Epidemiology

Epidemiology conducts research on health and disease at the population level – infection epidemiology is concerned with contagious diseases. Their tools and methods are systematic queries, clinical examinations and laboratory diagnostic documentation for both healthy and afflicted individuals, as well as statistical analysis of the compiled data. Causes and risk factors for infections can thus be identified. Infectious diseases epidemiology contributes to the development of preventive measures, early detection and therapy for diseases. Moreover, it examines the efficacy of such measures. Thus epidemiology ties in with scientific findings in basic research as well as medicine, and examines these processes at the population level.

Leader

Team Strategy, Administration & Coordination

Teamleader: Dr Vanessa Melhorn
Deputy: Dr Marieke Ahlborn
Other team members, see EPID Members

The Strategy, Administration and Coordination team works on two topics:

On the one hand, the tasks lie in supporting the head of department (secretariat), in internal departmental personnel planning and implementation, budget management of departmental funds and third-party funded projects, project management of existing projects and in the management of existing resources (building and space planning, hardware, etc.).

On the other hand, the team supports the coordination of the strategic orientation of the department's scientific research content and in the acquisition of third-party funding. This includes the development and monitoring of the department's internal research strategy in the context of programme-oriented funding and the standardisation of research organisational processes.

Video

  • SORMAS - the future of epidemic surveillance

    Epidemiologists and IT experts from Germany and Nigeria have jointly developed an innovative app to help fight epidemics like ebola or cholera - the Surveillance Outbreak Response Management and Analysis System (SORMAS). This video explains why a tool like SORMAS is urgently needed and introduces the unique approach that makes SORMAS so powerful.

  • Fighting epidemics in Nigeria with SORMAS-App

    German scientists from the Helmholtz Centre for Infection Research (HZI) and the German Center for Infection Research (DZIF) in Braunschweig and Nigerian researchers are applying the new mobile information system for the first time to combat a monkeypox outbreak in Nigeria. The monkeypox epidemic has spread since September 2017 and, by now, afflicts 128 patients in 14 federal states in Nigeria. The name of the system, SORMAS, stands for "Surveillance, Outbreak Response Management and Analysis System".

  • MuSPAD - the nationwide antibody study of the HZI on the spreading of SARS-CoV-2 infections

    How many people in Germany have already been infected with the coronavirus SARS-CoV-2 and how is the pandemic developing? These and other questions are being investigated by the Helmholtz Centre for Infection Research with the MuSPAD project (Multilocal and Serial cross-sectional Prevalence Study on Antibodies against SARS-CoV-2 in Germany). In different regional samples, blood is taken from selected volunteers and tested for SARS-CoV-2 antibodies.
    In the video, HZI scientists explain the study design, as well as the procedure & objectives of the project.

  • How is the HZI contributing to the management of the coronavirus pandemic?

    Since the beginning of the SARS-CoV-2 pandemic, the Helmholtz Centre for Infection Research (HZI) in Braunschweig has focused its research activities on the novel coronavirus. Representative for the diverse research projects at HZI, three scientists present their contributions to coping with the pandemic. Prof Michael Meyer-Hermann is developing mathematical models for the course of the pandemic. Prof Melanie Brinkmann has investigated transmission pathways in a large coronavirus outbreak and shown that the pathogen can be spread via aerosols. Prof Gérard Krause is leading an antibody study to monitor the development of the pandemic and is developing digital tools such as the SORMAS system to support the public health service in pandemic response.

  • Close your Data Gap with LBDS

    The low-bandwidth database synchronization technology - LBDS - was invented by Prof Gérard Krause, department head at the Helmholtz Centre for Infection Research (HZI), to ensure data-based synchronization in remote areas with very poor internet connectivity. It secures data transmission regardless from the working environment from every place in the world using whatever information channel is available, be it mobile or satellite connection. Close your data gap with LBDS.

Audio Podcast

  • Staphylococcus aureus – ein Leben in der Nase2000 zufällig ausgewählte Braunschweiger Bürger haben in diesem Juni Post vom HZI erhalten – mit der Bitte, an einer Studie über die Verbreitung von Staphylococcus aureus teilzunehmen. Varianten des Bakteriums sind unter dem Kürzel MRSA als Krankenhauskeime zu trauriger Berühmtheit gelangt. Unsere Wissenschaftler wollen nun erforschen, wie viele Gesunde – außerhalb von Krankenhäusern – mit diesem Keim Leben. Und sie suchen nach Risikofaktoren, die Staphylococcus aureus die Besiedlung des Menschen erleichtern. Begleiten Sie Frank Pessler und Jaishri Mehraj ein Stück in die Welt der Epidemiologie...
  • Proben und Fragebögen für die Infektionsforschung - Die Nationale Kohorte Diabetes mellitus, Krebs, Arterienverkalkung und diverse Infektionen sind Volkskrankheiten, über die wir viel zu wenig wissen. Mit der Nationalen Kohorte wollen Wissenschaftler diesen Krankheiten auf den Grund gehen und neue Strategien gegen sie entwickeln. Frank Pessler und Manas Akmatov nehmen die Infektionen ins Visier. Lassen Sie sich erklären, wie ihnen 225.000 Menschen dabei helfen sollen…
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