Sentence examples for types buffering from inspiring English sources

Depending on whether expression levels are increased relative to WT (P ≤0.01, FC >0), unchanged (P >0.01) or decreased (P ≤0.01, FC <0) in either single and/or in the double mutant, 20 common expression patterns were observed and divided into the six different types: buffering; suppression; quantitative buffering; quantitative suppression; masking; and inversion.

For wing shape, there is a high correlation between the amounts of variation among individuals and fluctuating asymmetry, which indicates a correspondence between the two types of buffering.

For example, possible effects related to the different types of buffering agents used were noted.

In addition to the buffer strength, the type of buffering agent, in particular its p Ka, and the desired solution pH are often varied in practice and may also play roles in modulating the acidification kinetics.

In particular if the robustness of some trait is polymorphic within a species, and if genomic regions that contribute to polymorphic GR or ER could be genetically mapped to quantitative trait loci (QTL), then a comparison of the regions contributing to each type of buffering would indicate whether the same factors (or at least the same regions of the genome) contribute to each type of buffering.

MicroRNAs' effects on target gene expression can be roughly classified into two types: "tuning" and "buffering".

Theoretical studies typically favor the latter point of view because both types of buffering emerge as results of developmental models [2], [11], and some authors treat the two concepts as synonymous [12].

With this data set it is also possible to separately map QTL buffering different types of environmental variation.

In the discussion we state that it is unlikely a great fitness difference exists between polymorphisms buffering one type of variation (genetic or environmental) vs. both types.

Although co-localization of QTL does not prove a single factor is responsible for both, the overlap is nevertheless striking, and is consistent with the hypothesis that the same polymorphism(s) are buffering very different types of environmental variation.

If these dual buffering alleles are in fact exceedingly rare, as suggested by this analysis, then they would have to confer a vastly superior fitness advantage to be driven to fixation (100% frequency within a species) at higher rates than the far more common alleles buffering just one type of variation.