Sentence examples for mutant can explain from inspiring English sources

Hence, this experiment confirms that the reduced level of Rot in the clpX mutant can explain the severely reduced spa transcription in this strain [20].

The figure shows that hexR, pykA and the ED operon have predicted Crp binding sites in their promoters listed in TractorDB, therefore, the absence of Crp in the mutant can explain the observed changes in the expression of genes and IGs in the genomic locus.

However, the upregulation of both positive and negative signals in cno2 mutant embryos can explain the net effect on Eve expression found in the different genetic combinations.

Continuous production of mutant TTR can explain the difficulty in reducing IOP.

These data can explain why the mutant G121C/Basal mutant contains a faster rate of Meta II decay and why it is different from UV-vis spectrum.

The determined fitness values match the HIV mutant frequencies observed within patients and can explain the observed mutation pathway.

In the following, we show how the models can explain the mutant phenotypes discussed in the main text (see Figures 1B and 4 and Figure 4 figure supplement 1).

While the ensuing reduction in cell numbers undoubtedly contributes to the abnormal hindbrain development in kto/med12 mutants it appears unlikely that it can explain the specific loss of rhombomere boundaries, which are more likely due to impaired segmental identity in the mutant hindbrain.

This native like stability of the F4W mutant can be explained because of the aromatic nature of the Trp residue.

Because the charge interaction between the two proteins is restored in the double mutant, the telomerase proficiency of the double mutant can be explained by restoration of a physical interaction between Cdc13p and Est1p.

This phenotype in the apoc2 mutant can be explained, in part, by the disruption of the Lpl function, resulting in a defect in TG hydrolysis and the supply of free fatty acids (FFAs) to non-hepatic tissues, which, in turn, might cause nutrient deprivation and delayed growth.