Sentence examples for modifying proteins for from inspiring English sources

Research areas that use these methods include the investigation of various protein modifications in cellular processes, modifying proteins for efficient recombinant expression, and the stabilization of mRNAs to allow for increased protein expression.

Also genes involved in glycosylation and phosphorylation are modifying proteins for localization and activity and show the early up- and late down-regulation pattern (Table  2).

Prenyl proteases play critical roles in modifying proteins for membrane anchorage.

The results have important consequences for the labelling of proteins, specific immobilisation, and production of novel modified proteins for pathophysiology in diseases involving oxidative dysfunction [2].

Limited or controlled proteolysis through cleavage of the protein at unique amino acid sequences is a mechanism to modify proteins for different functions.

As a central organelle of the secretory pathway, one of the major functions of the Golgi complex is in sorting and modifying proteins destined for the plasma membrane, endosomal compartments or specialized secretory granules.

For example certain G protein-coupled receptors associate with receptor activity modifying proteins (RAMPs) which are required for receptor trafficking, ligand binding and receptor specificity [48].

This qQq-FTICR mass spectrometer was designed for the study of post-translationally modified proteins and for top-down analysis of biologically relevant protein samples.

Pmt's primarily modify proteins targeted for secretion, and this process is essential in most fungi [3], [28], [36].

Moreover, CML-modified proteins in glyoxal-treated cells were shown to be substrates for ubiquitin conjugation, suggesting a potential mechanism by which these modified proteins may be marked for degradation [48].

By comparison of binding of vaccinia-immune sera to the reticulocyte lysate-produced proteins and to secreted post-translationally modified proteins, we demonstrate that for several proteins including the EEV proteins B5 and A33, proper recognition is dependent upon appropriate folding, with little dependence upon glycosylation per se.