Sentence examples for monitored the morphology from inspiring English sources

To understand gelation mechanism, we varied the concentration and type of amino acids as well as the pH of suspension, and monitored the morphology and rheological properties of reaction mixtures.

We monitored the morphology of in vitro formed TGZ aggregates by TEM.

We monitored the morphology of cells and the color of cell nuclei of HeLa.S-Fucci cells after the treatment with Z-Asp-CH2-DCB with the time-lapse fluorescence microscope for 48 hours (Figure 4A and Videos S6 and S7).

To do this, we monitored the morphology of fluorescently-tagged intermediate filament networks in cultured human keratinocytes as they were subjected to uniaxial cell strains as high as 133%.

To evaluate whether the zdia2 function is cell-autonomous, we transplanted blastoderm cells from embryos, which were co-injected with stdMO or zdia2 sMO with Q-rhodamine, which was used as a cell tracking marker, into wild type embryos and then monitored the morphology and movements of these cells under epifluorescent microscope.

To examine the effect of BV6 on non-apoptotic functions, we monitored the morphology of T98G cells by time-lapse microscopy.

However, there is no report to prepare Bi2S3 nanostructures by introducing Cl− to monitor the morphology of Bi2S3 during solvothermal process.

ZnO nanostructures were characterized by environmental scanning electron microscope (E-SEM) (Electro Scan) and photo-luminescence (PL) at room temperature (Laser Science, Inc, Model VSL-337 ND-S, 337 nm, 6 mW and Ocean Optics SD5000 spectrometer) measurements to monitor the morphology and the bandgap.

But techniques for monitoring the morphology and dynamic organisation of specific chromosomes in living cells are lacking.

To answer these questions, we needed to be able to impose large magnitude strains on cells and simultaneously monitor the morphology of the intermediate filament network.

Our previous studies on the inflammatory influence of TNF- α on ECs [ 19] showed that monitoring the morphology and nanomechanics of the cells provides a deep insight into the primary stage of endothelial dysfunction.