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METEOR - Integrated cryo-CLEM system
life sciences

From sample to structure - Streamline the correlative cryo-ET workflow with METEOR

Cryo-electron tomography (cryo-ET) is an incredibly powerful technique that allows the study of cellular structures at high resolution in their near-native state [1]. Cryo-ET involves imaging a...

life sciences
Revealing the ultrastructure of autophagic membranes during different stages of biogenesis with correlative cryo-ET
correlative light and electron microscopy
Unlocking the potential of CLEM with high-throughput electron microscopy
cathodoluminescence
Correlative cathodoluminescence electron microscopy: study cellular ultrastructure with high spatial resolution

Must read

  • 1

    How electron microscopy shapes the way we think, according to 6 prominent scientists
  • 2

    Cryo-ET imaging of SARS-CoV-2 replication organelles
  • 3

    Will lead-free Perovskite solar cells lead the future?
  • 4

    See More with Less: Discover the Power of METEOR 2.0
  • 5

    The case for sensitivity in integrated fluorescence microscopes
geology
Integrated correlative light and electron microscopy: A new technique for geological materials

Integrated correlative light and electron microscopy (iCLEM) is a technique, in which both fluorescence imaging and electron imaging can be performed on one ...

SECOM
How Does Correlative Microscopy Work?

Nowadays it has become crucial for life scientists to gain structural and functional data about the sample in order to understand the biological processes ...

SECOM
Correlative light and electron microscopy on SECOM platform: benefits for the research

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life sciences
Overlay in the life sciences: A question of objectivity and accuracy

It is rare that scientific research will rely on a single method. Instead, findings need to be built on multiple types of data to ensure accuracy.

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Life science Frame 264(3)

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  • High-throughput EM
  • Correlative light EM

Materials analysis Frame 264(3)

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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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