Sentence examples for microscope indicated that from inspiring English sources
Visualization under fluorescence microscope indicated that F-pep was distributed in both cytoplasm and nucleus, which coincides with the subcellular location of HPV16 E7 protein (see Figure 2A) [2A].
Visual inspection using a light microscope indicated that complete differentiation took 8 10 days.
Examination of neurons under the bright field microscope indicated that neuronal morphology was preserved after prolonged exposure to Aβ.
Analysis under an electron microscope indicated that myofibroblasts have morphological characteristics similar to those of both fibroblasts and smooth muscle cells [ 11].
Examination of transformed cells at growing phase using an epifluorescence microscope indicated that the fluorescence localized at the most peripheral part of the cells as well as intracellular dots.
Images from scanning electron microscope and transmission electron microscope indicated that lignin coalesced and deposited on the biomass surface during EDA pretreatment, which led to the delamination of cell wall.
Morphology of the Langmuir layer investigated via transmission electron microscope indicates that TiO2 nanoparticles transferred from subphase into Gemini monolayer to form complex.
Microstructure analysis by scanning electron microscope indicates that the micro-cracking inside of concrete was locally restrained by the surrounding hybrid fibers.
The images of atomic force microscopy and scanning electron microscope indicate that coating layers are formed on the surfaces of treated fibers.
The structural characterization of the composites by energy dispersive X-ray analysis, X-ray powder diffraction, Fourier transform infrared spectroscopy, XPS, Raman, and transmission electron microscope indicates that layered MoS2 graphene coalescing into three-dimensional sphere-like architecture.
The physical characterizations, from X-ray diffraction, scanning electron microscope and transmission electron microscope, indicate that the as-synthesized oxide takes a nanorod morphology of up to 1 μm in length and 200 nm in diameter, which is composed of about 20 nm subunit nanoparticles, and possesses a hierarchical pore structure.
