The phrase "array of substrates" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in fields like biology, chemistry, or materials science, to refer to a variety of different substrates being considered or analyzed.
Example: "The experiment involved testing an array of substrates to determine their effectiveness in promoting cell growth."
Alternatives: "variety of substrates" or "collection of substrates".
The ability to adapt iCVD to an increasingly wider array of substrates and polymer chemistries was aided by understanding iCVD reaction kinetics through mechanistic modeling.
Once activated, signaling through Akt can be propagated to a diverse array of substrates, including mTOR, a key regulator of protein translation.
The structures observed for bacterial, fungal, and mammalian nucleic acid deaminases represent an example of the parallel evolution of two unique protein folds to carry out the same reaction on a diverse array of substrates.
Tropical forest canopies are rich in species because they offer a three-dimensional array of substrates, physical and chemical, wet and dry, exposed or not, that directly receive the sun's energy.
In these events, structures that have impressive outward similarity appear to be assembled from an array of substrates with very different embryological and structural histories.
Previous authors have hypothesized that the very high number of F-box proteins in A. thaliana suggests that plants can assemble numerous CRLs, which could control a wide array of substrates [27].
Through various chemical fabrication methods and coupling chemistries, a wide array of substrate surface structures has become available for use in CTC research.
The presence of many GH1 genes in rice suggests they may hydrolyze an array of possible substrates, depending on their substrate specificity and localization with respect to the substrates.
It begins by highlighting new screening methodologies for drug discovery that involve appropriate tagging of either the substrate or an array of potential substrates (i.e. in proteomics screens) with 19F-markers that then report back on turnover and function, respectively, via the NMR screen.
In this work, a solvent-free template synthesis technique was utilized to fabricate uniform arrays of substrate-bound poly(ɛ-caprolactone) (PCL) nanowires.
There is a diverse array of proposed substrates of CDK5, although most have not been validated as true physiological substrates in vivo or even in intact cells.
