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With a novel approach, EMBL scientists discovered important interactions between molecular machines, potentially offering new opportunities for drug development.
SCIENCE & TECHNOLOGY2024
science-technology
Packaged for simple installation and free use, the novel method DECODE enables researchers to reduce imaging times and increase localisation density in single-molecule localisation microscopy (SMLM).
SCIENCE & TECHNOLOGY2021
sciencescience-technology
As perfect as a summer night sky, these nuclear pores help calibrate a customised super-resolution microscope in EMBL’s Ries group.
SCIENCE & TECHNOLOGY2021
picture-of-the-weekscience-technology
The EMBL Picture of the Week features a series of Jurkat T cells during different stages of the activation process.
SCIENCE & TECHNOLOGY2021
picture-of-the-weekscience-technology
One of EMBL’s newest group leaders, Olivier Duss, will explore how RNA folds into functional structures and how it works with proteins to control a diverse range of activities in the cell.
LAB MATTERSPEOPLE & PERSPECTIVES2021
lab-matterspeople-perspectives
Fluorescent dyes light up a cellular community of neurons and brain immune cells (microglia), which were derived from stem cells.
SCIENCE & TECHNOLOGY2021
picture-of-the-weekscience-technology
The nucleus of this cell fluoresces in bright green thanks to GFP-labelled nucleoporin proteins. EMBL scientists use engineered nucleoporins as 3D reference standards to improve super-resolution microscopy.
SCIENCE & TECHNOLOGY2020
picture-of-the-weekscience-technology
Not just another pretty fruit fly. This magenta and golden drosophila larva is lit up with a fluorescent molecule to help researchers study heart formation.
SCIENCE & TECHNOLOGY2020
picture-of-the-weekscience-technology
EMBL scientists have created a new, realistic 3D testbed that could help achieve the goal of stopping cancers before they start by studying cancer cells as they first form.
SCIENCE & TECHNOLOGY2020
sciencescience-technology
In this composite image, visual artist Mona Kakanj assembled three different biological structures in fly larvae into a flower. The original images were taken as part of a research project by Parisa Kakanj in Maria Leptin’s group.
SCIENCE & TECHNOLOGY2020
picture-of-the-weekscience-technology
This image shows mouse embryonic fibroblasts (MEFs), their cell skeletons (green) and nuclei (blue) under a confocal microscope, photographed by Julia Hansen in the lab of Matthieu Boulard at EMBL Rome.
SCIENCE & TECHNOLOGY2020
picture-of-the-weekscience-technology
New group leader at EMBL Heidelberg employs synthetic chemistry to develop novel tools for biology
PEOPLE & PERSPECTIVES2020
people-perspectivesscience
How EMBL’s ‘Microscope in Action’ introduces teenagers to the basics of fluorescence microscopy
LAB MATTERS2020
lab-matters
The cells in the different parts of this video are always the same (grey), but, like actors using make-up to highlight different facial features, they have fluorescent labels that mark different cellular components in different colours: blue shows the nucleus, yellow shows tubulin (a component of…
SCIENCE & TECHNOLOGY2010
sciencescience-technology
The scientists at the European Molecular Biology Laboratory (EMBL) in Heidelberg, Germany, who ‘fathered’ the Digital Embryo have now given it wings, creating the Fly Digital Embryo. In work published today in Nature Methods, they were able to capture fruit fly development on film, and were the…
SCIENCE & TECHNOLOGY2010
sciencescience-technology
‘Useless fish with big eyes’. This is what Medaka, the name of the Japanese killifish in the pictures, means in Japan where it originally comes from. While its eyes are undeniably big, the fish has proven remarkably useful for scientists. It is a simple model organism, amenable to…
SCIENCE & TECHNOLOGY2009
sciencescience-technology
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