Sentence examples for beyond the thermal range from inspiring English sources

Figure 1 source data 1 lists all the quantified features and their thermal response within and beyond the thermal range.

List of features that were quantified and their thermal responses within and beyond the thermal range for C. elegans (N2).

Beyond the thermal range (TR), we assessed if there was a significant change in the thermal response of the features by F-test (nested-model analysis).

The following features were also quantified but displayed no consistent thermal response both within and beyond the thermal range and hence were not included in the table: anterior-most position at the end of C/R, number of anterior and posterior oscillations, spindle position at the onset of oscillations.

Thus, the duration of mitosis, which decreased monotonically with increasing temperatures within the thermal range, plateaued beyond both lower and upper thermal limits in C. elegans.

We reasoned that if aerobic capacity is utilized to a lesser extent for energy production beyond both thermal limits than within the thermal range, then compromising mitochondrial activity should also have less of an impact at the thermal limits than within the thermal range.

In (D ), we show an overlay of the embryos in (A – C ). DOI: http://dx.doi.org/10.7554/eLife.04810.007 We then were in a position to identify cellular features that might operate differently beyond the thermal limits compared to within the thermal range.

These findings indicate that aerobic capacity is indeed reduced beyond both thermal limits as compared to within the thermal range.

Note that the variance of cellular features does not increase beyond the thermal limits as compared to within the thermal range.

We did not discuss this in our manuscript, because we had verified as prior to submission that the variance of cellular features did not increase beyond the thermal limits as compared to within the thermal range.

Although we do not know whether the observed relative reduction in aerobic capacity beyond both thermal limits as compared to within the thermal range contributes to increased lethality at those limits, our results show a clear correlation between these features.