Sentence examples for mutant because the from inspiring English sources

We chose this mutant because the failure of glp-4 nematodes to produce a germline at the restrictive temperature provides a rapid and simple phenotype to assay.

We expected that mixed infection with the ΔB mutant in Fg-deficient mice would result in similar growth for wild type bacteria and mutant, because the wild type no longer would be able to recruit Fg.

These observations may have been due to the high cAMP level in the ΔpdeH ΔmagB double mutant, because the cAMP level was still much higher in ΔpdeH ΔmagB than in the wild-type (Figure 5).

As expected, pacC transcripts were not detected in the deletion mutant because the entire coding sequence was deleted (Additional file 3).

It is possible that the heterochromatic localization of LHR-YFP is lost in the HP1 mutant because the protein is unstable.

This function is not observed in the cca1-11 lhy-21 double mutant because the component is still being repressed by ELF3.

We did not evidence a methionine auxotrophy in the is-zwf1 mutant, because in the corresponding model, the decrease in PoP of NADPH is not important enough (PoP of NADPH cytoplasm: WT = 24.3+/-0.3%, is-zwf1 = 17.7+/-0.3%).

PSII destruction is higher in the mutant because of the excessive photo-oxidation, and we have provided evidence that genes encoding several PSII core complex subunits (and to a lesser extent those in the PSI core complex) are induced in the mutant and repressed in wild-type plants (Table 5).

We describe the KN99α rom2 phenotype as hyperelongated rather than the elongated term used to describe the S. cerevisiae rom2 mutant because of the cell elongation coupled with the lack of cell separation in this sub-population of cells.

It is worth noting that H4-R36A appears to be generally a "weaker" mutant than the H3-L61W mutant because although the two mutants share similar phenotypes, those displayed by H4-R36A cells are generally milder and are more easily suppressed by the Spt16 mutants.

The very low expression of these mutant PIN2 proteins in the cell could be due to either translational failure or degradation of the mutant proteins because the mutant transgenes seemed to be normally transcribed, as shown in the RT-PCR analysis (Additional file 1: Figure S6B).