The survivorship results for E. californica were similar to D. fasciculata: across all censuses, a greater reduction in island root-damaged plant survivorship (relative to controls) than in mainland populations, where there were no significant differences between control and root-damaged plants (parametric survival fit: X2 = 6.1, P = 0.013; see Table S3).
Across all censuses, there was a greater reduction in island root-damaged plant survivorship (relative to controls) than in mainland populations, where there were no significant differences between control and root-damaged plant survivorship (parametric survival fit: X2 = 9.1, P = 0.003; see Table S3 for survivorship data).
In Figure 1 and Table 1 the log ratio (rat) refers to the differential expression level between control roots and roots treated with ACC, based on a paired t-test.
In addition, there was no significant difference between control and HgCl2-treated roots in the amount of K+ recovered in the xylem exudates delivered through whole-root systems demonstrating that the Hg2+ concentration and exposure durations used here did not poison root cells in a way that might cause them to become leaky to ions (Maggio and Joly [1995]).
2-DE was performed to compare the protein profiles between control and Mg-deficient roots and leaves.
The mRNA level of a senescence-associated member of the TETRASPANIN family was differential between control and ACC-treated roots.
There was no difference in cumulative root production between control and rhizome severing plots in 2004 and 2005, and the cumulative root production decreased with increasing soil layers in both control and rhizome severing plots (Fig. 5).
Overall, there was no consistent decrease in deletions amongst all three motor roots between control and RL−/RTN− mice.
We will reveal differential gene expression levels between control and 3h ACC-treated Arabidopsis roots using CATMA microarray analysis, validate these by quantitative PCR analysis of some of the most altered genes and discuss the ethylene-mediated control of cell expansion.
Similarly, after 24 h of water deficit treatment no differences of root growth between control and mildly stressed seedlings were observed (2.5 cm).
In this study, 876 and 269 genes were differentially expressed between control and drought-stressed plants in their leaves and roots, respectively.
