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This ruled out a nonspecific action (e.g., due to cellular toxicity, pore formation, or other mechanisms that dissipate the ionic driving forces) Inspection of the graphs in Figure 2 reveals characteristic fingerprints of the compounds: The first of the four samples shows a significant effect on all three monoamine transporters at similar potency but exerted no effect at GAT1.
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This method allows analyses of the conditions, mainly ionic strength, driving the interactions between NS5B-cyan and NS5B-citrine constructs.
Because under these experimental ionic conditions, the driving force of the reversed NCXpm is limitless, the inward current observed at negative potentials is highly unlikely to reflect the forward mode of the exchanger.
Notably, the PEM with pendent-type side chain (M2) is in favor of driving the ionic clusters to aggregate and form broad ionic channels, which is confirmed by Anton-paar SAX Sess mc2 system; it displays good proton conductivity (67.8 mS cm−1 at 80 °C).
The basic circuit elements are (1) the phospholipid bilayer, which is analogous to a capacitor in that it accumulates ionic charge as the electrical potential across the membrane changes; (2) the ionic permeabilities of the membrane, which are analogous to resistors in an electronic circuit; and (3) the electrochemical driving forces, which are analogous to batteries driving the ionic currents.
A quadriphasic theory was also used to model hydrocephalus by driving tissue swelling through an ionic change in the cerebrospinal fluid (Drapaca and Fritz 2012).
The bulk of the osmotic content driving stomatal movements depends on ionic fluxes across both the plasma membrane and tonoplast, the metabolism of organic acids, primarily Mal (malate), and its accumulation and loss.
In the crystallization step, the ionic liquid plays a hydrothermal analogy role in driving the surface anatase crystallization of amorphous titanium dioxide nanoparticles formed in the reaction step.
We discovered that coating the microchannel walls with non-ionic surfactant produced a suitable hydrophilic surface for driving the capillary flow through the 1250-mm long microchannel.
In order to reduce the experimental time, we propose an electrical field as driving force to accelerate the migration of ionic species.
We note that an AC driving voltage is applied across metasurface liquid crystal cell since a build-up of any ionic impurities inside nematic liquid crystal can be prevented by an AC driving.
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