The phrase "active interplay" is correct and usable in written English.
It can be used to describe a dynamic and engaging interaction between two or more elements, such as ideas, people, or systems.
Example: "The active interplay between the two characters added depth to the story and kept the audience engaged."
Alternatives: "dynamic interaction" or "vibrant exchange".
The goal of this study was to elucidate the feedback loop between valve interstitial cell and calcification mechanics using a novel three-dimensional culture system that allows investigation of the active interplay between cells, disease, and the mechanical valve environment.
Listening to speech in noise requires an active interplay between cognitive (e.g., attention and memory) and perceptual processes that enable the nervous system to distinguish between a target voice and competing noise [17] [19].
This active interplay between SUMOylation and ubiquitylation is likely to dictate the degree of VHL stability, and SUMO1 modification of VHL will have a major impact on its inactivity as a ubiquitin ligase.
In both physiological and pathological conditions, there is an active interplay between muscle cells and cells of the immune system.
In presenting the taxonomy in an abstract and generic form, context is lost and, with it, the active interplay among specific social processes and conditions.
Motivated by these observations, the mechanistic evidence of an active interplay between TGF-β and the DNA methylation machinery should be an exciting focus of future studies.
For example, what are the active interplays of Ahr with other signaling pathways in B cells? Stimulation of the myeloid lineage cells including granulocytes, macrophages (MΦ), DCs, and natural killer (NK) cells not only forms the innate immunity as a first line of defense, but also shapes the subsequent adaptive responses.
These new chemical tools now set the stage for further study of the physiological roles of H2S and elucidation of the complex, dynamic interplay between redox-active species in cellular environments.
Incorporating these findings with previous data, we propose that the dynamic interplay of residues on either side of the active site acts to correctly position the substrate for nucleophilic attack.
The dynamic interplay between histone acetylation, performed by histone acetyltransferases (HATs) and deacetylation, catalyzed by HDACs, is indeed a central mechanism to regulate gene expression, with increased acetylation associated with an open chromatin conformation and active genes [10].
Considering the liver is a still a mitotically active tissue, this interplay emphasizes the complex interactions needed to maintain its normal regenerative function.
