Blog

Artificial intelligence (AI) is increasingly used in life sciences, making communication between these fields crucial. Here, we will highlight community ...

Array tomography, which is increasingly used for producing high-resolution 3D images of tissue samples, includes cutting the sample into ultrathin sections. ...

Electron microscopy (EM) is a powerful tool for life sciences, with the emergence of volume electron microscopy (volume-EM) enabling 3D imaging of samples with ...

Advancements in technology increased the popularity of cryo-electron microscopy (cryo-EM) techniques such as cryo-electron tomography (cryo-ET) and ...

Advances in cryo electron microscopy made it possible to shed light on the molecular pathology of Parkinson's disease. Here, we discuss recent exciting ...

In this blog post, we discuss the ultrastructure and assembly mechanisms of Rubisco, revealed by cryo-ET. Together with advances in synthetic biology, these ...

With advancements in electron microscopy, researchers now aim to build connectomes of increasingly larger brain volumes. In this blog, we discuss exciting ...

Organoids enhance drug screening methods by mimicking in vivo organs. In this blog, we will discuss the exciting possibilities of 3D electron microscopy ...

By visualizing membrane ultrastructure directly in the cells, researchers can better understand their diversity, dynamics, and role. In this blog post, we ...

Manual segmentation of organelles hampers the use of volume electron microscopy in biological research. In this blog, we will discuss a novel approach to ...

Using electron microscopy (EM), pathologists can visualize ultrastructural details in biological samples. In this blog, we discuss how recent developments in ...