The phrase "array of bacteria and" is correct and usable in written English.
It can be used when discussing a diverse collection or variety of bacteria in a scientific or medical context.
Example: "The study revealed an array of bacteria and their interactions within the human gut microbiome."
Alternatives: "variety of bacteria" or "collection of bacteria".
The controlled release of the drug was capable of controlling the reproduction of a wide array of bacteria and promoting damage restoration through stimulation and the prevention of infections leading to the enhancement of the burn-wound closure rate.
Take some pellets with fish meal produced from fish stocks at the base of the food chain in the southern hemisphere's oceans, add a dash of pink chemical pigments, sprinkle with antibiotics, decorate with a startling array of bacteria and viruses, glaze with PCB's and you have your average farmed salmon fillet from your grocer or local restaurant.
Salivary gp-340/agglutinin aggregates a wide array of bacteria and viruses via O-glycosylated Ser/Thr-rich SID repeats and N-glycans [ 9, 20, 29, 30].
Studies on structure and function of microbiota in and on plant roots have identified a wide array of bacteria and fungi from different taxonomic groups [ 6– 9], many of which possess plant growth-promoting activities [ 10, 11].
The focus of this paper was hence to report whether the bioactive compounds derived from the leaves of in vitro plantlets of A. annua possess antimicrobial activity towards an array of bacteria and fungus of Malaysian local isolates and also the toxicity level of these compounds on brine shrimp.
This approach identified a wide array of bacteria including cyanobacteria and algae including Bacillariophyceae (diatom), Cryptophyceae, Dictyochophyceae, Chrysophyceae and Trebouxiophyceae in the blood and organs of the victims and water at discovery sites.
For example, female mice typically avoid the odor of male mice infected with an array of bacteria, viruses, protozoa and nematodes.
Lindsay Cowell, a biomathematician and 2003 CASI recipient, did her postdoctoral research at Duke University in Durham, North Carolina, in immunology, developing a statistical model that could be applied to finding DNA motifs and furthering our understanding of how the complex immune system in humans and other vertebrates can recognize and target an array of viruses, bacteria, and other pathogens.
In this study, experiments were designed to isolate, characterize and evaluate an array of bacteria isolates for their Zn solubilization potential.
E. coli is among a vast array of bacteria that live in the human gut and generally cause no problems.
To further characterize fspA KO cells, we assessed their growth on a large array of bacteria, including representatives of both Gram-positive and Gram-negative bacteria (Fig. 1B).
