Sentence examples for gene expression configurations from inspiring English sources

However, these 152 experiments are absolutely relevant because they represent the observable and biologically attainable gene expression configurations of the organism.

How are the steady-state gene expression configurations that characterize each cell-type attained?

This approach enabled us to compare simulated gene expression configurations when using GRNs that differed from those reported before.

Indeed, soon after cells depart from the QC, they attain distinct gene expression configurations, each characterizing a set of SC or initial cell types that eventually give rise to the distinct cell lineages conforming the mature root.

This result suggests that some key components have been uncovered and that these components, given some additional newly predicted interactions, are sufficient to recover gene expression configurations that resemble those known for the main cell types within the root SCN.

Our simulations showed that by assuming a down-regulation of WOX5 in the CEI and of MGP in the QC, the modeled GRN models were sufficient to recover the observed gene expression configurations.

Fortunately, the lipoplexes exhibited mannose-dependent gene expression, suggesting that the configurations between mannoses and their density on the lipoplexes are sufficient for recognition by lectins.

It has been speculated that generation of ROS can directly affect gene expression by altering chromatin configuration [ 28].

We thus controlled the expression of the rcTA using CymR and generated cell lines with optimal regulation of gene expression in the reverse configuration and were thus able to obtain tight control of gene expression which is relatively cell-type independent and can be turned ON with the addition of the inducer molecule, cumate.

To identify the attractors of each model, we used the program Atalia [[ 56]; freely available] by following the dynamics of all possible initial configurations of gene expression.

Furthermore, we show that haplotype variants and allelic interactions have differential effects on chromosome configuration, influencing gene expression, and may provide mechanistic insights into functions associated with disease susceptibility.