Key The answers And Enquiries To Adenylyl cyclase

-% soil moisture (H_10%) for 7 days and final height was observed at the end of Adenylyl cyclase the experiment (H_end). Relative height increment was calculated by dividing height increment (H_10% - H_d0) by initial height (H_d0). As the period until the 10 vol.-% soil moisture level was reached differed for the tested lines, the height increment was divided by the number of cultured (�� days when plants were irrigated) days, i.e., for the lines 27-01, 27-09. 27-10, 27-11, and 27-12 as follows: 13, 54, 18, 22, 15. Relative stem increment was calculated for control and treatment plants as follows: First, a model between final stem dry mass (DW_end) and final height (H_end) was calculated using a logarithmic function. Then, the model was applied to initial height (H_d0) estimating initial stem biomass (DW_d0). Finally, the stem increment was calculated (DW_end��DW_d0), divided by the initial stem biomass (DW_d0) and then normalized to the number of days when plants were irrigated. Statistical analysis All data were analyzed using the statistical GS-7340 concentration software R (R Core Team, 2013). The parameters height, stem biomass, total leaf area, leaf mass per area, stomatal length and density, the stomatal area index and the vpd during the 10 vol.-% soil moisture periods were analyzed by an One-Way analysis of variance (ANOVA, Supplementary Table 1). The hypothesis H0 describing that no differences between the genotypes exist was rejected if p find more significant differences between the genotypes (Supplementary Table 2). Two-Way ANOVA with independent factors genotype and treatment was conducted to test genotype, treatment and interaction effects on carbohydrate concentration, relative height increment and relative stem increment (Supplementary Table 1). For stomatal conductance the factor light was tested in addition (Supplementary Table 1). Using a post-hoc test (TukeyHSD) the dataset of control and treatment were analyzed together for determining significant differences for the parameters carbohydrate concentration, relative height and stem increment (Supplementary Table 2). For stomatal conductance the control and treatment were analyzed separately (Supplementary Table 2). Leaf wilting and desiccation was analyzed using a Wilcoxon signed-rank test. Here, a pairwise comparison was conducted for the genotypes (Supplementary Table 3). Differences between the lines were considered to be significant when p