From the decoupled results, salinity is the main factor for inducing viscoelasticity since salt triggers the growth of micellar structures by reducing electrostatic repulsion among the molecules.
Little or no change to the surface of the electrode is observed if the electrolyte is an acid, that is, it contains only protons; adding an alkali salt triggers the process of corrosion.
Screening of the electrostatic repulsion between the polyelectrolyte blocks by adding salt triggers the formation of worm-like micelles.
Through our conversion strategy, highly luminescent perovskite NCs can be formed quickly and simply by using a halide salt trigger that reacts with the MOF, thus promoting effective information decryption.
High salt triggers insulin resistance in genetically susceptible patients and animal models of insulin resistance.
High concentrations of salt trigger substantial morphological changes to W. ichthyophaga cells.
High salt concentration triggered the dissociation of the complex with accompanied fluorescence recovery arising due to the increase in distance between CD and Au.
These suggest that Ca2+ spiking by salt stress triggers the SOS3-SOS2 mediated salt stress signaling pathways.
Here, we demonstrate that in the presence of the first signal, MSU, silica or Alum salt crystals trigger the second one leading to mature IL-1 β production by human macrophages through ATP release and subsequent purinergic signaling.
Exposure to drought or salt stress triggers many common reactions in plants, such as cellular dehydration, which can lead to osmotic stress and the production of reactive oxygen species [ 50].
