The phrase "affect the affinity of" is correct and usable in written English.
It can be used in contexts discussing how one factor influences the attraction or relationship between two entities, often in scientific or technical discussions.
Example: "The temperature can significantly affect the affinity of the enzyme for its substrate."
Alternatives: "influence the affinity of" or "impact the affinity of".
In our kinetic experiments, this deletion did not affect the affinity of protoporphyrinogen IX nor the FAD content, but decreased the catalytic efficiency of the enzyme.
A single point mutation at position 131 replace an arginine (R) with a histidine (H) that can affect the affinity of the receptor for human IgG subclasses.
Since the thiol group is situated in the concave side of the protein, this modification is unlikely to affect the convex side of the protein which contains the PS-binding surface, and therefore, unlikely to affect the affinity of the protein for apoptotic cells.
Table 2 shows that cytokine treatment did not significantly change the amount of TSPO (Bmax), nor did it affect the affinity of PK 11195 at TSPO (Ki).
In summary, kinetic and thermodynamic calculations indicate that deglycosylation does not affect the affinity of binding, but a heterologous associated C region will, as shown above.
A second possibility is that differences in the post-translational modifications of tubulin in the intra-conoid MTs and the cortical MTs may affect the affinity of TgICMAP1 binding.
The presence of these gp120 dimers, generated in a widely used gp120 expression system, affects the affinity of gp120 for CD4-induced ligands, as evaluated by surface plasmon resonance.
Based on structure comparisons, we designed a set of talin F3 mutations that selectively affected the affinity of talin for its targets, as determined by stopped-flow fluorescence measurements.
Furthermore, as reported above for IAA, the deprotonation of the carboxylic acid on 2-NAA and 2,4-D significantly affects the affinity of these molecules toward CB[7].
Thus, we can assume the morphology of the ZnO nanocrystals must be an important fact that affects the affinity of phenol compounds to HRP.
