The phrase "as the result of diffusion" is correct and usable in written English.
It can be used to explain a consequence or outcome that occurs due to the process of diffusion in various contexts, such as science or biology.
Example: "The concentration of the solute decreased as the result of diffusion across the membrane."
Alternatives: "due to diffusion" or "as a consequence of diffusion".
In tandem with this, the Norwegian growth is the result of diffusion mechanisms such as increasing awareness of the technology and products.
The use of cleavable substrate probes in noninvasive imaging is often hindered by poor signal to background as the result of fast diffusion of the activated fluorophore from the tumor site to the surrounding tissues.
On the other hand, the dynamic quenching also known as collisional quenching is the result of a diffusion of the quencher to the fluorophore during the lifetime of the excited state.
No obvious nuclear localization signal was found in PpHxk7a, but its nuclear localization could be the result of passive diffusion, as is seen also for GFP alone [ 53].
For instance, the increase of the voltage step amplitude significantly changed the fractional integration order, as the result of increasing effect of the diffusion phenomena inside the supercapacitor.
It is clear from this figure that the velocity profile deviated from the uniform mode as a result of diffusion in the walls, and the velocity decreases in the vicinity of the walls.
This type of behavior has been best described for the case of nuclear proteins, which often showed slowed diffusion as the result of transient binding to DNA [42], [44].
As the result of rapid influx and rate-limiting diffusion, a deep depletion zone of the transport receptor formed in front of the gel (data not shown, but see Frey and Görlich, 2007).
DOX concentration monitored with a carbon fiber microelectrode at close proximity to a monolayer of these cells can be perceived as the result of convolution of cellular efflux with extracellular diffusion.
As the result of multiple martensitic γ-α-γ transformations, diffusion mobility of nickel and iron atoms in reverted austenite of Fe-31.7%Ni-0.06%C alloy is significantly increased.
