The phrase "array of transporters" is correct and usable in written English.
It can be used when referring to a collection or variety of transport mechanisms or vehicles, often in a technical or scientific context.
Example: "The research team analyzed an array of transporters to determine their efficiency in moving molecules across the cell membrane."
Alternatives: "variety of transporters" or "collection of transporters".
For this reason copper homeostasis has evolved as a tightly regulated process with an array of transporter and chaperone proteins regulating the uptake and excretion of copper, preventing its free accumulation within cells.
The first cluster of genes are those in the recently described PAD array of carboxylate transporters [ 25].
Melainabacteria on the other hand, gained or maintained flagella, a fermentation system, and an array of carbon transporters.
Despite the highly regulated array of nitrogen transporters, providing a nitrogen source with a balanced degree of reduction minimizes pH fluctuations.
An array of intestinal transporters and phase I and II metabolic enzymes are required to handle adequately various endogenous molecules, food components including nutrients and xenobiotics.
Since PM H+-ATPase plays a critical role in energizing and regulating an array of secondary transporters [ 115, 116], the modulation of PM H+-ATPase activity may be involved in the Al-induced secretion of OA anions.
The array of Pi transporters, and their expression, has been reviewed relatively recently (Raghothama and Karthikeyan 2005; Nussaume et al. 2011), and the determination of the key role of the PHO1 protein has provided significant insight into how plants partition the essential element, in Arabidopsis thaliana at least (Chiou and Lin 2011).
The CP has a wide array of ion transporters and channels [ 1] that are involved in CSF and cellular ion homeostasis, some of which have been examined using KO mice (the Na+/H+ exchanger, Nhe1; the Na/bicarbonate cotransporters, Nbcn1 and Nbcn2; Figure 1).
T. roseum also encodes a large array of secondary-type transporters (76 genes), which utilize ion or solute electrochemical gradients, such as the proton/sodium motive force, to drive the transport process.
The array of intracellular zinc transporters, such as the Golgi-resident ZnT7, is not involved in dietary zinc absorption.
