The phrase "assemblies of enzymes" is correct and usable in written English.
It can be used in scientific or biological contexts to refer to groups or complexes of enzymes that work together to perform a specific function.
Example: "The assemblies of enzymes in the metabolic pathway are crucial for energy production in the cell."
Alternatives: "enzyme complexes" or "enzyme assemblies".
The extent to which the assembly of enzymes into metabolons confers greater efficiency in a modified version of glycolysis and the PTS (see Figure 1 for the enzymes simulated) was the first question we addressed after testing HSIM (see Methods).
DKPs belong to the nonribosomal peptides that are synthesized in microorganisms by a multifunctional assembly of enzymes known as nonribosomal peptide synthases [ 10] and by CDP synthases, another kind of enzymes that utilizes aminoacylated transfer RNAs as substrates instead of free amino acids [ 11].
Decline in CAT activity was supposed that it was due to inhibition of enzyme synthesis or a change in assembly of enzyme submits.
It has been suggested that the reduction in CAT activity is due to the inhibition of enzyme synthesis or alterations in the assembly of enzyme subunits under stress conditions [ 44].
Other examples include Phactr, a PP1 regulatory subunit whose cytoplasmic localisation depends upon G-actin binding (Wiezlak et al., 2012) and RNA polymerases II and III for whom actin forms a scaffold for the assembly of enzyme complexes (Hu et al., 2004; Kukalev et al., 2005).
The objective was to best represent the physiological assemblies of metabolic enzyme complexes, that is, the best structural representation of the active form of enzyme complexes in vivo.
The cellulosome architecture (Fig. 4) is dictated by a primary scaffoldin subunit, consisting of repeating units of cohesin (type I) modules that engage in high specificity and or affinity protein protein interaction (K D < 10−9 M) with type I dockerin-containing enzyme, allowing the assembly of multiple enzymes in a spatially defined manner (Park et al. 2014; Stern et al. 2015).
These conditions, though valuable for understanding mechanistic aspects of HIV-1 integration, fell short of critical pharmacological designs as most early inhibitors were found to block assembly instead of enzyme function.
The assembly of flavonoid enzymes into a membrane-bound macromolecular complex may provide yet another important mechanism for controlling pathway flux and determining the relative levels of specific endproducts.
Anoxygenic photosynthetic bacteria have provided us with crucial insights into the process of solar energy capture, pathways of metabolic and societal importance, specialized differentiation of membrane domains, function or assembly of bioenergetic enzymes, and into the genetic control of these and other activities.
