Sentence examples for mutations that produced from inspiring English sources

So far, they have sequenced the DNA of 40 breeds, seeking to pinpoint the mutations that produced their different forms.

A University of Oregon research team has tried, in essence, to return a protein — called a glucocorticoid receptor — to one of its ancestral states by reversing the mutations that produced the modern version of the receptor.

The single mutations that produced the highest glucose specificity were combined, leading to the creation of the S326Q/S365Y double mutant, which was virtually nonreactive to maltose while retaining high glucose dehydrogenase activity.

When S was larger, the selection gradient became steeper and small changes in phenotypic values were subjected to stronger selective pressure, i.e., the mutations that produced phenotypic variations were supposed to be purged more quickly from the population.

Our main criteria was to combine mutations that produced interesting results during the first round of characterization and to generate mutants within the Jα helix that disfavor an α-helical conformation.

In fact, our mutational analysis demonstrated that loss of PTEN expression was not associated with PTEN mutational status, but rather with the presence of frameshift or non-sense mutations that produce truncated PTEN proteins (Table 6).

Less obvious are mutations that produce hot pink spiders and quartz-dwelling bacteria.

They are particularly interested in the mutations that produce radically new kinds of anatomy.

This is not surprising: the bigger the effect a mutation has, the bigger the chance that it will be something disruptive, so mutations that have dramatic effects are likelier to be harmful than mutations that produce modest changes.

Past research has shown that people with addiction issues tend to have genetic mutations that produce extra "glue" in the brain's addiction-associated reward circuitry.

Mutations leading to the loss of function of a gene are much more common than mutations that produce a new, fully functional gene.