The phrase "activities and modifications" is correct and usable in written English.
It can be used when discussing changes or adjustments made to specific tasks or actions, often in educational or therapeutic contexts.
Example: "The teacher outlined the activities and modifications necessary to support students with diverse learning needs."
Alternatives: "tasks and adjustments" or "actions and changes".
Improvements with internal redox balance, efficient overexpression of required enzyme activities, and modification of by-products formation are expected to approach higher product concentration and yield.
However, recent reports reveal novel functions of FKBPs in the nucleus, which include regulation of transcription factors, histone chaperone activity, and modifications of chromatin structure.
Free α-amino group and C-terminal COOH group are not necessary for the biological activity, and modifications of these radicals may even increase the stability of the analogs.
While NIRS may be an appropriate measurement technique for measuring brain activity during daily tasks, the relationship between NIRS activity and modifications to the BS is not currently understood.
As a consequence of a complex and not yet understood interplay between chromatin condensation state, transcriptional activity, and modifications of chromatin-organizing proteins, chromatin subsets are termed euchromatin and heterochromatin (4, 5).
As shown in Fig. 6C, exposure of Granta cells to 30 µM parthenolide for 3 hours resulted in a decrease in phospho-IκB-α, which is highly consistent with the observed effects of parthenolide on p65 DNA binding activity and modification of p65 (Fig. 6A, and 6B, respectively).
Fecal markers are commonly accepted and adjunctive tools in overall evaluation of patients with inflammatory disease, as pouchitis, to monitor disease activity and modification of the treatment.
In the future, such tools will allow study of the effect of SET7/9-dependent methylation on ARTD1 activity and modification sites in much more detail.
Multiple imaging studies demonstrated the reorganisation of the sensory-motor cortex, causing the posterior shift of the maximum activity and modification of the level of cortical activity during imagined or attempted movements (Green et al., 1999, Tran et al., 2004, Kokotilo et al., 2009, Jurkiewicz et al., 2010, Vuckovic et al., 2014).
Thus, both DNA methylation and histone modifications are generated by targeted recruitment of enzymatic activities, and these modifications serve a reinforcing, but not instructive, role in maintaining epigenetic states.
