Sentence examples for microscopy in transmission from inspiring English sources

The information gained from the application of multi-photon microscopy in transmission and epifluorescence mode was used to assess the structural and functional integrity of human saphenous vein segments stored in multiple preservation solutions, and to design a superior storage solution.

The microstructure changes, and the deformation mechanisms in particular, were investigated by means of electron backscatter diffraction, scanning electron microscopy in transmission mode and transmission electron microscopy that revealed the formation of small α′-nuclei which rapidly grew until the entire austenitic grain was transformed.

These corneas were successfully imaged through nonlinear microscopy in transmission mode.

MirrIR slides, glass slides with reflective multilayer coating (Ag/SnO2), are especially popular because samples can be examined by conventional light microscopy in transmission and then scanned by IR in reflection mode.

Stained samples were imaged in three locations with polarised light microscopy in transmission mode using a Polyvar Met microscope (Reichert-Jung, Depew, New York) fitted with a DFC 420 digital camera (Leica Camera AG, Solms, Germany).

To characterize the nanoparticle distribution, we resorted to near-field optical microscopy operating in transmission mode (the sample was excited through the objective, and scattered light was collected with fiber probe).

In the proposed technique, however, the complex fields are provided by digital holographic microscopy (DHM) in transmission configuration [ 17] as shown in Fig. 2(a).

The use of electron microscopy in the transmission mode or scanning mode(1609) increased the resolution from ∼0.2 μm, which is typical for light microscopy, by three orders of magnitude.

WWM coordinated the experiments, performed perfusion culture, analyzed specimens in fluorescence microscopy and interpreted results in transmission electron microscopy, designed the figure presentations and wrote the manuscript.

Freeze-fracture electron microscopy is a technique in transmission electron microscopy that revolutionised our understanding of membrane structure from the 1970s onwards (1).

The morphology and crystallography of lath martensite in Fe-C alloys containing various carbon contents from 0.0026 to 0.61% were studied by analyzing electron back scattered diffraction patterns in scanning electron microscopy and Kikuchi diffraction patterns in transmission electron microscopy.