The phrase "accommodating the binding of" is correct and usable in written English.
It can be used in contexts related to chemistry, biology, or any field discussing interactions between molecules or compounds.
Example: "The new drug formulation is designed for accommodating the binding of the target protein, enhancing its efficacy."
Alternatives: "facilitating the binding of" or "supporting the binding of".
This would allow sufficient space to accommodate the binding of a large enzyme molecule.
The X-ray structure of subunit H was fit in the remaining density based on recent biochemical findings in Neurospora crassa indicating that the amino-terminus of subunit H accommodates the binding of one of the three peripheral stalks [27].
While some conformational differences in the MHC peptide-binding cleft must occur in order to accommodate the binding of different peptides, this limited experimental evidence suggests that these differences are relatively small.
As organisms evolve, the more complex interactome regulating DNA replication, repair, and cell cycle control may require a higher tolerance by PCNA to accommodate the binding of a larger variety of PCNA ligands, presenting more diverse PIP sequences.
Since conformational flexibility was also observed in the RNA-binding ring of the bacterial PNPase [25], [29], we propose that the conformational dynamics may be harnessed by the archaeal exosome, and perhaps by all exosome family members, to accommodate the binding of various RNA substrates and to disrupt their structures.
Although Nutlin-3 mimics key residues involved in the binding to MDM2 (Phe19, Trp23 and Leu26 of p53), a recent study showed that Tyr100 in MDM2 accommodates the binding of Nutlin-3, whereas Tyr99 in MDMX causes a steric clash with Nutlin-3 [26].
Notably, the open shape of the active site can readily accommodate the binding of longer xylodextrin substrates.
In this example, the structured protein side of the complex also uses flexibility to accommodate the binding of the many disordered segments to a common binding site.
Instead, apo-NEMO forms a highly elongated coiled-coil that is poised to accommodate the binding of different proteins, apparently without major structural rearrangements.
These data further support the view that H1 binding is incompatible with gene expression, and that a critical early step in transcriptional activation is linker histone removal, followed by localized chromatin decompaction to accommodate the binding of the transcription machinery.
