Keyword: University Communications

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Smartphone App Can Detect Early Signs of Stroke

02.09.2016

Researchers from the University of Turku have developed a smartphone application that detects atrial fibrillations. No extra equipment is needed for the app as it utilises the phone's inbuilt accelerometer and gyroscope. The app should be available to the public in 2017.

Amazonian Fern Identification Now Possible Online

30.08.2016

The Amazon Research Team of the University of Turku has launched an online tool that makes it possible for both beginners and specialists to identify Amazonian ferns. The tool makes it easier to collect data on rain forests for conservation planning.

Cancer Stiffness Controls Growth of Malignant Cells

12.08.2016

Cancer induces stiffening of the surrounding tissue, which in turn accelerates the growth of the cancer cells. This creates a proliferation inducing vicious cycle. Researchers at the University of Turku have made a significant discovery which affects the direction of future cancer research.

Large-scale Research Initiative Accelerates Development of Novel Pertussis Vaccine

09.08.2016

A research team of 22 researchers from 11 countries investigating means to defeat pertussis, or whooping cough, has received €28 million funding for creating a novel vaccine. Participants from Finland include a team of researchers from the University of Turku, who explore the resistance created by the vaccine and the immunity caused by pertussis.

​Children cannot be given the vaccine until the age of 2–3 months. For people without vaccination, pertussis can be lethal.

Two New Academy Professors to University of Turku

22.06.2016

Hannu Salmi and Craig Primmer commence their five-year term as Academy Professors at the beginning of 2017.

Hannu Salmi is the Professor of Cultural History and the Vice-Dean of the Faculty of Humanities.

X-ray Free Electron Laser Reveals Radiosensitising Effects at Molecular Level

17.06.2016

Recent research results validate the methodology for single-shot imaging of bio-systems. The discovery can help researchers in developing new, more effective drugs in the future.

​Scientists have illustrated how the 5-iodouracil molecule (center) – a nucleobase analogue that forms ribonucleic acid (brown) known as a radiosensitizer – breaks apart shortly after X-ray radiation (blue light), resulting in the local production of ‘radiation soup.’