Sentence examples for binding proteins are often from inspiring English sources

GTP binding proteins are often described as molecular switch proteins because of their particular mode of action.

Third, in eukaryotic cells RNA-binding proteins are often targeted to the locations of their RNA targets, such as the cytoplasm, mitochondria and the nucleoli, which are separated from potential ssDNA targets in the nucleus1.

In the challenging field of membrane proteins, retinal-binding proteins are often employed as model systems and prototypes to develop biophysical techniques for the study of structural and functional mechanistic aspects.

3. Non-canonical sites for DNA-binding proteins are often real, and studying them is not a wasteful scientific pursuit.

Methyl CpG-binding proteins are often part of large repressor complexes as NuRD, NoRC, mSin3A and SWI-SNF.

These RNA-binding proteins are often found in both the cytoplasm and nucleus of cells, and their involvement in splicing may be linked to other processes in the cell such as mRNA localization and translation.

These NTP-binding proteins are often linked to various protein-binding modules such as WD40, Ankyrin or TPR at the C-terminus and a highly divergent nucleoside phosphorylase (Pfs) domain at their N-terminus (Fig. 3).

The binding and active sites of proteins are often associated with structural pockets and cavities.

Multiple motif-containing proteins are often competing for a finite pool of a given motif-binding pocket-containing protein.

Large proteins are often strong antigens.

TFs can be divided into a few major categories, including sigma factors (SFs), one-component systems (OCSs) and response regulators (RRs), and the DNA-binding activity of these proteins is often regulated.