The phrase "ability to internalize" is correct and usable in written English.
It can be used when discussing someone's capacity to absorb, understand, and integrate information or experiences into their own understanding or behavior.
Example: "Her ability to internalize complex concepts quickly made her an asset to the team."
Alternatives: "capacity to assimilate" or "skill in absorbing".
Moreover, consistent with the observation that CIZ1-Xi is compromised in its ability to internalize in adapted cells, fewer of these colocalizing sites are located internally in culture adapted cells compared to primary cells.
This mistake appears related to overconfidence about the ability to internalize complex information.
But is this coordination logic, this ability to internalize transactions to make them more efficient, really the raison d'etre of firms?
However, in spite of the great potency to kill tumor cells, gelonin lacks ability to internalize tumor cells and furthermore, cannot distinguish between tumor and normal cells.
We observed that Vero cells infected by a first round of JUNV (Candid1 strain) preserve an ability to internalize new incoming JUNV particles that is comparable to that of non-infected cells.
This reservation price disparity stems not only from CEOs' ability to internalize 100% of their CIC package while externalizing most "costs" of a lower transaction price, but also from any additional rents they are able to extract via transaction-related bonuses or ex-post Parachute augmentations at the expense of disinterested shareholders.
Music aptitude was assessed using Edwin E. Gordon's Intermediate Measures of Music Audiation (IMMA) [ 47], which measures children's abilities to internalize musical sound and compare two sequentially presented sound patterns.
According to Figure 2a, C-PAE cells but not NIH/3T3 fibroblasts internalize the four recombinant proteins, indicating that the endothelial cells have the ability to specifically internalize the hybrids, similarly to wild-type ES.
In the present paper, after a brief review of the cellular processes that contribute to homologous desensitization of the DOR signaling, we shall focus on experimental data demonstrating that chemically different agonists differ in their ability to phosphorylate, internalize, and/or down-regulate the DOR.
Incubation of these loaded F-virosomes with human hepatoblastoma cells (HepG2) in culture resulted in membrane-fusion-mediated delivery of NPs to the cell cytoplasm, as inferred from the ability of cells to internalize FITC-Dx loaded PVP-NP (PVPf-NP) in the presence of azide (an inhibitor of the endocytotic process).
The ability of cells to internalize through the clathrin pathway was determined by observing transferrin uptake by confocal microscopy.
