The phrase "abundant cellular components" is correct and usable in written English.
It can be used in scientific or biological contexts to describe a large quantity of various parts within a cell.
Example: "The study revealed that the tissue sample contained abundant cellular components, indicating a high level of metabolic activity."
Alternatives: "plentiful cellular elements" or "numerous cell structures".
For cellular component, cell (44%) is the most found component, and other abundant cellular components are organelle (29%), macromolecular complex (12%), and membrane-enclosed lumen (9%).
Also, four most abundant cellular components, such as axon, dendrite, neuronal cell body and postsynaptic membrane, suggest that bivalent genes are enriched in neuron compartments (Table 4).
Considering Rab1 is not an abundant cellular component, MS measurements of its modifications within host cells can be technically more challenging.
Immunohistochemical staining of the sections with antibodies that recognize macrophages (CD68) and smooth muscle cells (alpha-smooth muscle actin) showed that macrophages were overwhelmingly the most abundant cellular component of the atherosclerotic lesions in both apoE KO and PDZK1/apoE dKO mice, while smooth muscle cells were less abundant (Figure 3, C F).
Previous work has identified THB1 within these cells, but both immunodetection results and qPCR of gene transcripts suggest that THB1 is not an abundant cellular component.
As the fibroblasts are the most abundant cellular component of the subcutaneous tissue, these cells are primarily and directly affected by the laser beam during laser therapy, in conditions in which the subcutaneous tissue is the target for (as for wound healing and non invasive body contouring) or is incidentally invested (as for orthopaedic pathologies) by ULLL therapy.
Water is the most abundant cellular constituent and therefore important for preserving cellular ultra-structure.
We considered whether this enriched population was merely overrepresented in the environment, because they constituted the most abundant cellular miRNA component.
The ATP synthase was highly abundant in both the cellular components and biological process categories, while senescence-protein was the most abundant group in the molecular function category.
Transcripts related to GO term nucleus were most abundant in the cellular component category, which is similar to the previously reported GO annotation of field-grown root and leaf tissues [ 20].
Among three GO categories, cell and binding activity were the most abundant classes in cellular component and molecular function, respectively, which was consistent with the report from Xia et al. [ 24].
