The phrase "average diffusion of" is correct and usable in written English.
It can be used in contexts related to science, particularly in discussions about the spread of substances or phenomena over time or space.
Example: "The average diffusion of the dye in the water was measured over a period of two hours."
Alternatives: "mean dispersion of" or "typical spread of".
The main finding of this work is that the average diffusion of Alexa-ATP is anisotropic in rat cardiomyocytes.
However, DWI-derived ADC measures the average diffusion of water molecules within each voxel, limiting the differentiation of active tumor from necrosis [ 14].
For the whole map, both in the nucleus and in the cytoplasm, the average diffusion of eGFP-CaM was ∼10 μm/s (Fig. 4 E ), which was consistent when comparisons were made between cells (See Table 2).
Whereas this method was developed to determine and compare the average diffusion of fluorescent ATP (Alexa-ATP) in solution and inside cardiomyocytes, its ease of use makes it a valuable tool for many future studies.
The average diffusion coefficients of a range of bimodal blends have also been measured and the results interpreted using the Rouse model.
From the parabolic kinetics between the thickness of the mullite layer and time, the reaction rate constant (k) for the mullite formation was determined to be a function of the average diffusion coefficient of Si4+ ions.
These 2 slowly diffusing species, τD2 and τD3, exhibited average diffusion coefficients of 2.29 ± 0.35 and 0.09 ± 0.03 μm/s, respectively (n=100 cells, 3 separate experiments).
The formation of large (Na m Cl n ) n-m clusters should lower the average diffusion constant of Na and Cl if the residence time of an ion in a cluster is long compared to the time between atomic collisions.
Autocorrelation analysis of FCS data generated by positioning the confocal volume in an aqueous solution of CA200645 (100 nM) generated monophasic autocorrelation curves (Fig. 3 B, bottom left panel) consisting of a single component (τD1) with an average diffusion coefficient of 257.7 ± 8.9 μm/s (n=6).
The Myosin 1G particles had average diffusion coefficient of 0.34 µm/s that was close to the average diffusion coefficient of PAGFP-PM protein (Fig. 1B) fluorescent puncta (0.42 µm/s).
Careful analysis of the diffusion of eGFP over many cells and in different subcellular regions allowed us to determine that the average diffusion coefficient of eGFP was ∼20 μm/s (see Table 2).
