Sentence examples for functional motility from inspiring English sources

It focuses mainly on structural studies using electron microscopy/tomography but also correlates these studies with functional motility assays and theoretical studies.

Hence, as in L. interrogans, T. pallidum and B. burgdorferi, the majority of the structural and functional motility and chemotaxis genes were positioned in potential operons [12], [15].

The bacteria flagellum process is a complex molecular system with multiple components required for functional motility, which extends from the cytoplasm to the cell exterior.

In contrast to the major defects that may underlie chronic pseudoobstruction, even more subtle changes to the physiology of the ENS may contribute to irritable bowel syndrome and other "functional" motility disorders.

At different sectioning planes, we found elongated [ Figs. 4 e), 4(f)] and ruffled leukocytes [ Fig. 4(g)], which are important features for functional and motility analyses [ 21].

Taken together, these results demonstrate that PB movement is dependent upon the integrity of actin microfilaments and a functional actomyosin motility system.

Interestingly, the ELP-induced PBs were highly mobile organelles, exhibiting various dynamic patterns of movement throughout the cells, which were dependent on intact actin microfilaments and a functional actomyosin motility system.

The elastin-like polypeptide-induced protein bodies were highly mobile organelles, exhibiting various dynamic patterns of movement throughout the cells, which were dependent on intact actin microfilaments and a functional actomyosin motility system.

Oxidative stress significantly damages sperm functions such as motility, functional integrity, endogenous antioxidant enzyme activities and fertility due to lipid peroxidation induced by reactive oxygen species (ROS).

For the strain KKK1330, the duplicated genes were found in the following functional categories: cell motility, intracellular trafficking and secretion, cell wall/membrane biogenesis, and posttranslational modification, protein turnover, chaperones (Figure 3).

AD is the recipient of a Rome Foundation Fellowship in Functional GI and Motility Disorders.