Sentence examples for surface for interaction from inspiring English sources
Histone modifications can directly affect chromatin structure and present a special surface for interaction with other proteins, resulting in either activation or repression of gene transcription [43].
It demonstrates that the lipid membrane environment offers a more extensive hydrophobic surface for interaction with the transmembrane protein (cartoon iii in figure 5A).
The structure of the tail-domain of CifPl and CifBp presents an extensive surface area adjacent to the active site suggestive of a binding surface for interaction with a specific substrate (see Fig. 2(b), 3 and 4).
Interestingly, this latter region may provide a surface for interaction with accessory redox proteins such as cellobiose dehydrogenase (AA3 enzymes).
Binding was completely absent after heat treatment of PMap (56 °C for 30 min, data not shown), indicating the necessity for active adhesion molecules on the PMap surface for interaction with monocytic cells.
These results confirm that surface residues E16, F17, and E20 in N-terminal helices αB and αC of SwH-NOX each contribute to SwHaCE binding and likely are part of a binding surface for interaction with SwHaCE.
In general, the heat of immersion in water is determined by the total value of wetted composite surface, the structure of adsorbed PDMS surface layer and accessibility of oxide surface for interactions with the wetting liquid.
Results also seem to show, at least for protein protein interactions, that the very diverse superfamilies are very versatile in adapting different parts of their surface for interactions.
It is known that electro-competent cells have a weakened cell wall with pores in the structure [ 36, 37] and a much more homogeneous distribution of positively and negatively charged ions on the peptidoglycan matrix, providing an enlarged surface for interactions between charged iron particles and the cell wall.
Interestingly, genes encoding longer proteins showed more co-expressed genes, presumably because they provide increased surfaces for interaction.
They provide distinct surface features, including the top, the bottom, and the side surfaces, for interaction with diverse ligands involving proteins, peptides, and nucleic acids.
