The phrase "aberrant behavior of the" is correct and usable in written English.
It can be used when discussing actions or conduct that deviates from the norm or expected standards, often in a psychological or sociological context.
Example: "The researchers were particularly interested in the aberrant behavior of the subjects during the experiment."
Alternatives: "deviant conduct of the" or "unusual actions of the".
The aberrant behavior of this single cell is due to somatic mutations changes in the genomic DNA produced by the activity of different mutational processes (1).
Given the limited number of samples, the various stages of cancer progression and the aberrant behavior of several sample pairs, the data were expected to be noisy.
Given the aberrant behavior of mitotic spindles in the first three cleavages prior to LR symmetry breaking (Bergmann et al., 2003), the it143 mutant could have slightly misplaced neighbors that could as well result in impaired LR symmetry breaking.
"It's amazingly aberrant behavior on the part of our lawmakers that they haven't been able to get a bill approved since 2007," said Marion C. Blakey, president of the Aerospace Industries Association, who from 2002-7 was the F.A.A. administrator, the agency's top official.
There is also a large body of evidence that directly implicates the aberrant behavior of growth factor receptor pathways, in particular the ErbB2 and MAPK pathways, in the acquisition and maintenance of tamoxifen resistance (discussed in ref. [2]).
However, our data do not distinguish between an aberrant behavior of microglia due to the mutant SOD1 expression or to an activated state of microglia as response to chronic environmental changes.
This suggests that the aberrant behavior of PERKΔC cells might in fact reflect a transformed phenotype.
Decreased levels of this enzyme might have impact on the aberrant behavior of cancer cells.
The large number of failed reactions (pink) near the origin in Fig. 3 provides further evidence for the aberrant behavior of SNP MHCNew10.
By analyzing singly substituted human and hagfish insulin analogues, we show that a small number of residues explain the aberrant behavior of hagfish and lamprey insulins.
