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Erzberger

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18 June 2024 A progression of three images against a blue/purple background. Each image shows a simulated mouse embryo inner cell mass with two types of cells marked in pink and green respectively. From the first to the third image, the pink cells slowly move from the outer edge to the inside of the mass.

A progression of three images against a blue/purple background. Each image shows a simulated mouse embryo inner cell mass with two types of cells marked in pink and green respectively. From the first to the third image, the pink cells slowly move from the outer edge to the inside of the mass.

Minecraft-ing our way into studying cell sorting

Science & Technology A theoretical model involving tiny Minecraft-like cubes can help us understand dynamic biological processes, such as cell sorting in embryos.

2024

science-technology

16 August 2022 Female scientst photographed outside a lounge area.

Molecules to Ecosystems: Virginie Uhlmann on the Theory transversal theme

Lab MattersPeople & Perspectives Virginie Uhlmann, Research Group Leader at EMBL-EBI and one of the co-chairs of the Theory@EMBL transversal theme, chats about how this theme will open up new research avenues.

2022

lab-matterspeople-perspectives

4 March 2022 A gloved hand holds a slide with visible wells containing Matrigel immersed in culture medium. A magnified close-up shows a mouse embryo developing over the course of 48 hours

A gloved hand holds a slide with visible wells containing Matrigel immersed in culture medium. A magnified close-up shows a mouse embryo developing over the course of 48 hours

A 3D culture model to study embryo growth

Science & Technology A recent study by EMBL researchers proposes a new method to grow early embryos in the laboratory. With a 3D culture set-up, scientists can closely monitor the changes embryos undergo around the time of implantation.

2022

sciencescience-technology

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