Sentence examples for microscopy techniques have from inspiring English sources

Super-resolution microscopy techniques have overcome the limit of optical diffraction.

Advanced electron microscopy techniques have been used to solve many viral capsid structures.

Conventional light and fluorescence microscopy techniques have offered tremendous insight into cellular processes and structures.

Recently conductive scanning probe microscopy techniques have been attempted to investigate the electrical properties of single NWs/NRs.

Conventional confocal microscopy techniques have a limited resolving power of ~250 nm, due to the properties of light.

Three dimensional (3D) electron microscopy techniques have become valuable tools for investigating cellular architecture and the processes that govern it.

The recent development of microscopy techniques has permitted structural investigations in situ in complex food products.

The adaptation of various immunofluorescence microscopy techniques has been used to study many of the biofilms discussed in this review.

The progress in cryo-electron microscopy techniques has led to density maps of large RNA architectures at resolution around or below 7 Å (Becker et al., 2009; Schuler et al., 2006).

At the end of the day, the feasibility and reliability of different localization microscopy techniques has to be judged by test samples with well-defined molecular structure and composition.

The minimum gap required between two objects such that they are seen as separate in the image is called the resolution of the microscope; it is comparable to the wavelength of the recorded light, with different microscopy techniques having different pre-factors.