The HZI is continuously building a network of closely aligned strategic partnerships with universities, research institutions and hospitals. Its primary objective is to create synergies which establish the optimal conditions for an efficient transfer of knowledge from basic research to medical application: HZI Locations.
Learn more about how the HZI, with its translational focus, will help to facilitate a faster and more targeted approach when it comes to fighting and preventing existing, emerging or recurring infectious diseases.
Around 900 employees in research, administration and infrastructure, and about 220 visiting scientists from 40 different countries are employed at the Helmholtz Centre for Infection Research. To ensure top quality research we need top quality employees. Your creativity and innovative capabilities are the basis for the long-term success of our work. That's why we undertake a great deal to attract the best people to us. Learn more about this.
We communicate also through social media. Join our Facebook page, follow us on Twitter or subscribe to our YouTube-Channel.
Systems BiologyThe goal of systems biology is to describe the dynamic processes of life and of biological systems using mathematical models. In line with the foundation of the new Braunschweig Integrated Centre of Systems Biology (BRICS) we have compiled some background information about systems biology for you: To the systems biology feature.
Complex scientific coherences explained in three minutes vividly and humorously? It's possible – at FameLab: On 30 March 2017 at the HZI-Forum. More about FameLab in Braunschweig!
The research teams of Prof Dirk Brenner, LIH, and Karsten Hiller have discovered that glutathione also stimulates T cells’ energy metabolism. This way, when in contact with pathogens, T-cells can grow, divide and fight off intruders such as viruses. Glutathione is thus an important molecular switch for the immune system. This discovery offers starting points and perspectives to…
Researchers of the Helmholtz Centre for Infection Research (HZI) and the Technische Universität Braunschweig have now elucidated the molecular mechanisms that allow cells to move forward effectively, using powerful cell edge protrusions. By applying the CRISPR/Cas technique, a cutting-edge genome editing method, the researchers were the first to precisely define the roles of a…
Even for bacteria it is not satisfactory to just drift through life: Because every day is full of situations, in which a bacterium needs to move actively in its environment – for example when it searches for food or a suitable host. Under these circumstances, the bacterium forms flagella – i.e long, rotating filaments that can be used like a propeller to propel the bacterium.…
Similar to some other viruses, the hepatitis C virus specifically infects the liver and can cause a life-threatening chronic infection. Discovered in 1989, the virus thus far has managed to evade attempts at developing an effective vaccination. One of the underlying reasons is that the liver, as a detoxification organ, is a difficult environment for mounting an immune response:…
The bone marrow harbours the haematopoietic stem cells that produce the various types of red and white blood cells and platelets. They are induced to do so by messenger substances that bind to them and trigger a reaction chain, in which many different components partake. In a rare malignant group of blood diseases called myeloproliferative neoplasia (MPN), most of the patients have…