2010 | EMBL

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12 December 2010 This cryo-electron microscopy image shows the 3D structure of the ribosome (yellow/blue) bound to the signal recognition particle (SRP) and the SRP receptor (both in red). Below it is an atomic model of SRP (green-yellow/orange) and its receptor (pink). Image credits: EMBL/Schaffitzel.

This cryo-electron microscopy image shows the 3D structure of the ribosome (yellow/blue) bound to the signal recognition particle (SRP) and the SRP receptor (both in red). Below it is an atomic model of SRP (green-yellow/orange) and its receptor (pink). Image credits: EMBL/Schaffitzel.

How cells export and embed proteins in the membrane

2 December 2010 Euro-BioImaging will provide open access to state-of-the-art biological imaging techniques like fluorescence microscopy, which produced this snapshot of chromosomes (blue) being pulled apart in a dividing egg. Image credits: EMBL/ T. Kitajima

Euro-BioImaging will provide open access to state-of-the-art biological imaging techniques like fluorescence microscopy, which produced this snapshot of chromosomes (blue) being pulled apart in a dividing egg. Image credits: EMBL/ T. Kitajima

Better imaging from bench to bedside

16 November 2010

One-touch make-up – for our cells

8 November 2010 Signing the declaration of accession to the EIROforum: Massimo Altarelli, Chairman of the XFEL Management Board (left) and Francesco Romanelli, Chairman of the EIROforum (right). In the back (left to right): Francesco Sette (ESRF), Felicitas Pauss (CERN), Iain Mattaj (EMBL), Richard Wagner (ILL), Rowena Sirey (ESO) and David Southwood (ESA)

Signing the declaration of accession to the EIROforum: Massimo Altarelli, Chairman of the XFEL Management Board (left) and Francesco Romanelli, Chairman of the EIROforum (right). In the back (left to right): Francesco Sette (ESRF), Felicitas Pauss (CERN), Iain Mattaj (EMBL), Richard Wagner (ILL), Rowena Sirey (ESO) and David Southwood (ESA)

European XFEL joins EIROforum

27 October 2010

1000 Genomes Project ushers in new era for human genetics

2 September 2010 A virtual Platynereis brain (left), created by averaging microscopy images of the brains of 36 different individuals, onto which scientists mapped gene activity (right). Perspective shows the brain as viewed from inside a Platynereis larvae, at 48 hours' old. Image credits: EMBL/R. Tomer

A virtual Platynereis brain (left), created by averaging microscopy images of the brains of 36 different individuals, onto which scientists mapped gene activity (right). Perspective shows the brain as viewed from inside a Platynereis larvae, at 48 hours' old. Image credits: EMBL/R. Tomer

Brainy worms: Evolution of the cerebral cortex

25 August 2010

Freeze or run? Not that simple

5 August 2010

Constant overlap

3 August 2010 These electron microscopy images show mitochondria in a normal cell (top) and a close-up of a mitochondrion with structural defects, in a cell that cannot produce IRPs (bottom). Image credits: Bruno Galy/ EMBL

These electron microscopy images show mitochondria in a normal cell (top) and a close-up of a mitochondrion with structural defects, in a cell that cannot produce IRPs (bottom). Image credits: Bruno Galy/ EMBL

Supply and demand

4 July 2010 The Fly Digital Embryo at different developmental stages, with cell nuclei coloured according to how fast they were moving (from blue for the slowest to orange for the fastest). The fruit fly embryo is magnified around 250 times. IMAGE: Philipp Keller

The Fly Digital Embryo at different developmental stages, with cell nuclei coloured according to how fast they were moving (from blue for the slowest to orange for the fastest). The fruit fly embryo is magnified around 250 times. IMAGE: Philipp Keller

Digital Embryo gains wings

24 June 2010 These microscopy images show that a protein from the NSL complex (green) and MOF (red) both bind to all chromosomes in male (right) and female (left) fruit flies - overlap is shown in purple. On the male X chromosome, MOF binds not only to promoter regions but also to the body of the genes, generating a brighter signal (pink). Image credits: Akhtar/EMBL.

These microscopy images show that a protein from the NSL complex (green) and MOF (red) both bind to all chromosomes in male (right) and female (left) fruit flies - overlap is shown in purple. On the male X chromosome, MOF binds not only to promoter regions but also to the body of the genes, generating a brighter signal (pink). Image credits: Akhtar/EMBL.

A life-changing partnership

31 May 2010 This microscopy image shows that, in a mouse embryo, MiR451 (dark purple) is produced only in the liver, where red blood cells are being formed at this developmental stage. Image credits: Kasper Rasmussen/EMBL

This microscopy image shows that, in a mouse embryo, MiR451 (dark purple) is produced only in the liver, where red blood cells are being formed at this developmental stage. Image credits: Kasper Rasmussen/EMBL

Making enough red blood cells

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How cells export and embed proteins in the membrane

Better imaging from bench to bedside

One-touch make-up – for our cells

European XFEL joins EIROforum

1000 Genomes Project ushers in new era for human genetics

Brainy worms: Evolution of the cerebral cortex

Freeze or run? Not that simple

Constant overlap

Supply and demand

Digital Embryo gains wings

A life-changing partnership

Making enough red blood cells

EMBLetc.

Read the latest Issues of our magazine - EMBLetc.

Issue 98, Winter 2021

Issue 97, Summer 2021

EMBLetc.

Read the latest Issues of our magazine - EMBLetc.

Issue 98, Winter 2021

Issue 97, Summer 2021

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