Sentence examples for morphology of bacterial from inspiring English sources

Microscope Stereo Olympus (America) was used to observe the morphology of bacterial colonies grown on nutrient agar.

The process of the antibacterial activity of dGNPs was determined using time-dependent action of dGNPs on the morphology of bacterial cell and monitoring the results.

However, no study regarding the evolution of morphology of bacterial cellulose (BC) scaffolds during the culture process has been reported to date.

These images were used to evaluate the morphology of bacterial cells.

Height images revealed the sample topography and were applied to quantify the morphology of bacterial cells, flagella, and pili.

This provides great application potentials for quantitative measurements of the morphology of bacterial cells and surface ultrastructures.

Still, with regard to microbial studies, the current applications of AFM mainly involve qualitatively imaging the static or dynamic morphologies of bacterial cells or the expression of flagella and pili [4 6], while few studies have focused on the surface ultrastructure of microbial cells and the quantitative analysis of cellular properties.

Three model bacteria, i.e., Escherichia coli, Pseudomonas putida, and Bacillus subtilis were applied to observe the above fixation methods for the morphology preservation of bacterial cells and surface ultrastructures.

To optimize the fixation methods for the morphology observation of bacterial cells and surface ultrastructures, five common fixation solutions were evaluated on their preservation ability in the present study.

Outer morphology of the bacterial cells before and after biosorption was examined using SEM (Carl Zeiss Supra 55 Gemin; German Technology, Jena, Germany).

The morphology of the bacterial cellulose/gelatin composite was observed by field emission scanning electron microscopy (FE-SEM) and transmission electronic microscope (TEM).