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life sciences
How can an optimized cryo-ET workflow benefit membrane trafficking research?

Eukaryotic cells contain a complex network of membrane-bound organelles where specialized processes of the cell take place.

cathodoluminescence
How to prepare your sample for cathodoluminescence imaging?

Cathodoluminescence is a specific form of luminescence caused by ‘free’ electrons (or simply electron propagating through space).

life sciences
How can fast electron microscopy maintain both context and high resolution in large projects?

Comparing the morphology of healthy and diseased cells or tissues or examining the effect of drug treatments is extremely important for understanding of the ...

life sciences
How can an optimized cryo-ET workflow benefit the research of viral infection?

Viruses are microscopic infectious agents that are not able to reproduce outside of their hosts. We associate viruses with a variety of diseases, ranging from ...

cathodoluminescence
How to study properties of rare-earth doped materials with cathodoluminescence

Rare-earth elements, also known as REE, are a group of elements, consisting of scandium, yttrium and 15 lanthanide elements.

life sciences
Electron volume microscopy to unveil interaction networks in biological specimens

As we all know, biological creatures are highly complex and three-dimensional. Therefore, it is crucial to capture 3D images of their cell structures to find ...

cryo electron microscopy
Limitations and possibilities of cryogenic fluorescent light microscopy (cryo-FLM)

In cryogenic electron microscopy (cryo-EM) a sample is immobilized by rapid freezing in a process called vitrification.

fast SEM imaging
Optimizing for high sustained throughput in large-scale electron microscopy

Previously, we have briefly touched on the concept of throughput of electron microscopy workflows.

cathodoluminescence
How can time-resolved cathodoluminescence imaging expand applications of (compound) semiconductors in new technologies?

Semiconductors, as a crucial part of electronic devices, have been in focus in materials research in the last few decades.

cryo electron microscopy
Using integrated fluorescence light microscopy to improve the cryo-electron tomography workflow

Cryogenic electron tomography (cryo-ET) is an imaging technique that uses a cryo Transmission Electron Microscope (cryo-TEM) to acquire high-resolution 3D ...

fast SEM imaging
How does an imaging facility benefit from fast imaging?

One of the struggles of imaging facilities today is managing a large number of research projects simultaneously.

cathodoluminescence
How to perform lifetime imaging using time-resolved cathodoluminescence?

What is time-resolved cathodoluminescence? How can performing lifetime mapping or a g(2) mapping add value to your research? In the video below Toon Coenen, ...

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Life science Frame 264(3)

Solutions
  • METEOR
  • FAST-EM
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Workflows
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Materials analysis Frame 264(3)

Solutions
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  • JOLT 2.0
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Techniques
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Applications
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Insights Frame 264(3)

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Company Frame 264(3)

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