The phrase "act as recognition" is correct and usable in written English.
It can be used when describing a role or function that something serves in acknowledging or validating something else.
Example: "The award will act as recognition of her outstanding contributions to the community."
Alternatives: "serve as acknowledgment" or "function as validation".
These local conformational changes may act as recognition site for alkylating enzymes that further causes alkylation of DNA.
We inferred that the concrete runway and taxiway might act as recognition noise because they were the backgrounds in the images.
Mature microRNAs (miRNAs), which act as recognition sequences for their target messenger RNAs, are produced from a molecular pathway which is different for plants and animals [1].
These sites act as recognition points from which further small RNAs are formed [ 7].
DRs usually arise by the site-specific integration of the GEIs into the target site and can act as recognition sequences for their enzymatic excision (Schmidt & Hensel, 2004).
For example, the RBDs of TIAM1/2 act as recognition sequences for activated Ras and such interactions have important consequences for tumorigenesis.
Few acoustic parameters did not change with hunger level and have the potential to act as static recognition cues.
Spanning new and traditional elements of Tory support, the 48-page document included a pledge to support a review of the Gender Recognition Act as well as to stand up against land reform measures "that undermine individual property rights".
Acting as recognition receptors, lectins promote opsonization, phagocytosis and the activation of the complement system [ 25].
For example, C-type lectins, calcium-dependent proteins with one or more conserved carbohydrate recognition domains (CRDs), are known to act as pattern recognition receptors by binding to pathogen-associated molecular patterns and activating the innate host defense (Fujita et al. 2004).
The region has been shown to act as a recognition site for γ-secretase with the major substrate recognition site consisting of Glu333 and its nearby residues.
