The study was aimed to address whether changes in biochemical parameters associated with age of the patients correlate with depression severity measured with the use of screening tools.
To address whether changes in DNA methylation state are associated with expression levels, we surveyed genes showing more than 5-fold change of expression in human iPS/ES cells, compared with those in differentiated cells, using the GEO database [16], [17].
For the latter, the question has to be addressed whether changes in the indicator will give information about the likely success or failure of policy changes.
SC1 sought to address whether changes in gene expression are sufficiently informative to infer the molecular modifications observed upstream, in particular, the phosphorylation status of effector proteins.
Future research needs to address whether changes in the motivation to communicate are due to impairment in the recognition of others as salient stimuli or a specific reduction in the motivation to interact.
Although the disentanglement of natural and sexual selection acting on different fins is difficult, future studies could address whether changes in allometry between fins might appear, for example under different environmental conditions.
Although adjustment for age and gender reduced the estimated association, it remained potentially clinically significant even though not statistically significant; further data may clarify this association and address whether changes in mindfulness with training enhance PNS recovery from stress.
To address the question, whether changes in DNA methylation by other means than Lsh depletion can affect Pol II stalling, we treated WT MEFs with 5-Azacytidine.
A number of studies addressed the question whether changes in mRNA are reflected in corresponding changes in protein abundance [ 41, 45- 47].
To address the question of whether changes in STP properties could underlie an increased excitability, we investigated the impact of mutant hSynI on the firing activity and excitability of primary neuronal networks using MEA (4) (Fig. 7A).
