Start of the research project BETTER: what can we do better in case of potential pandemics in Austria?

DEXHELPP-Employees support young people in their decision-making process as experts on the AMS information platform

Dexhelpp Partner TU Wien Conducted Study to Analyze Progress of HPV-Immunization in Austria

Christian Drosten has recently been interpreted extensively on the subject of the "end of the pandemic," and Federal Minister Rauch has now held out the prospect of an end to COVID-19 measures. Both statements are actually political and consist of a melange of scientific basis, practical intervention planning and pragmatic and supposedly empathy-free assessment.

The number of models is large, what does it take to concretely help with decisions?

Günther Zauner at conference as presenter, panelist and expert at Austria Chapter Meeting

Identifying effective training measures to compensate for retirements by 2030

Due to current data & status of population immunization: updates are finalized with findings report

Current evaluation of development

Attempt of an overview of the international modeling approaches

The Russian war in Ukraine has now lasted more than half a year and is the trigger for one of the largest refugee movements in Europe since the Second World War.

First paper published in ‘‘Nature Biotechnology’’, second accepted by Nature’s ‘‘Communications Medicine’’

New study with long term simulations analyzes possible scenarios for the coming half year

The geneticist and the simulation researcher talk about models of the future and role models from the Renaissance

Mathematical model determines vaccine requirements until October ‘22 for safe & efficient planning

Optimistic model calculation shows: without response, immunity level drops to just above 10% by October

Current immunization level against infection with Omicron-variant at just under 80%

Model-based analysis of population immunization level and its braking effect on effective reproductive number was published

Omicron wave and quarantine cases depend heavily on spread of subvariant BA.2. But how does this work?

Calculations for Omicron show reduced effectiveness compared with Delta, implementation is key

Model assumptions suggest that BA.2 can bypass immune protection better than BA.1

An assessment of the current prognosis and developments by the COVID-19 simulation team

Results & findings of simulation project for Vienna’s election 2020 published by PLOS ONE

Strong infection reduction by additional testing and good TTI-implementation (Testing-Tracing-Isolation)

Nominated at Austria-21 Gala for ‘‘the predictions and simulations around COVID-19’’