Sentence examples for cell imaging studies from inspiring English sources

Fluorescent proteins are versatile tools for live cell imaging studies.

The live cell imaging studies showed that ensemble 7·Hg2+ is capable to detect CN− intracellularly.

Furthermore, the probe L shows cellular penetrability for its potential use in confocal cell imaging studies.

Furthermore, the intracellular localization of 1 was evidenced by cell imaging studies using HeLa cells.

Moreover, the cell imaging studies demonstrated that the probe can be exploited to detect hydrazine in biological systems.

The exclusive localization of fluorescence in the cytoplasm through cell imaging studies reveals the anti-cancer potentials of N-glycosylamines.

Fluorescent proteins have proven to be excellent tools for live-cell imaging studies.

In this study, we use colocalization and live-cell imaging studies to elucidate the internalization and intracellular trafficking pathways of baculoviruses through direct visualization of VP39-GFP-labeled viral particles and various endocytic structures within target cells.

Fixed-cell imaging studies on T-cell APC conjugates (Monks et al., 1998) and multiple dynamic studies with planar bilayers (Grakoui et al., 1999; Campi et al., 2005; Varma et al., 2006) have illuminated the molecular organization of physiological T cell activation.

As the complete duration of dynamin 'burst' only lasted ∼2 seconds, this demonstrates the need for rapid sampling when performing live-cell imaging studies of the dynamics of endocytosis.

Clathrin and dynamin tagged with fluorescent proteins have been previously employed in numerous live-cell imaging studies without evidence of perturbation of the endocytic system [19], [20], [22], [39], [40].