Keyword: InFLAMES

Finland's role in the development Europe is at the forefront in the panel discussions organised by the University of Turku and its partners in the Turku Europe Forum. The first day of the Forum on Wednesday, 24 August, focuses on science, and the panellists address numerous questions, such as whether Finland needs its own drug development, what kind of change are Europeans facing in energy production and consumption, where are the borders of Europe, and what is the state of the Archipelago Sea.

Registration to BioCity Symposium is open until 11 August 2022. BioCity Symposium is one of the most important meetings in Turku region for researchers working in the fields of bio- and molecular medicine. This year the event is arranged together with InFLAMES Flagship with title Solution is in Immunity. 

– Developing new diagnostic methods for detection and treatment of various diseases are key objectives of the InFLAMES Research Flagship. Collaboration with companies is invaluable to achieve this goal. The next InFLAMES Corporate Corner discusses on how the University and companies are already facilitating the cooperation and what more is needed, both from us and the diagnostics companies, to make the process even smoother” says InFLAMES Project Manager Kaisa Hakkila.

InFLAMES (Innovation Ecosystem based on the Immune System) is a Finnish research flagship that aims at identifying novel drug targets using the most modern technological platforms and finding novel diagnostic tools to identify the patients benefitting from personalised therapies.

The new study from Turku Bioscience provides new insights into how genetic variation associated with immune mediated diseases can influence T-cell function and regulation of immune response. The study was published in Nucleic Acid Research.

InFLAMES (Innovation Ecosystem based on the Immune System) is a Finnish research flagship that aims at identifying novel drug targets using the most modern technological platforms and finding novel diagnostic tools to identify the patients benefitting from personalised therapies.

Children who develop type 1 diabetes show epigenetic changes in the cells of their immune system already before the antibodies of the disease are detected in their blood. The findings of two new studies offer new opportunities to identify the children with the genetic risk for developing diabetes very early on.

InFLAMES (Innovation Ecosystem based on the Immune System) is a Finnish research flagship that aims at identifying novel drug targets using the most modern technological platforms and finding novel diagnostic tools to identify the patients benefitting from personalised therapies.

InFLAMES (Innovation Ecosystem based on the Immune System) is a Finnish research flagship that aims at identifying novel drug targets using the most modern technological platforms and finding novel diagnostic tools to identify the patients benefitting from personalised therapies.

InFLAMES (Innovation Ecosystem based on the Immune System) is a Finnish research flagship that aims at identifying novel drug targets using the most modern technological platforms and finding novel diagnostic tools to identify the patients benefitting from personalised therapies.