Sentence examples for most phenotypic differences from inspiring English sources

Evolutionary changes in gene expression account for most phenotypic differences between different species.

It is not clear why most phenotypic differences between WT and KO offspring do not appear until puberty.

Given that most phenotypic differences are hypothesized to largely result from regulatory differences between mammals, it is of profound importance to understand the mechanisms driving enhancer evolution (Villar et al., 2014; Wray, 2007).

So long as the world in this case the family and its structure is not too aberrant, most predictable phenotypic differences will be the result of genetic differences, sometimes quite small ones, not environmental differences.

Many, perhaps most, overt phenotypic differences among populations are likely adaptive.

We have systematically compared leaves of Arabidopsis thaliana plants grown in the field and under controlled low, normal and high light conditions in the laboratory to determine their most prominent phenotypic differences.

The most notable phenotypic difference between 630 and 630Δ erm, erythromycin resistance, was found to be the result of a 2.4 kb deletion in the mobile genetic element Tn 5398 that eliminates an ermB gene [ 18].

The most well-known example is maize, where only five genomic regions control most of the phenotypic differences between domesticated maize and its wild progenitor teosinte [ 52, 53].

Humans and chimpanzees are almost identical at the protein sequence level; hence, it has been hypothesized that most of the phenotypic differences are caused by the regulation of gene expression [4].

Interestingly, most of the phenotypic differences were found between those rare haplotype classes.

This allowed us to assume that most of the phenotypic differences observed between isolates were due to genetic differences.