Sentence examples for changes to a protein from inspiring English sources

Changes to a protein found throughout the brain trigger a disastrous immune response.

Denaturation can also result from other changes to a protein, such as altered oxidation state or the removal of cofactors and prosthetic groups.

As already discussed, it can be expected that substantial sequence changes to a protein through processes such as alternative splicing, are more likely to cause disruptions of structure and function.

Even if we suppose that all changes to a protein's ER are caused by changes to its sequence, it is not clear how strong a correlation we should expect between measures of rate and measures of rate variability.

Artificial acetyl group transfers can be introduced in vitro by nonenzymatic reactions (Dormeyer et al., 2005) or by changes to a protein's C terminus (Pasheva et al., 2004).

> -wrap-foot> > -wrap-foot> If changes to a protein's ER are caused by changes to the protein's sequence, there should be a relationship between the rate at which a protein evolves and the degree to which its ER varies.

Consider, then, the fitness effect of a change to a protein sequence that alters its functionality by a small amount.

A change to a protein's sequence that decreases its functionality by a small fraction will, by assumption, have the same effect on fitness as the loss of the same fraction of the protein.

Therefore, to capture impact sentences effectively, we extract all the sentences containing impact word expressions, and further filter them if no mutations or special vocabularies describing a change to a protein exist in the sentence.

Nucleation follows a sigmoidal growth profile, with an initial lag phase where the protein changes to a partially folded intermediate to form nuclei with oligomers.

It is extremely rare that a few amino acid changes can impart to a protein a meaningful new functionality; most typically, such changes result in loss of function (Bloom & Arnold, 2009).