One central result of this study is that a large portion of the overall cell-to-cell variability in the flux patterns can be achieved by sampling a small number of enzymes most likely to constrain cell growth [ 22].
Together these findings suggest that visual stimulation of tectal neurons increased their propensity to spike and lowered overall cell-to-cell variability and within-group heterogeneity, making cells more alike.
This growth-flexibility trade-off gives a straightforward interpretation to recent work showing that most overall cell-to-cell flux variability in a population of E. coli can be attained sampling a small number of enzymes most likely to constrain cell growth.
Our findings give a general interpretation to recent work showing that a large portion of the overall cell-to-cell variability in the flux patterns of E. coli may be explained by a small number of enzymes most likely to constrain cell growth [ 22].
The structural support is supplied by actin filaments, microtubules, and intermediate filaments, which contribute to overall cell elasticity to varying degrees.
To evaluate the overall cell responses to β2-agonists, we performed an initial data analysis in all 24 subjects from the three subject groups.
In [15] it is shown that the optimization of the subframe duration (RS transmits to MS/RS receives from BS) together with subcarrier allocation improves the overall cell throughput compared to subcarrier allocation only as proposed in [16].
The balance of pro- and anti-apoptotic proteins therefore determines overall cell susceptibility to normal apoptotic signaling.
Since altering MUFA ratios could affect the level of ROS-mediated cell damage, the overall cell response to stress elicitors could be affected as well.
This gives an overall view of the state of the cell population at the specific time point, and thus allows the change in overall cell population to be assessed over the time-course of infection.
This pro-collagen type III based method was chosen because all tendon cells examined constitutively demonstrated robust labeling (of varying intensity, as described above) throughout their cytoplasm, allowing the overall cell morphology to be clearly assessed.
