Sentence examples for microscopy to follow from inspiring English sources
We used bright-field time-lapse microscopy to follow the invasion pattern for 24 h to analyze cancer progression.
Recent work utilizes fluorescent labeling and immunoelectron microscopy to follow the import, precipitation, and secretion of calcium and matrix proteins, which form the spicule.
The product distribution along the length of the reactor was analyzed by electron microscopy to follow the effect of the hydrogen, as well as the characteristics of the CNT and catalyst nanoparticles.
Using in situ transmission electron microscopy to follow the thermal degradation process, we find that under moderate heating at 85°C the crystalline structure shows a gradual evolution from tetragonal MAPbI3 to trigonal lead iodide layered crystals with a fixed crystallographic direction.
In addition, Gerwert's group used Raman microscopy to follow the uptake of the molecular targeted agent erlotinib, an anticancer drug, to the tyrosine kinase domain of EGFR within colon cancer cells (SW480) [124].
The team used video fluorescence microscopy to follow the movement of cell-cycle-related proteins in and out of cell nuclei, watching how traffic varied with the presence of Vpr.
In this study, we used non-contact specular microscopy to follow-up the CCT changes within 6 months post thin-flap LASIK treatment.
To study how Hp benefits from interacting with the cell surface, we developed live-cell microscopy methods to follow the fate of individual bacteria on the cell surface and find that Hp is able to replicate and form microcolonies directly over the intercellular junctions.
Kevin's research group will be developing "target-locked" microscopy tools to follow the rapid motions of single proteins and cellular cargo transport machinery within cells in real time.
Information on the matrix spectrum can also be obtained by timelapse microscopy measurement to follow across time the amount of proteins or transcripts.
Atomic force microscopy and optical microscopy are utilized to follow morphological changes of blended PS/copolymer films upon annealing above their glass transition temperatures.
