Sentence examples for percentage of spread from inspiring English sources

It has also been shown in Figure 6 that the percentage of spread cells among the attached cells is higher on samples 1 and 2 than that of sample 3.

The percentage of spread cells was scored for each cell line, based on cell membrane protrusion (lamellipodia and/or filopodia), and all values were normalized to control cells treated identically except for being subjected to conditioned media or growth factors.

In Hypo-MAA I and II nuclei, the percentage of spread signals about quadrupled, so that both types of appearances occurred approximately equally often (Table  2, series 1 and 2).

The same percentage of spread cells (i.e. cells that switched from round to flat with filopodia and maintained this spread form) was observed independent of local concentration once local concentration exceeded a minimum threshold of 4 dots/cluster (and with a constant global concentration of 50 RGD/μm) [ 53].

Thus, there was a small reduction in the percentage of spread cells (Fig. 5C), the spread cell area was significantly reduced (p = 0.004, Fig. 5D), and there were fewer FA per cell (Fig. 5E), although FA size was similar to controls (Fig. 5F).

Spread-Fs typically appeared after sunset and lasted until the subsequent sunrise; thus, the percentage of spread-F occurrences from 18 00 LT to 06:00 LT is the topic of interest in this study.

Percentage of spreading cells was defined as (spreading cells/total number of adherent) X 100.

The percentage of spreading lesions on third leaves from pathogen-challenged untreated or H2O treated cucumber plants (infected controls) were respectively 86% and 83.5%.

The percentages of spreading lesions (i.e. lesions showing a larger size than the initial inoculated area) observed 2 weeks after inoculation with C. lagenarium were calculated on the basis of 14 plants/treatment (experiment 1) and 16 plants/treatment (experiment 2) (means +/- standard deviations).

A quasi-monochromatic X-ray source based on a KAERI SC linac system has been designed and is being manufactured now. 10 MeV 10 mA electron beam together with 20 W 1.06 μm laser beam will be used for 1.8 keV Compton X-ray generation with a few percentage of energy spread and 107 photons /s flux.

The percentage of cells spread in each well was determined using phase-contrast microscopy.