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.
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Eukaryotic cells contain a complex network of membrane-bound organelles where specialized processes of the cell take place.
Comparing the morphology of healthy and diseased cells or tissues or examining the effect of drug treatments is extremely important for understanding of the ...
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 ...
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 ...
Over the past decades, researchers have been dedicated to studying the beta cells in the islets of Langerhans in order to better understand Diabetes Type 1, ...
Understanding the relationship between structure and function in biology requires continuous developments in the field of microscopy.
In order to make new discoveries in the life sciences, innovations need to be continuously made in microscopy. This way, scientists can take an ever-closer ...
Scientists of all fields are most certainly familiar with the miniature worlds unearthed by electron microscopy.
Choosing for the right correlative light and electron microscope can be a challenge. It is a sizeable investment in terms of time and funding. Furthermore, as ...
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.
As a researcher in the life sciences, your work will very likely involve studying various parts of a cell at small length scales.