The phrase "ability of the substrates" is correct and usable in written English.
It can be used in scientific or technical contexts when discussing the characteristics or capabilities of substrates in a particular process or reaction.
Example: "The ability of the substrates to bind with the enzyme is crucial for the reaction to occur efficiently."
Alternatives: "capability of the substrates" or "potential of the substrates".
Moreover, the proposed SERS sensor can be fully regenerated when exposed to UV light as a result of the self-cleaning ability of the substrates.
The significance of the conclusion relies on the sufficiency of details of the persistent unique and persistent repeatable features of the sole and the ability of the substrates to capture sufficient details of the sole.
The ability of the substrates to exist in liquid or dissolved form at room temperature has allowed rapid quantification of the release of hydrolysis product or disappearance of substrate during assays ( Hasan et al. 2009 ).
We hypothesized that the ability of the substrates to produce signal without inhibiting the target protease, coupled with an improved aqueous solubility, would create substrate analogues that activate faster and produce brighter signal in vivo compared to the original covalent probes.
To understand the mechanism of cell death, a direct relationship was established between the killing efficiency and the ability of the substrate to release Cu ions.
As discussed earlier, the second criterion is equivalent to the ability of the substrate to induce a rotation of the PC1 subdomain, thus triggering protonation in the TM domain.
Certain details of our model may require modifications or extensions, for example, the ability of the substrate protein to bind to ubiquitin ligase and thus undergo proteasome-dependent degradation could increase gradually instead of in a step-wise fashion.
As opposed to chemotaxis, where cell migration is stimulated by a growth factor gradient, haptokinetic migration reflects the natural ability of the substrate to promote cell movement.
The latency of CCO measures the ability of the substrate, reduced cytochrome c, to reach the active site of the enzyme on the outer surface of the inner membrane.
However, a significant dissimilarity can be outlined: kinetic proofreading exploits multiple non-equilibrium steps to enhance a pre-existing difference in binding affinity among various substrates, whereas ultra-affinity is achieved due to the specific ability of the substrate to induce upon binding a non-equilibrium transition in the receptor (i.e., the chaperone).
Measurements of linear growth rates were performed to test the ability of these substrates to support growth of the mushroom strains under study.
