Phage populations have been estimated to be highly dynamic, for example, it has been estimated that approx. 10 phage infections per second occur globally in marine environments [ 9].
Moreover, it is often observed at transcriptional level that immediately after a treatment, such as activation of T cells by engagement of T cell receptor and CD28, genes are highly dynamic for some time but activity of gene expression decreases at later time points [ 15, 16].
As the metabolic profile for individual patients is highly dynamic compared with, for example, genes and protein levels, it would be worth studying how these metabolites correlate with disease activity.
As the metabolic profile for individual patients is highly dynamic compared with, for example, genes and protein levels, it is relevant to study how these metabolites correlate with disease activity.
Since the metabolic profile for individual patients is highly dynamic compared with, for example, genes and protein levels, it would be worth studying how these metabolites correlate with disease activity.
The AD hybrid genome is highly dynamic, providing an efficient way for the AD hybrid to generate population dynamics and hybrid vigor.
Altogether, these results demonstrate that the interaction of Sdo1p with the 60S subunit is highly dynamic, which might be essential for its function in probing the conformational status of the ribosomal P-site during the late stage of cytoplasmic maturation of the 60S subunit.
This regulation is highly dynamic, with the maximum regulation for most up- and downregulated transcripts occurring after 30 minutes of TNFα treatment, with a return to basal state at 120 minutes.
For example, the bone microenvironment is highly dynamic, and this in turn is responsible for initiation and support of tumor growth.
