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10 February 2022 Pfizer logo with pipette tips in the background

Pfizer joins the Open Targets consortium

21 January 2022 The cross-section of a cell expressing a green fluorescently tagged protein and illuminated by a blue laser is visible in the foreground, surrounded by a vortex of cells

The cross-section of a cell expressing a green fluorescently tagged protein and illuminated by a blue laser is visible in the foreground, surrounded by a vortex of cells

Cell sorting enters a new dimension

7 December 2021

A cartoon image showing a person's arm and a needle with a vaccine being injected into it. The text on the left reads: "EMBL research: How structural biologists at EMBL Hamburg help to develop and improve RNA vaccines"

How structural biology helps to make RNA vaccines

10 November 2021 Two scientists looking at a computer screen. Text: "Review of the impacts of EMBL experimental services."

EMBL experimental services enable European researchers to tackle global societal challenges

21 July 2021 Proteasome targeting unwanted proteins.

The PROTACtable genome – a new route to drug discovery

5 June 2021 8 headshots of representatives from science, industry and government are displayed against a green background for EU Green Week

Molecular biology stepping up to solve environmental challenges

6 April 2021 A model of Glycine Transporter 1, which is located in the cell membrane. In its lower-middle part, it is bound by its inhibitor, which is a much smaller molecule. At its top, Glycine Transporter 1 is bound by a synthetic mini-antibody, called a sybody.

A model of Glycine Transporter 1, which is located in the cell membrane. In its lower-middle part, it is bound by its inhibitor, which is a much smaller molecule. At its top, Glycine Transporter 1 is bound by a synthetic mini-antibody, called a sybody.

New perspectives for treating psychiatric disorders

1 December 2020 The image shows the beamline P12 at EMBL Hamburg. In the centre, several cylindrical elements are connected into a pipe-like structure. In the front, it is connected to a white box-shaped device, and several smaller devices and cables visible around. There is also a grid visible around the beamline.