The phrase "activated release of" is correct and usable in written English.
It can be used in contexts related to biology, chemistry, or technology, where a process or mechanism is triggered to release something.
Example: "The activated release of neurotransmitters is essential for effective communication between neurons."
Alternatives: "triggered release of" or "stimulated release of".
Novel ultrasound-sensitive nanocapsules were designed via layer-by-layer assembly (LbL) of polyelectrolytes for remote activated release of biomolecules/drug.
We exposed isolated proximal colonic mucosa to specific nutrients, which recruited signalling pathways within specific EEC extracellular receptor-regulated kinase (p-ERK) and calmodulin kinase II (pCAMKII), as shown by subsequent immunolabelling, and activated release of these mediators.
This feature of CA IX is reminiscent of β-amyloid protein, L selectin, IL-6 receptor, pro-TGF α and TNF α that all need TACE for activated release of their extracellular portions (Arribas et al, 1996; Li and Fan, 2004; Villanueva de la Torre et al, 2004).
It is argued that creep may be viewed as a process of thermally activated release of dislocations from pinning centers and the latter could be dislocation related features such as nodes, kinks and jogs or nanoscale particles with incoherent interfaces.
They continued to provide evidence that it reflected closure of cGMP gated channels driven by light activated release of calcium.
To test whether the overexpressed CD13 had enzymatic activity, aminopeptidase-activated release of 7-AMC from alanine-AMC was measured in 1F6, 1F6-pcDNA3 and clones highly overexpressing 18kD or ALL bFGF isoform proteins.
The E1p enzyme active site has evolved to prevent the proton-activated release of free acetaldehyde, which would represent an off-pathway misreaction for pyruvate dehydrogenase.
There is strong evidence that Al-activated release of malate underlies wheat Al tolerance [9], [17], [39].
Similarities between the results obtained in vivo and in synaptosomes suggest that the swelling-activated release of taurine in vivo may be of neuronal origin.
In the present study, we compared the in vivo properties of the swelling-activated release of glutamate, aspartate, and another major brain osmolyte taurine.
In the present in vivo study we employed a microdialysis approach to compare properties of the swelling-activated release of major organic osmolytes, the excitatory amino acids glutamate and aspartate and the sulfonic acid taurine, in the rat cortex.
