Sentence examples for microscope technology from inspiring English sources

Erythrocytes were visualized microscopically by van Leeuwenhoek in 1674, and microscope technology has evolved mightily since the first single-lens instruments, and now incorporates many types that do not use photons of light for image formation.

A computer-controlled instrument, based on scanning electrochemical microscope technology, is employed in the miniaturized combinatorial electrosynthesis of localized compound collections.

Their determination has produced a steady stream of advances in microscope technology, and researchers armed with these ever-improving tools and techniques are squeezing ever more and better data out of their samples.

A properly constructed piezoceramic AFM scanner will have probably better metrological parameters than the presented stack actuators; however, it can be seen that the presented approach is fairly within the limits of present microscope technology.

Based on acoustic microscope technology, the material elastic constants are determined by longitudinal wave and leak surface wave velocities simultaneously measured by developed ultrasonic system with a line-focus PVDF transducer.

Now a part of billionaire Paul Allen's brain-mapping team at the Allen Institute For Brain Science, Cheng invented a powerful non-invasive, high-speed microscope technology for imaging the activity of thousands of cells in the brain simultaneously, in real time, offering a view of neural circuits at work in ways previously not possible.

Although it is well known that the use of fluorescence microscopy can increase diagnostic sensitivity and reduce the time and expertise needed to interpret results, sophisticated microscope technologies are not widely available in developing countries, especially outside of centralized health centers [2], [3].

To further observe and analyze the impact damage morphology, we also adopted visual inspection and scanning electron microscope (SEM) technology.

Compared to the conventional surgical microscope, this technology can provide the surgeons with a comprehensive spatial view of the microsurgical region and the depth perception.

It is possible to obtain cell counts using a fluorescence microscope, this technology does not have the ability to reliably distinguish between positive and negative signals at the higher wavelengths.

Compared to the conventional surgical microscope, this technology would provide the surgeons a more comprehensive spatial view of the microsurgical site and could serve as an effective intraoperative guidance tool.