Skip to content

News archive

  • Lowered birth rates one reason why women outlive men

    Using unique demographic records on 140,600 reproducing individuals from the Utah Population Database (USA), a research team led from Uppsala University has come to the conclusion that lowered birth rates are one reason why women outlive men in today’s societies. The study is published in Scientific Reports.

  • Jon Elster awarded this year’s Johan Skytte Prize in Political Science

    The Johan Skytte Prize annually recognizes the most valuable contribution to the field of Political Science. This year’s prize is awarded to Professor Jon Elster, Robert K. Merton Professor in Social Sciences at Columbia University and titular professor at College de France, Paris.

  • New app improves treatment of atrial fibrillation

    Atrial fibrillation increases the risk of stroke. Treatment with oral anticoagulation reduces this risk but instead increases the risk of bleeding. Today, a new blood test based tool enabling better and more individualized stroke prevention treatment is presented at a congress in Chicago, and simultaneously published in the top-ranked medical journal The Lancet.

  • Decreased blood vessel leakage can improve cancer therapy and reduce tumour spread

    Cancer therapy is often hampered by the accumulation of fluids in and around the tumour, which is caused by leakage from the blood vessels in the tumour. Researchers at Uppsala University now show how leakage from blood vessels is regulated. They have identified a novel mechanism whereby leakage can be suppressed to improve the result of chemotherapy and reduce the spread of tumours in mice.

  • Small birds’ vision: not so sharp but superfast

    One may expect a creature that darts around its habitat to be capable of perceiving rapid changes as well. Yet birds are famed more for their good visual acuity. Joint research by Uppsala University, Stockholm University and SLU now shows that, in small passerines (perching birds) in the wild, vision is considerably faster than in any other vertebrates .

  • New results from the analysis of the remains of Saint Erik

    The saint's legend speaks of a king who died a dramatic death in battle outside the church where he had just celebrated mass. But what can modern science tell us about his remains? A joint research project headed by Uppsala University now reveals more of the health condition of the medieval king Erik, what he looked like, where he lived and what the circumstances of his death were.

  • Evolutionary ”selection of the fittest” measured for the first time

    ​A difference of one hundredth of a percent in fitness is sufficient to select between winners and losers in evolution. For the first time researchers have quantified the tiny selective forces that shape bacterial genomes. The story is published today in the prestigious journal PLoS Genetics.

  • Antibody can provide a more exact Alzheimer’s diagnosis than brain imaging with radioactive tracers

    For the first time, researchers have succeeded in passing an antibody through the blood-brain barrier to act as a tracer for PET imaging of the brain. This resulted in more precise information being obtained than with regular radioactive tracers. The study provides hope for more effective diagnosis of early onset Alzheimer’s disease and improvements in monitoring the effects of medication.

  • Evolution silences harmful mutations

    Sometimes so-called synonymous mutations occur in DNA. These do not lead to a change in the protein sequence but which may still have major negative effects on the ability of bacteria to survive. New research from Uppsala University has now shown that an organism can efficiently compensate for the negative effects. These findings have been published in the journal Molecular Biology and Evolution.

  • Scientists discover new microbes that thrive deep in the earth

    They live several kilometers under the surface of the earth, need no light or oxygen and can only be seen in a microscope. By sequencing genomes of a newly discovered group of microbes, the Hadesarchaea, an international team of researchers have found out how these microorganisms make a living in the deep subsurface biosphere of our planet.

Show more