Our pre-steady state FRET experiments demonstrate that the bimolecular association of RFCATPPCNA with DNA is very rapid, most likely diffusion-limited (Berg and von Hippel, 1985).
This rim of viable tumour cells presumably survives because it derives nutritional support (most likely via diffusion) from adjacent normal blood vessels that are typically less responsive to VDAs.
The reaction is most likely in pore diffusion regime.
An increase in ECM components in the tumor would most likely hinder nanoparticle diffusion within the tumor microenvironment, as seen by the hindered or immobilized transport of model PS-PEG greater than 100 nm.
While GUS activity could be detected in several adjacent cells (Fig. 2C), this is most likely due to diffusion of either the GUS protein or reaction product from an individual cell transiently expressing the GUS gene.
We did not observe that Ca2+ levels increased locally at the wound site and then propagated to the cytoplasm, most likely because the diffusion rate of Ca2+ is too fast for detection.
For all systems where the reaction rate was increased (increased [HNE] or kcat) there was an increasing linear release response at t ≥ 0. However, when the rate of reaction was decreased (decreased [HNE] or kcat), the data depicts an initial delay in release, which is most likely attributed to diffusion limitations.
When under water, Dr. Rubinoff said, the caterpillars most likely obtain oxygen through diffusion across the skin.
Given the observed times when nodes become infected, they determine paths through which the diffusion most likely took, i.e., a directed graph where a contagion passed through.
At moderate temperatures (typically T < 230°C) oxidation is a slow gradual process, most likely limited by O2 diffusion in the oxidized material.
Using landscape genetics techniques, we identify the distance models most strongly correlated with the genetic relatedness of the viruses, suggesting the most likely methods of viral diffusion within Egyptian poultry.
