FITC (1∶40) as the isotype controls for 10 minutes at room temperature (all antibodies from BD Biosciences, San Diego, CA).
We found that, consistent with clinically used anti-platelet agents, Pred was a highly effective inhibitor of ADP-induced platelet/monocyte aggregate in whole blood.
As is well known, the Gestalt cannot be reduced to a simple aggregate; the "whole is more than the sum of its parts".
The presence of aggregates in whole cell lysates makes quantification difficult, resulting in some apparent loading differences between samples.
To address the possibility that this increased aggregation of 2UIM ataxin-3 reflects transient overexpression in nonneuronal cells, we compared levels of SDS-insoluble ataxin-3 aggregates in whole brain lysates from aged MJD84.2 mice, which express primarily expanded Q84 3UIM ataxin-3 transprotein, and Q71B mice, which only express expanded Q71 2UIM ataxin-3 transprotein (Figure 4C and 4D).
Partitioning of material to the aqueous/aqueous interface of an ATPS can be significant, especially for large solutes such as protein aggregates, liposomes, whole cells, and other particulates.
Another important function of the mTOR signaling pathway is the regulation of autophagy, a process in which the cell degrades damaged or excess cellular components, ranging from individual proteins and protein aggregates to whole organelles, through the use of the cell lysosomal machinery.
This suggests that the large-scale lamination on the whole aggregate is one of the formation processes of extremely large aggregate.
In addition, coalescence of multiple acervuli leads to large-scale lamination on the whole aggregate.
