Sentence examples for modified proteins have from inspiring English sources
Biochemically modified proteins have attracted significant attention due to their widespread applications as biomaterials.
Increased levels of dityrosine modified proteins have been found in lesions such as atheromatous plates [18] and cataracts [16]; in pathological processes such as acute inflammation and systemic bacterial infection [19].
Oxidatively modified proteins have been suggested to be a sign of tissue damage caused by oxidative stress, carbohydrate overload, or both as cited elsewhere [ 38, 40].
As a consequence, these modified proteins have been exhaustively characterized by various biophysical methods.
In all metazoa, O-GlcNAc modified proteins have been found in all functional classes [15,16,5].
This finding implies either that cGMP-dependent Met modifications are reversible and/or that some of the modified proteins have undergone proteolysis.
Based on allergenicity prediction programs, WT and all the modified proteins had no allergenic potential.
Sequence analysis of O-GlcNAc modified proteins having known O-GlcNAc modification site(s) or known tyrosine phosphorylation site(s) revealed a strong potential association between these two posttranslational modifications in various proteins.
Motivation: Identification of post-translationally modified proteins has become one of the central issues of current proteomics.
The reduction of proteotoxic stress emanating from oxidatively modified proteins has been attributed to the chaperone function of HSPs, which tend to prevent protein denaturation and aggregation, assist in the correct refolding of affected proteins, promote GSH reduction, and maintain proteasome function (reviewed in [ 428, 429, 434]).
Only forms of the modified protein having an intact N-terminal CVNVGC motif and being able to propagate NADPH oxidase activity could induce cell death.
