Sentence examples for microscopy was developed from inspiring English sources

Ultraviolet (UV) microscopy was developed in the early 20th century by the German scientists August Köhler and Moritz von Rohr.

Orthogonal-plane fluorescence optical sectioning (OPFOS) microscopy was developed for the purpose of making quantitative measurements of the intact mammalian cochlea and to facilitate 3D reconstructions of complex features.

A new method for measuring the size of parasites and other objects using optical microscopy was developed using a specifically designed movable computer ruler (MCR) derived from digital images of a stage micrometer.

A unified theoretical framework for the recovery of second-order nonlinear susceptibility tensors and sample orientations from polarization-dependent second harmonic generation and sum frequency generation microscopy was developed.

Intravital microscopy was developed to study cochlear microvessels in guinea pigs in vivo [ 14, 15], and various animal models were established to assess cochlear blood flow.

Fluorescence microscopy was developed with the same device provided with an epifluorescence source and connected to a CANON Power Shot S50 camera linked to the CANON Remote Capture software.

A method of ultraviolet-visible absorption microscopy is developed and applied to measure the concentration of Mitomycin C in preserved mouse tumor tissue, as well as in gelatin samples.

Bifocal 4D-microscopy was developed by Dr. Ralf Schnabel (Technical University, Braunschweig) in cooperation with Zeiss.

In this work a correlative optical and scanning electron microscopy technique was developed to locate and observe multi-modal gold core nanoparticle accumulation in brain tumor models.

To efficiently and accurately quantify the interactions of bacteria with mammalian cells, a reliable fluorescence microscopy assay was developed.

A new technique using the high spatial resolution of atomic force microscopy (AFM) was developed to measure the near-tip stress field.