Sentence examples for microscopic imaging in from inspiring English sources

Furthermore, the potential utility for biological applications was performed by fluorescence microscopic imaging in live cells.

Furthermore, its potential utility for biological application was explored by fluorescence microscopic imaging in live cells.

The endocytoscopy system (ECS) is a new method to provide real-time super-magnifying microscopic imaging in vivo.

As this technique becomes more sophisticated and microstructurally informative, there is increasing value in comparing diffusion MRI with microscopic imaging in the same tissue samples.

Thermal decomposition temperatures of compounds 4 6 were 138, 290, and 291 °C, respectively and no compound was cytotoxic to normal L02 hepatocyte cells, and confocal fluorescent microscopic imaging in human lung A549 adenocarcinoma cells was realized using these compounds.

A major challenge, which has hindered the use of OPT for microscopic imaging in vivo, is the residual random movement and drift of the sample during the course of observation, which becomes increasingly significant at higher magnifications required for microscopic OPT [12].

The last two decades have witnessed great advances in biological tissue labeling and automated microscopic imaging that, in turn, have revolutionized how biologists visualize molecular, sub-cellular, cellular, and super-cellular structures and study their respective functions.

Using confocal microscopic imaging analysis in intact single CAMs, a cell-permeable indicator CM-H2DCFDA for dynamic changes in intracellular ROS (in green color) and a highly selective ER-Tracker™ Red dye for tracking of the SR were found co-localized.

24, 25 In this study, to evaluate macroscopic and microscopic imaging of cancer in mouse models in conjunction with a fluorophore-conjugated antibody, we first established GFP-expressing and CEA-expressing human cancer cell lines, and then demonstrated that cell-surface expression of CEA was comparable in MKN45-GFP cells and FACS-sorted HT1080-GFP-CEA HT1080-GFP-CEA HT1080-GFP-CEA

The application of microscopic imaging technologies to in vivo models of thrombus formation has provided new fundamental insight into the roles of platelets and coagulation factors in the thrombus formation process [1], [2], [3].

For microscopic imaging to assess in vitro binding, OSC-19 cells were seeded onto an eight-well Lab-Tek II chamber slide (10 000 cells/well) (Thermo Scientific, Rochester, NY, USA).