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  • Flycatchers’ genomes explain how one species became two

    In an article in the leading scientific journal Nature, researchers at Uppsala University in Sweden describe how they mapped the genomes of the European pied flycatcher and the collared flycatcher and found that it is disparate chromosome structures rather than separate adaptations in individual genes that underlies the separation of the species.

  • Migratory birds’ ticks can spread viral haemorrhagic fever

    A type of haemorrhagic fever (Crimean-Congo) that is prevalent in Africa, Asia, and the Balkans has begun to spread to new areas in southern Europe. Now Swedish researchers have shown that migratory birds carrying ticks are the possible source of contagion. The discovery is being published in the US Centers for Disease Control and Prevention journal Emerging Infectious Diseases.

  • Evolution of new genes in the laboratory in real time

    How new genes arise poses a fundamental biological question. New findings by researchers at Uppsala University and in the US show that it is possible to get new genes to develop in a laboratory environment using a rapid, stepwise process where an already existing gene with multiple functions is initially amplified.

  • Uppsala researchers looking for life outside our solar system

    Astronomers at Uppsala University in Sweden will receive a grant of more than SEK 23 million from the Knut and Alice Wallenberg Foundation to search and analyse atmospheres surrounding earth-like exoplanets. Ultimately these researchers hope to find traces of life on these planets.

  • Disorder in protein interactions

    It was long believed that proteins need to be well structured to function, but during the last decade it has become clear that disorder is often crucial for function. Now, a research team at Uppsala University has shed light on how such disordered proteins interact with each other.

  • New DNA study shows humankind’s complex origins in Africa

    The Khoe and San peoples in southern Africa play an important role for our understanding of the evolutionary history of humans. These peoples are directly descended from the first branching of the genealogical tree for today’s humans. This is shown in a study led by Uppsala University and being presented in the Web version of the journal Science today.

  • Fear can be erased from the brain

    Newly formed emotional memories can be erased from the human brain. This is shown by researchers from Uppsala University in a new study now being published by the academic journal Science. The findings may represent a breakthrough in research on memory and fear.

  • Participation in biobank research – a moral duty?

    The potential value of biobank research is immense. But why should you contribute? In a doctoral thesis from Uppsala University, Joanna Stjernschantz Forsberg claims that we have a moral duty to take part in biobank research.

  • Cloned receptor paves way for new breast and prostate cancer treatment

    Researchers at Uppsala University have cloned a T-cell receptor that binds to an antigen associated with prostate cancer and breast cancer. T cells that have been genetically equipped with this T-cell receptor have the ability to specifically kill prostate and breast cancer cells. The study is being published this week in PNAS.

  • A single gene has a major impact on gaits in horses and in mice

    Researchers have discovered a mutation in a single gene in horses that is critical for the ability to perform ambling gaits, for pacing and that has a major effect on performance in harness racing. The study, which is published in Nature today, is a breakthrough for our understanding of spinal cord neuronal circuitry and its control of locomotion in vertebrates.

  • Disturbance during foetal period behind severe eye disease

    The congenital eye disease persistent foetal vasculature syndrome leads to bleeding, detached retina, and a cloudy lens. Now researchers at Uppsala University show in a model for the disease that it may be associated with an excessive expression of a growth factor during the foetal period.

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