schneider Archives

10 May 2023 Illustration showing a cute humanoid-shaped robot that spits pink droplets at a sheet.

Time-resolved crystallography for the masses

Science EMBL Hamburg scientists have contributed to the development of the Spitrobot, a ground-breaking experimental setup that will simplify creating molecular movies. The Spitrobot automates the sample preparation for time-resolved crystallography, which is used to create 3D snapshots of protein…

2023

science

16 November 2022 Photo of Kirill Kovalev adjusting the sample injector at EMBL Hamburg’s P14 beamline.

Molecular solar panels can help scientists control brain cells

EMBLetc Kirill Kovalev, an EMBL Hamburg researcher, is studying the structure of an ancient bacterial molecule to help scientists control brain cell activity

2022

18 May 2022 The visiting group from the Business Academy Aarhus during lunch at the EMBL Hamburg’s terrace

EMBL Hamburg is helping train lab techs of the future

Lab Matters Students from the Business Academy Aarhus visit EMBL Hamburg annually. Many of them return later as trainees to gain experience as lab technicians. EMBL Hamburg offers great opportunities to learn diverse techniques and work with various equipment. This experience helps them in their future jobs in…

2022

lab-matters

5 November 2021 Three-dimensional rendering of sponge neuroid cells (coloured orange) and sponge digestive cells (coloured green).

More than a gut reaction

Science What can sponges tell us about the evolution of the brain? Sponges have the genes involved in neuronal function in higher animals. But if sponges don’t have brains, what is the role of these? EMBL scientists imaged the sponge digestive chamber to find out.

2021

science

29 April 2021 Vials containing protein crystals stored in a round ‘puck’

EMBL provides key infrastructure for COVID-19 drug screening project

Science EMBL Hamburg’s integrated structural biology facility has contributed to the success of a large-scale SARS-CoV-2 study

2021

science

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

Science Scientists have determined the structure of Glycine Transporter 1. The finding could open new avenues for developing therapeutics for psychiatric disorders

2021

science

31 October 2018 Infographic on how X-RAY crystallography works. IMAGE: Tobias Wüstefeld