Sentences with phrase «cell microscopy makes»

Not exact matches

TOUGH STUFF A new wood - compacting process crushes the gaps between cell walls in natural wood (porous structure seen in the scanning electron microscopy image, left), making the densified wood (right) as strong as steel.

By making the switch, all molecules made from fatty acids can be observed inside living cells by an advanced imaging technique called stimulated Raman scattering (SRS) microscopy.

Electron microscopy revealed that the extra hair cells were divided into inner and outer hair cells, just like the normal ones, and they made the same proteins.

Research problems that are just out of reach today but that could be made accessible by advances in electron microscopy include studies of the little pores that form in our cells walls and which are centrally important in the regulation of all life processes as well as new nano - structured materials that are ultra-light yet strong, allowing reduced energy consumption in vehicles.

New techniques combining various staining methods with electron and light microscopy make it possible to investigate in detail the connections among nerve cells and the circuitry of the brain

The combination of two processes makes this high - resolution 3D imaging possible: lattice light - sheet microscopy (LLSM), which images one slice of the cell at a time, and adaptive optics (AO), which corrects for any blurriness.

«Eggshells are notoriously difficult to study by traditional means, because they easily break when we try to make a thin slice for imaging by electron microscopy,» says McKee, who is also a professor in McGill's Department of Anatomy and Cell Biology.

Researchers at Columbia University have made a significant step toward breaking the so - called «color barrier» of light microscopy for biological systems, allowing for much more comprehensive, system - wide labeling and imaging of a greater number of biomolecules in living cells and tissues than is currently attainable.

Since it is still beyond the reach of even the most sophisticated in vitro methodology to simulate the complex interplay of physical, cellular, biochemical, and other factors that influence cell behavior in microvessels and interstitial tissues, we make use of intravital microscopy.

Recent progress in phylogenomics, and the implementation of modern molecular, microscopy, and cell biology techniques in a handful of spiralian model systems have made that possible.

In cases of neonatal mortality, the diagnosis typically is made postmortem with virus isolation from fresh lung, liver, kidney, and spleen by cell culture techniques and subsequent identification by PCR and sequencing, transmission electron microscopy, immunofluorescence, or fluorescence in situ hybridization.