Crystals in the beamlight
CrystalDirect, developed at EMBL, automates crystal preparation for X-ray…
Revealing structure of nuclear pore’s inner ring
First detailed structural description of all the rings of nuclear…
Taking science to new dimensions
Alumna Angela Relogio tells us about her passion for science, communication and…
Welcome: Hiroki Asari
Why does a cookie look different depending on how hungry you are? Neuroscientist Asari wants to find…
Designing gene therapy
Information on structure of molecule used for genome engineering yields increased…
Foetus, or placenta?
Subtle genetic differences destine cells to placenta or animal, very early in embryo…
Better tools for exploring TB protein structures
How an EMBL team is making and sharing tools to explore tuberculosis protein…
Supporting the bioimaging revolution
Commentary in Nature Methods introduces the EMPIAR resource and gives glimpse of future…
Mothers and daughters
1st real-time video of starfish egg cell eliminating crucial structures, to ensure embryo…
Finding the way with X-Ray
New technique uses X-rays to find landmarks when combining fluorescence and electron…
Forgetting to learn
Neural mechanisms in mouse brains indicate that we actively forget as we…
![A new tool for single-cell genomics helps us better understand differences between T cell populations. [Illustration: Spencer Phillips, EMBL-EBI]](https://www.embl.org/news/wp-content/uploads/2016/03/TCell_news_EMBL-e1457443531496.jpg)
Immunology meets single-cell sequencing
TraCeR: new method for studying T cells opens up opportunities to explore immune…
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